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NT5AD512M16H4-JR / The NT5AD512M16H4-JR is a high-performance <strong>8Gb DDR4 SDRAM memory device</strong> from <strong>Nanya Technology</strong>, designed to deliver reliable, high-speed memory performance for computing, networking, telecommunications, industrial, and embedded applications. Utilizing advanced DDR4 technology, the device provides increased bandwidth, improved signal integrity, and enhanced power efficiency for modern digital systems. <br><br> Organized as <strong>512M x 16</strong>, the NT5AD512M16H4-JR offers a total memory density of <strong>8Gb</strong> and supports data transfer rates up to <strong>3200Mbps</strong>. Its high-speed architecture enables efficient processing of memory-intensive applications while improving overall system responsiveness and throughput. <br><br> Operating from a low <strong>1.2V supply voltage</strong>, the device significantly reduces power consumption compared to earlier memory generations. This low-voltage operation helps minimize heat generation and supports energy-efficient system designs in both embedded and enterprise applications. <br><br> The DDR4 architecture incorporates advanced features such as <strong>bank group architecture, 8n prefetch operation, on-die termination (ODT), CRC error detection, ZQ calibration, and data bus inversion (DBI)</strong>. These technologies improve signal quality, enhance reliability, and support stable operation at high data rates. <br><br> Designed for high-speed synchronous operation, the NT5AD512M16H4-JR transfers data on both rising and falling clock edges, maximizing memory bandwidth while maintaining precise timing control. The architecture is optimized to support demanding workloads in networking, storage, and computing platforms. <br><br> Packaged in a compact <strong>96-ball FBGA package</strong>, the device enables high-density PCB layouts while providing excellent electrical and thermal performance. The package design supports automated assembly and integration into space-constrained electronic products. <br><br> Built for dependable long-term operation, the memory device incorporates advanced refresh management, timing control, and signal optimization mechanisms to ensure stable performance under continuous operation and demanding environmental conditions. <br><br> The <strong>NT5AD512M16H4-JR</strong> is widely used in <strong>servers, networking equipment, telecommunications infrastructure, industrial computers, embedded systems, storage controllers, edge computing devices, communication platforms, DDR4 memory modules, consumer electronics, and high-performance digital applications</strong> requiring fast, reliable, and energy-efficient memory performance.
NT5AD512M16H4-JR

Description: The NT5AD512M16H4-JR is a high-performance 8Gb DDR4 SDRAM memory device f ...
Package: T&R | MOQ: 2000 | MPQ: 2000

H5AG46DXNDX117N / The H5AG46DXNDX117N is a high-performance <strong>DDR4 SDRAM memory device</strong> from <strong>SK hynix</strong>, engineered to provide reliable high-speed memory performance for computing, industrial, networking, telecommunications, and embedded system applications. Utilizing advanced DDR4 architecture, the device delivers improved bandwidth, lower power consumption, and enhanced system efficiency compared to previous memory generations. <br><br> This memory IC provides a total density of <strong>4Gb</strong> and is optimized for applications requiring stable, high-speed data storage and retrieval. Its advanced memory architecture supports rapid data transfers, helping improve overall system responsiveness and processing efficiency. <br><br> Operating from a nominal supply voltage of <strong>1.2V</strong>, the H5AG46DXNDX117N reduces power consumption while maintaining excellent performance. The low-voltage design contributes to lower thermal output and improved energy efficiency, making it suitable for high-density electronic systems. <br><br> The DDR4 architecture incorporates advanced features such as <strong>bank group architecture, on-die termination, CRC error detection, ZQ calibration, and enhanced signal integrity mechanisms</strong>. These technologies help ensure reliable operation at high data rates while improving memory subsystem stability. <br><br> Designed for high-speed operation, the device supports double data rate transfers, enabling data transmission on both rising and falling clock edges. This architecture maximizes memory bandwidth while maintaining efficient power utilization and dependable timing performance. <br><br> Packaged in a compact <strong>FBGA package</strong>, the H5AG46DXNDX117N enables space-efficient PCB layouts while providing excellent electrical and thermal characteristics. The package is optimized for automated assembly processes and modern electronic manufacturing requirements. <br><br> Built for long-term reliability, the device incorporates advanced refresh management, timing control, and signal optimization technologies. These features help maintain stable operation in continuously operating systems and demanding computing environments. <br><br> The <strong>H5AG46DXNDX117N</strong> is widely used in <strong>embedded computing platforms, networking equipment, industrial controllers, telecommunications infrastructure, consumer electronics, storage systems, communication devices, IoT gateways, DDR4 memory modules, and high-performance digital applications</strong> requiring dependable and efficient memory performance.
H5AG46DXNDX117N

Description: The H5AG46DXNDX117N is a high-performance DDR4 SDRAM memory device from ...
Package: T&R | MOQ: 2000 | MPQ: 2000

K4A8G165WC-BCTD / The K4A8G165WC-BCTD is a high-performance <strong>8Gb DDR4 SDRAM memory device</strong> from <strong>Samsung Semiconductor</strong>, designed to deliver reliable, high-bandwidth memory performance for embedded computing, networking, industrial systems, telecommunications equipment, and server applications. Built using advanced DDR4 technology, the device provides an optimal balance of speed, capacity, and power efficiency. <br><br> Organized as <strong>512M x 16</strong>, the K4A8G165WC-BCTD offers a total memory density of <strong>8Gb</strong> and supports data transfer rates up to <strong>2666Mbps</strong>. Its high-speed architecture enables rapid data access and efficient processing of memory-intensive workloads. <br><br> Operating from a nominal supply voltage of <strong>1.2V</strong>, the device reduces power consumption and thermal generation compared to earlier memory technologies. This low-voltage operation helps improve overall system efficiency while supporting high-density memory designs. <br><br> The DDR4 architecture incorporates advanced features such as <strong>bank group architecture, dynamic on-die termination, CRC error detection, ZQ calibration, data mask functionality, and auto precharge operation</strong>. These capabilities improve signal integrity, enhance reliability, and support stable operation at high data rates. <br><br> The K4A8G165WC-BCTD utilizes Samsungs advanced <strong>C-die DDR4 technology</strong> and supports fully synchronous operation with data transfers occurring on both clock edges. This architecture maximizes memory bandwidth while maintaining efficient power utilization and stable timing performance. <br><br> Packaged in a compact <strong>96-ball FBGA package</strong>, the device enables high-density PCB layouts while providing excellent electrical and thermal characteristics. Its surface-mount package supports automated manufacturing processes and integration into space-constrained electronic systems. <br><br> Designed for long-term reliability, the memory device operates across a commercial temperature range and incorporates advanced DDR4 timing control and refresh management functions. These features help ensure dependable performance in continuously operating applications. <br><br> The <strong>K4A8G165WC-BCTD</strong> is widely used in <strong>servers, networking equipment, telecommunications infrastructure, industrial computers, embedded systems, storage controllers, edge computing devices, enterprise hardware, communication platforms, DDR4 memory modules, and high-performance digital applications</strong> requiring fast and reliable memory performance.
K4A8G165WC-BCTD

Description: The K4A8G165WC-BCTD is a high-performance 8Gb DDR4 SDRAM memory device fr ...
Package: T&R | MOQ: 2000 | MPQ: 2000

MT40A1G16TB-062E:F / The MT40A1G16TB-062E:F is a high-density <strong>16Gb DDR4 SDRAM memory device</strong> from <strong>Micron Technology</strong>, engineered to deliver reliable high-speed memory performance for enterprise, industrial, networking, telecommunications, and embedded computing applications. Built on advanced DDR4 architecture, the device offers increased memory capacity, enhanced bandwidth, and improved power efficiency for modern digital systems. <br><br> Organized as <strong>1G x 16</strong>, the MT40A1G16TB-062E:F provides a total memory density of <strong>16Gb</strong> and supports data transfer rates up to <strong>3200MT/s</strong>. The high memory density allows designers to build larger-capacity memory subsystems while reducing component count and PCB complexity. <br><br> Operating from a low <strong>1.2V supply voltage</strong>, the device significantly reduces power consumption compared to earlier memory generations. This lower operating voltage helps improve overall system efficiency while minimizing heat generation in high-density computing environments. <br><br> The DDR4 architecture incorporates advanced features such as <strong>8n prefetch operation, bank group architecture, improved command scheduling, enhanced signal integrity, and higher memory bandwidth</strong>. These technologies contribute to improved system performance and more efficient data processing. <br><br> The MT40A1G16TB-062E:F supports operating frequencies up to <strong>1600MHz</strong> and transfers data on both rising and falling clock edges, maximizing throughput while maintaining stable and reliable operation. Its architecture is optimized for applications requiring fast memory access and continuous data processing. <br><br> Packaged in a compact <strong>96-ball TFBGA package</strong>, the device enables high-density board layouts while providing excellent electrical performance and thermal characteristics. The package design supports automated manufacturing processes and efficient integration into advanced electronic systems. <br><br> Designed for long-term reliability, the memory device incorporates advanced DDR4 error management and timing control mechanisms, helping maintain stable operation under demanding workloads and extended operating periods. <br><br> The <strong>MT40A1G16TB-062E:F</strong> is widely used in <strong>servers, networking equipment, telecommunications infrastructure, industrial computers, embedded processing systems, storage controllers, edge computing devices, enterprise hardware, data center platforms, artificial intelligence systems, and high-performance digital applications</strong> requiring high-capacity, high-speed memory performance.
MT40A1G16TB-062E:F

Description: The MT40A1G16TB-062E:F is a high-density 16Gb DDR4 SDRAM memory device fr ...
Package: T&R | MOQ: 2000 | MPQ: 2000

MT40A512M16TB-062E:R / The MT40A512M16TB-062E:R is a high-performance <strong>8Gb DDR4 SDRAM memory device</strong> from <strong>Micron Technology</strong>, designed to provide fast and reliable memory performance for computing, networking, industrial, telecommunications, and embedded applications. Built on advanced DDR4 technology, the device delivers high bandwidth, low power consumption, and excellent signal integrity for demanding digital systems. <br><br> Organized as <strong>512M x 16</strong>, the MT40A512M16TB-062E:R provides a total memory density of <strong>8Gb</strong> and supports data transfer rates up to <strong>3200MT/s</strong>. This high-speed operation enables efficient handling of large data workloads while improving overall system responsiveness and performance. <br><br> Operating from a low <strong>1.2V supply voltage</strong>, the device helps reduce system power consumption and thermal generation compared to previous DDR memory generations. Its energy-efficient architecture makes it suitable for high-density memory designs and power-sensitive applications. <br><br> The DDR4 architecture incorporates advanced features including <strong>8n-prefetch architecture, bank grouping, improved command scheduling, enhanced reliability, and increased memory bandwidth</strong>. These capabilities allow the memory to efficiently support modern processors, networking devices, and embedded computing platforms. <br><br> The MT40A512M16TB-062E:R operates at a clock frequency of up to <strong>1600MHz</strong> and supports <strong>CL22 latency</strong>, providing excellent performance for high-speed memory subsystems. The device transfers data on both clock edges, maximizing throughput while maintaining stable operation. <br><br> Packaged in a compact <strong>96-ball TFBGA package</strong>, the memory device enables high-density PCB layouts while providing excellent electrical and thermal performance. Its surface-mount design supports automated assembly and integration into modern electronic products. <br><br> Designed for reliability and long-term operation, the MT40A512M16TB-062E:R supports commercial operating temperatures from <strong>0°C to +95°C</strong> and is optimized for use in systems requiring stable high-speed memory performance. <br><br> The <strong>MT40A512M16TB-062E:R</strong> is widely used in <strong>servers, networking equipment, industrial computers, telecommunications systems, embedded computing platforms, storage controllers, edge computing devices, enterprise hardware, high-performance digital systems, and DDR4 memory modules</strong> where fast and dependable memory operation is essential.
MT40A512M16TB-062E:R

Description: The MT40A512M16TB-062E:R is a high-performance 8Gb DDR4 SDRAM memory device ...
Package: T&R | MOQ: 2000 | MPQ: 2000

H5AN8G6NDJR-XNC / The H5AN8G6NDJR-XNC is a high-performance <strong>8Gb DDR4 SDRAM memory device</strong> from <strong>SK hynix</strong>, designed to provide fast and reliable memory performance for computing, networking, industrial, and embedded applications. Built using advanced DDR4 technology, the device delivers high bandwidth while maintaining low power consumption and excellent signal integrity. <br><br> Organized as <strong>512M x 16</strong>, the H5AN8G6NDJR-XNC provides a total memory density of <strong>8Gb</strong> and supports data transfer rates up to <strong>3200Mbps</strong>. This high-speed performance enables efficient handling of large data workloads and improves overall system responsiveness. <br><br> Operating from a low <strong>1.2V supply voltage</strong>, the device offers improved power efficiency compared to previous DDR memory generations. Reduced power consumption helps lower thermal output while supporting energy-efficient system designs. <br><br> The DDR4 architecture incorporates advanced features such as <strong>bank group architecture, improved command scheduling, enhanced reliability, and higher memory bandwidth</strong>. These capabilities contribute to better performance in applications requiring fast memory access and multitasking operation. <br><br> The H5AN8G6NDJR-XNC supports fully synchronous operation and transfers data on both rising and falling clock edges, maximizing data throughput while maintaining timing accuracy. Its optimized architecture is suitable for systems requiring high-capacity memory and stable operation under continuous workloads. <br><br> Packaged in a compact <strong>96-ball FBGA package</strong>, the device enables high-density PCB layouts while providing excellent electrical and thermal performance. The package design supports modern memory module manufacturing and embedded system integration. <br><br> Designed for mainstream and high-performance memory applications, the H5AN8G6NDJR-XNC delivers dependable operation across a wide range of computing environments, supporting reliable data storage and retrieval functions in demanding systems. <br><br> The <strong>H5AN8G6NDJR-XNC</strong> is widely used in <strong>DDR4 memory modules, servers, desktop computers, industrial PCs, networking equipment, telecommunications systems, embedded computing platforms, storage systems, edge computing devices, consumer electronics, and high-performance digital processing applications</strong>.
H5AN8G6NDJR-XNC

Description: The H5AN8G6NDJR-XNC is a high-performance 8Gb DDR4 SDRAM memory device fr ...
Package: T&R | MOQ: 2000 | MPQ: 2000

MZ1L23T8HBLA-00A07 / The MZ1L23T8HBLA-00A07 is a high-performance <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, part of the advanced <strong>PM9A3 series</strong> developed for hyperscale data centers, cloud computing platforms, enterprise servers, and software-defined storage environments. Designed with the modern <strong>E1.S (EDSFF) form factor</strong>, it delivers exceptional storage density, thermal efficiency, and performance for next-generation server architectures. <br><br> Featuring a storage capacity of <strong>3.84TB</strong>, the drive provides an ideal balance between capacity, performance, and endurance for enterprise applications. It is optimized for virtualization platforms, cloud-native workloads, databases, content delivery networks, analytics platforms, and large-scale storage infrastructures operating around the clock. <br><br> The MZ1L23T8HBLA-00A07 utilizes a <strong>PCIe 4.0 x4 NVMe 1.4 interface</strong>, enabling significantly higher bandwidth and lower latency than previous-generation storage technologies. The drive delivers sequential read speeds of up to <strong>6,800MB/s</strong> and sequential write speeds of up to <strong>4,000MB/s</strong>, helping accelerate data-intensive workloads and improve overall system responsiveness. <br><br> For demanding enterprise environments, the PM9A3 architecture supports random read performance of up to <strong>1,000,000 IOPS</strong> and random write performance of up to <strong>180,000 IOPS</strong>. These capabilities make it particularly effective for virtualized infrastructure, cloud services, AI data processing, enterprise databases, and transaction-heavy applications. <br><br> Built using Samsung's advanced <strong>TLC V-NAND technology</strong> and enterprise-grade controller architecture, the drive provides consistent performance and long-term reliability. The device supports approximately <strong>1 DWPD (Drive Write Per Day)</strong> endurance and is engineered for continuous 24/7 operation in mission-critical environments. <br><br> Advanced security and data protection features include <strong>AES-XTS 256-bit hardware encryption</strong>, support for <strong>TCG Opal 2.0</strong>, end-to-end data protection, error correction technologies, and enterprise-class reliability mechanisms. These features help ensure data integrity and security without compromising performance. <br><br> The compact <strong>E1.S form factor</strong> improves airflow management and storage density compared to traditional drive formats, making it particularly suitable for hyperscale server deployments where thermal optimization and space efficiency are critical requirements. <br><br> The <strong>MZ1L23T8HBLA-00A07</strong> is widely used in <strong>cloud computing infrastructure, hyperscale data centers, enterprise servers, virtualization platforms, software-defined storage systems, AI and machine learning environments, database servers, content delivery networks, edge computing systems, and mission-critical business applications</strong> requiring high-speed, scalable, and reliable enterprise storage solutions.
MZ1L23T8HBLA-00A07

Description: The MZ1L23T8HBLA-00A07 is a high-performance enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 1 | MPQ: 1

MZ1L2960HCJR-00A07 / The MZ1L2960HCJR-00A07 is a high-performance <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, part of the advanced <strong>PM9A3 series</strong> designed for hyperscale data centers, cloud computing infrastructure, enterprise servers, and next-generation storage platforms. Utilizing the compact <strong>E1.S (EDSFF)</strong> form factor, it delivers outstanding storage density, thermal efficiency, and performance for modern server architectures. <br><br> Featuring a storage capacity of <strong>960GB</strong>, the drive provides a reliable storage solution for virtualization platforms, cloud-native applications, operating system deployment, caching layers, enterprise databases, and software-defined storage environments. Its architecture is optimized for continuous 24/7 enterprise operation. <br><br> The MZ1L2960HCJR-00A07 utilizes a <strong>PCIe 4.0 x4 NVMe 1.4 interface</strong>, enabling significantly higher bandwidth and lower latency compared to traditional SATA and SAS storage technologies. The drive delivers sequential read speeds of up to <strong>6,800MB/s</strong> and sequential write speeds of up to <strong>4,000MB/s</strong>, helping accelerate data-intensive workloads and improve application responsiveness. <br><br> For demanding enterprise applications, the PM9A3 architecture supports random read performance of up to <strong>1,000,000 IOPS</strong> and random write performance of up to <strong>180,000 IOPS</strong>. These capabilities make the drive highly suitable for virtualization, cloud services, analytics workloads, edge computing, and transaction-intensive server environments. <br><br> Built using Samsung's advanced <strong>TLC V-NAND technology</strong> and enterprise-grade controller architecture, the drive delivers consistent performance, excellent endurance, and long-term reliability. With support for approximately <strong>1 DWPD (Drive Write Per Day)</strong>, it is engineered to meet the requirements of professional data center deployments. <br><br> Advanced security features include <strong>AES-XTS 256-bit hardware encryption</strong>, support for <strong>TCG Opal</strong> security standards, end-to-end data protection, S.M.A.R.T. monitoring, and advanced error correction technologies. These capabilities help ensure data integrity and security in mission-critical applications. <br><br> The compact <strong>E1.S form factor</strong> improves airflow efficiency and storage density compared to traditional drive formats, making it particularly suitable for hyperscale servers and high-density storage systems where thermal management and space optimization are essential considerations. <br><br> The <strong>MZ1L2960HCJR-00A07</strong> is widely used in <strong>cloud computing infrastructure, hyperscale data centers, enterprise servers, virtualization platforms, software-defined storage systems, edge computing environments, database servers, content delivery networks, AI and analytics platforms, and mission-critical business applications</strong> requiring high-speed, reliable enterprise storage.
MZ1L2960HCJR-00A07

Description: The MZ1L2960HCJR-00A07 is a high-performance enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 1 | MPQ: 1

MZ1L21T9HCLS-00A07 / The MZ1L21T9HCLS-00A07 is a high-performance <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, belonging to the advanced <strong>PM9A3 series</strong> developed for next-generation data centers, cloud computing platforms, and enterprise server environments. Utilizing the modern <strong>E1.S (EDSFF)</strong> form factor, it delivers exceptional storage density, improved thermal efficiency, and high-speed data access for demanding workloads. <br><br> Featuring a storage capacity of <strong>1.92TB</strong>, the drive is optimized for cloud infrastructure, virtualization platforms, enterprise databases, software-defined storage, and large-scale server deployments. Its enterprise-class architecture ensures consistent performance and reliability during continuous 24/7 operation. <br><br> The MZ1L21T9HCLS-00A07 utilizes a <strong>PCIe 4.0 x4 NVMe 1.4 interface</strong>, providing significantly higher bandwidth and lower latency compared to previous-generation storage technologies. The drive delivers sequential read speeds of up to <strong>6,800MB/s</strong> and sequential write speeds of up to <strong>4,000MB/s</strong>, accelerating data-intensive applications and reducing storage bottlenecks. <br><br> For enterprise and cloud workloads, the PM9A3 architecture supports random read performance of up to <strong>1,000,000 IOPS</strong> and random write performance of up to <strong>180,000 IOPS</strong>. These capabilities make the drive highly suitable for virtualization, analytics, web-scale services, and transaction-intensive computing environments. <br><br> Built using Samsung's advanced <strong>TLC V-NAND technology</strong> and enterprise-grade controller architecture, the drive provides excellent endurance and reliability. With support for approximately <strong>1 DWPD (Drive Write Per Day)</strong> and an enterprise-class reliability rating, it is designed for long-term deployment in mission-critical systems. <br><br> Security features include <strong>AES-XTS 256-bit hardware encryption</strong>, support for <strong>TCG Opal</strong> security standards, end-to-end data protection, advanced error correction technologies, and comprehensive drive management capabilities. These features help protect sensitive business data while maintaining maximum performance. <br><br> The compact <strong>E1.S form factor</strong> enables higher storage density and improved airflow compared to traditional SSD packages, making it particularly attractive for hyperscale servers and next-generation data center architectures where space efficiency and thermal management are critical. <br><br> The <strong>MZ1L21T9HCLS-00A07</strong> is widely used in <strong>cloud computing infrastructure, hyperscale data centers, enterprise servers, virtualization platforms, software-defined storage systems, database servers, content delivery networks, AI and analytics environments, edge computing platforms, and mission-critical enterprise applications</strong> where high performance, scalability, and reliability are essential.
MZ1L21T9HCLS-00A07

Description: The MZ1L21T9HCLS-00A07 is a high-performance enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 1 | MPQ: 1

MZQL27T6HBLA-00A07 / The MZQL27T6HBLA-00A07 is a high-capacity <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, belonging to the advanced <strong>PM9A3 series</strong> developed for modern data centers, cloud computing platforms, enterprise servers, and high-performance storage infrastructures. Built on PCIe Gen4 technology, it delivers exceptional throughput, low latency, and enterprise-class reliability for demanding workloads. <br><br> Featuring a massive <strong>7.68TB storage capacity</strong>, this drive is optimized for large-scale virtualization environments, cloud services, enterprise databases, software-defined storage platforms, and mission-critical business applications. Its architecture is designed to maintain consistent performance under continuous 24/7 operation. <br><br> The MZQL27T6HBLA-00A07 utilizes a <strong>PCIe 4.0 x4 NVMe 1.4 interface</strong>, enabling significantly higher bandwidth than previous-generation storage solutions. The drive delivers sequential read speeds of up to <strong>6,700MB/s</strong> and sequential write speeds of up to <strong>4,000MB/s</strong>, helping eliminate storage bottlenecks in performance-sensitive environments. <br><br> For intensive enterprise workloads, the PM9A3 architecture supports random read performance of up to <strong>1,100,000 IOPS</strong> and random write performance of up to <strong>200,000 IOPS</strong>. These capabilities make the drive ideal for virtualization, analytics, cloud infrastructure, database acceleration, and large-scale transaction processing systems. <br><br> Built using Samsung's advanced <strong>V-NAND TLC technology</strong> and enterprise-grade controller architecture, the drive provides excellent endurance with approximately <strong>1 DWPD (Drive Write Per Day)</strong> and a reliability rating of up to <strong>2 million hours MTBF</strong>. These specifications support long-term deployment in demanding data center environments. <br><br> Security and data integrity features include <strong>AES-XTS 256-bit hardware encryption</strong>, <strong>TCG Opal support</strong>, end-to-end data protection, advanced error correction mechanisms, and integrated power loss protection technologies. These features help safeguard critical enterprise data while maintaining high performance. <br><br> The standard <strong>2.5-inch U.2 form factor</strong> with a 7mm profile enables seamless integration into enterprise servers, storage arrays, hyperconverged infrastructure platforms, and cloud computing systems. Optimized power efficiency and thermal performance further support high-density deployment within modern data centers. <br><br> The <strong>MZQL27T6HBLA-00A07</strong> is widely used in <strong>data centers, cloud computing infrastructure, enterprise servers, virtualization platforms, database systems, AI and analytics environments, software-defined storage solutions, content delivery networks, high-performance computing systems, and mission-critical enterprise applications</strong> where maximum storage performance, reliability, and scalability are essential.
MZQL27T6HBLA-00A07

Description: The MZQL27T6HBLA-00A07 is a high-capacity enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 60 | MPQ: 60

MZQL23T8HCLS-00A07 / The MZQL23T8HCLS-00A07 is a high-performance <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, part of the advanced <strong>PM9A3 series</strong> developed for modern data centers, cloud computing platforms, enterprise servers, and storage infrastructures. Built on PCIe Gen4 technology, it delivers exceptional throughput, low latency, and enterprise-grade reliability for demanding workloads. <br><br> Featuring a storage capacity of <strong>3.84TB</strong>, the drive provides an ideal balance between performance and storage density for virtualization platforms, cloud services, enterprise databases, content delivery networks, and software-defined storage environments. Its architecture is optimized for read-intensive and mixed-use workloads operating continuously in professional environments. <br><br> The MZQL23T8HCLS-00A07 utilizes a <strong>PCIe 4.0 x4 NVMe 1.4 interface</strong>, enabling significantly higher bandwidth than previous-generation storage technologies. The drive delivers sequential read speeds of up to <strong>6,900MB/s</strong> and sequential write speeds of up to <strong>4,100MB/s</strong>, accelerating application performance and reducing storage bottlenecks. <br><br> For high-performance enterprise applications, the PM9A3 architecture supports random read performance of up to <strong>1,000,000 IOPS</strong> and random write performance of up to <strong>180,000 IOPS</strong>. These capabilities make the drive highly suitable for large-scale virtualization, cloud infrastructure, analytics workloads, and transaction-intensive systems. <br><br> Built using Samsung's advanced <strong>TLC V-NAND technology</strong> and enterprise-class controller architecture, the drive delivers consistent performance while maintaining excellent endurance. The device supports approximately <strong>1 DWPD (Drive Write Per Day)</strong> and offers a reliability rating of up to <strong>2 million hours MTBF</strong>, supporting continuous 24/7 operation. <br><br> Security features include integrated <strong>AES-XTS 256-bit hardware encryption</strong>, support for <strong>TCG Opal 2.0</strong>, end-to-end data protection, S.M.A.R.T. monitoring, and TRIM functionality. These enterprise-class features help ensure data integrity, security, and long-term storage reliability. <br><br> The standard <strong>2.5-inch U.2 form factor</strong> with a 7mm profile allows seamless integration into enterprise servers, storage arrays, and hyperconverged infrastructure platforms. Its optimized power efficiency and thermal design support high-density deployment within modern data centers. <br><br> The <strong>MZQL23T8HCLS-00A07</strong> is widely used in <strong>data centers, cloud computing infrastructure, enterprise servers, virtualization platforms, database systems, software-defined storage solutions, content delivery networks, AI and analytics environments, high-performance computing systems, and mission-critical business applications</strong> where maximum performance, security, and reliability are essential.
MZQL23T8HCLS-00A07

Description: The MZQL23T8HCLS-00A07 is a high-performance enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 60 | MPQ: 60

MZQL2960HCJR-00A07 / The MZQL2960HCJR-00A07 is a high-performance <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, belonging to the advanced <strong>PM9A3 series</strong> developed for modern data centers, cloud infrastructure, enterprise servers, and storage platforms. Designed around PCIe Gen4 technology, it delivers exceptional speed, low latency, and outstanding reliability for business-critical workloads. <br><br> Featuring a storage capacity of <strong>960GB</strong>, this SSD provides a highly efficient storage solution for virtualization environments, cloud computing systems, enterprise applications, databases, and software-defined storage platforms. Its architecture is optimized for read-intensive and mixed-workload environments requiring fast and consistent access to data. <br><br> The MZQL2960HCJR-00A07 utilizes a <strong>PCIe 4.0 x4 NVMe interface</strong>, enabling significantly higher throughput compared to SATA and previous-generation PCIe storage solutions. The drive delivers sequential read speeds of up to <strong>6,800MB/s</strong> and sequential write speeds of up to <strong>4,000MB/s</strong>, accelerating application responsiveness and data processing performance. <br><br> For demanding server applications, the PM9A3 architecture supports random read performance of up to <strong>1,000,000 IOPS</strong> and random write performance of up to <strong>180,000 IOPS</strong>. These capabilities make the drive particularly effective for large-scale cloud services, virtualized environments, analytics workloads, and enterprise transaction processing systems. <br><br> Built using Samsung's advanced <strong>TLC V-NAND technology</strong> and enterprise-grade controller architecture, the drive provides excellent endurance with a rating of approximately <strong>1 DWPD</strong> and an operational life designed for continuous 24/7 deployment in professional environments. <br><br> Security is enhanced through integrated <strong>AES-XTS 256-bit hardware encryption</strong> and support for <strong>TCG Opal 2.0</strong> security standards, helping organizations protect sensitive data while maintaining high storage performance. Advanced error handling and data integrity mechanisms further improve reliability in mission-critical applications. <br><br> The standard <strong>2.5-inch U.2 form factor</strong> with a 7mm profile enables seamless integration into modern servers, storage appliances, and hyperconverged infrastructure platforms. Its optimized power efficiency and thermal characteristics support high-density deployment within enterprise data centers. <br><br> The <strong>MZQL2960HCJR-00A07</strong> is widely used in <strong>data centers, cloud computing infrastructure, enterprise servers, virtualization platforms, database systems, software-defined storage environments, content delivery networks, AI and analytics platforms, high-performance computing systems, and business-critical enterprise applications</strong> where maximum storage performance and reliability are essential.
MZQL2960HCJR-00A07

Description: The MZQL2960HCJR-00A07 is a high-performance enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 60 | MPQ: 60

MZQL21T9HCJR-00A07 / The MZQL21T9HCJR-00A07 is a high-performance <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, part of the advanced <strong>PM9A3 series</strong> developed for modern data centers, cloud infrastructure, enterprise servers, and storage platforms. Built on PCIe Gen4 technology, it delivers exceptional speed, efficiency, and reliability for demanding business workloads. <br><br> Featuring a storage capacity of <strong>1.92TB</strong>, the drive provides ample space for virtualization environments, databases, cloud applications, software-defined storage systems, and enterprise computing workloads. Its architecture is optimized for read-intensive and mixed-use applications requiring low latency and consistent performance. <br><br> The MZQL21T9HCJR-00A07 utilizes a <strong>PCIe 4.0 x4 NVMe interface</strong>, enabling significantly higher throughput compared to previous-generation storage solutions. The drive delivers sequential read speeds of up to <strong>6,800MB/s</strong> and sequential write speeds of up to <strong>4,000MB/s</strong>, helping accelerate data processing and application responsiveness. <br><br> For high-performance server environments, the PM9A3 architecture supports random read performance of up to <strong>1,000,000 IOPS</strong> and random write performance of up to <strong>180,000 IOPS</strong>. These capabilities make it particularly effective for large-scale cloud computing, virtualization, analytics, and enterprise transaction processing systems. <br><br> Built with Samsung's advanced V-NAND technology and enterprise-class controller architecture, the drive provides excellent endurance with approximately <strong>1 DWPD (Drive Write Per Day)</strong> capability and enterprise-grade reliability for continuous 24/7 operation. <br><br> Security features include support for <strong>TCG Opal encryption</strong> and advanced enterprise data protection mechanisms, helping safeguard sensitive information while maintaining high performance. The drive is engineered to meet the demanding security and reliability requirements of professional IT environments. <br><br> The standard <strong>2.5-inch U.2 form factor</strong> with a 7mm profile allows seamless integration into modern servers, storage arrays, and hyperconverged infrastructure platforms. Its efficient power consumption and thermal characteristics further support high-density data center deployments. <br><br> The <strong>MZQL21T9HCJR-00A07</strong> is widely used in <strong>data centers, cloud computing infrastructure, enterprise servers, virtualization platforms, database systems, software-defined storage solutions, content delivery networks, AI data processing environments, high-performance computing systems, and business-critical enterprise applications</strong> where maximum storage performance and reliability are essential.
MZQL21T9HCJR-00A07

Description: The MZQL21T9HCJR-00A07 is a high-performance enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 120 | MPQ: 120

MZ7LH1T9HMLT-00005 / The MZ7LH1T9HMLT-00005 is a high-reliability <strong>enterprise SATA solid state drive</strong> from <strong>Samsung</strong>, belonging to the proven <strong>PM883 series</strong>. Designed specifically for data center infrastructure, enterprise servers, cloud platforms, and storage systems, it delivers a balance of performance, endurance, and reliability for mission-critical workloads. <br><br> Featuring a storage capacity of <strong>1.92TB</strong>, the drive provides ample space for operating systems, virtual machines, databases, application servers, and enterprise storage environments. Its optimized architecture is engineered to maintain consistent performance under continuous 24/7 operation. <br><br> The MZ7LH1T9HMLT-00005 utilizes a <strong>SATA III 6Gb/s interface</strong> and advanced Samsung V-NAND technology to deliver reliable enterprise-class storage performance. The drive achieves sequential read speeds of up to <strong>550MB/s</strong> and sequential write speeds of up to <strong>520MB/s</strong>, enabling fast access to business-critical data. <br><br> For demanding server workloads, the PM883 architecture supports random read performance up to <strong>98,000 IOPS</strong> and random write performance up to <strong>30,000 IOPS</strong>, helping improve application responsiveness and overall system efficiency. <br><br> Security features include integrated <strong>256-bit AES hardware encryption</strong>, providing data protection without sacrificing storage performance. Support for enterprise security and data integrity functions helps safeguard sensitive information in professional environments. <br><br> Built for long-term reliability, the drive offers an endurance rating of approximately <strong>1.3 DWPD</strong> and an <strong>MTBF of 2 million hours</strong>. Advanced error correction, wear leveling, and enterprise firmware technologies contribute to dependable operation throughout the product lifecycle. <br><br> The standard <strong>2.5-inch 7mm form factor</strong> allows seamless integration into rack servers, storage appliances, and enterprise computing platforms. Low power consumption and efficient thermal characteristics further support large-scale deployment in modern data centers. <br><br> The <strong>MZ7LH1T9HMLT-00005</strong> is widely used in <strong>data centers, cloud computing platforms, virtualization servers, enterprise storage arrays, database servers, web hosting infrastructure, content delivery networks, backup systems, software-defined storage environments, and business-critical enterprise applications</strong> requiring dependable high-capacity storage.
MZ7LH1T9HMLT-00005

Description: The MZ7LH1T9HMLT-00005 is a high-reliability enterprise SATA solid state drive ...
Package: TRAY | MOQ: 120 | MPQ: 120

MZQLB7T6HMLA-00007 / The MZQLB7T6HMLA-00007 is a high-capacity <strong>enterprise NVMe solid state drive</strong> from <strong>Samsung</strong>, belonging to the widely deployed <strong>PM983 series</strong>. Designed specifically for data center, cloud computing, enterprise server, and storage infrastructure applications, it delivers a combination of high performance, reliability, and storage density for demanding workloads. <br><br> Featuring a massive <strong>7.68TB storage capacity</strong>, the drive enables efficient handling of large databases, virtualization platforms, content delivery systems, and high-volume enterprise applications. Its optimized architecture provides consistent performance under intensive read and mixed-workload environments. <br><br> The MZQLB7T6HMLA-00007 utilizes a <strong>PCIe 3.0 x4 interface with NVMe protocol</strong>, significantly reducing latency while maximizing bandwidth compared to traditional SATA-based storage solutions. The drive achieves sequential read speeds of up to <strong>3,200MB/s</strong> and sequential write speeds of up to <strong>2,000MB/s</strong>, enabling rapid access to mission-critical data. <br><br> For high-performance enterprise workloads, the PM983 architecture supports random read performance up to <strong>540K IOPS</strong>, delivering excellent responsiveness in virtualization, cloud storage, and transactional database environments. The NVMe interface helps improve overall server efficiency while reducing storage bottlenecks. <br><br> Security is enhanced through integrated <strong>256-bit AES-XTS hardware encryption</strong> and support for enterprise security standards such as <strong>TCG Opal</strong>, helping protect sensitive business data without impacting performance. <br><br> Built using Samsung's advanced V-NAND technology and enterprise-grade controller architecture, the drive offers excellent endurance with ratings of up to <strong>1.3 DWPD</strong> and a reliability specification of approximately <strong>2 million hours MTBF</strong>. These characteristics make it suitable for continuous operation in mission-critical environments. <br><br> The standard <strong>2.5-inch U.2 form factor</strong> enables easy integration into modern enterprise servers, storage arrays, and hyperconverged infrastructure platforms. Its compact design allows high storage density while maintaining efficient thermal performance. <br><br> The <strong>MZQLB7T6HMLA-00007</strong> is widely used in <strong>data centers, cloud computing infrastructure, virtualization servers, enterprise storage arrays, software-defined storage platforms, database servers, content delivery networks, AI data processing systems, high-performance computing environments, and business-critical server applications</strong>.
MZQLB7T6HMLA-00007

Description: The MZQLB7T6HMLA-00007 is a high-capacity enterprise NVMe solid state drive ...
Package: TRAY | MOQ: 120 | MPQ: 120

PIC32MX250F256H-I/PT / The PIC32MX250F256H-I/PT is a powerful <strong>32-bit microcontroller</strong> from <strong>Microchip Technology</strong>, built around the high-performance <strong>MIPS32® M4K™ processor core</strong>. Designed for embedded control, industrial automation, communication systems, and advanced human-machine interface applications, it combines high processing capability with a rich set of integrated peripherals. <br><br> Operating at frequencies up to <strong>50MHz</strong> and delivering approximately <strong>83 DMIPS performance</strong>, the device provides the computational power required for demanding real-time applications. It integrates <strong>256KB of Flash memory</strong> and <strong>32KB of SRAM</strong>, offering ample space for complex firmware and data processing tasks. <br><br> The PIC32MX250F256H-I/PT supports a wide operating voltage range of <strong>2.3V to 3.6V</strong> and incorporates multiple low-power operating modes, including Sleep and Idle modes, helping designers optimize energy consumption in portable and power-sensitive applications. <br><br> A comprehensive set of communication peripherals is integrated on-chip, including <strong>USB 2.0 Full-Speed OTG</strong>, multiple UART interfaces, SPI modules, I²C interfaces, and Peripheral Pin Select (PPS) functionality. These features simplify system integration and provide flexibility for a broad range of connectivity requirements. <br><br> The device includes advanced analog capabilities such as a <strong>10-bit ADC with up to 1 Msps conversion rate</strong>, integrated comparators, temperature sensing functions, and programmable voltage references. These features make it suitable for measurement, monitoring, and control applications. <br><br> For graphics, audio, and user-interface designs, the PIC32MX250F256H-I/PT incorporates support for <strong>touch sensing, audio communication interfaces, RTCC functionality, DMA channels, and Parallel Master Port (PMP)</strong>, enabling efficient implementation of sophisticated embedded systems. <br><br> Built-in system management features include watchdog timer, brown-out reset, power-on reset, fail-safe clock monitoring, and hardware DMA support, contributing to robust and reliable operation in industrial environments. <br><br> Packaged in a compact <strong>64-pin TQFP package</strong>, the PIC32MX250F256H-I/PT is widely used in <strong>industrial controllers, IoT gateways, consumer electronics, USB-enabled devices, HMI systems, medical instrumentation, automation equipment, data acquisition systems, communication devices, smart energy products, and embedded control platforms</strong> requiring high-performance 32-bit processing.
PIC32MX250F256H-I/PT

Description: The PIC32MX250F256H-I/PT is a powerful 32-bit microcontroller from ...
Package: TRAY | MOQ: 160 | MPQ: 160

MCP1826S-3302E/DB / The MCP1826S-3302E/DB is a high-performance <strong>low dropout (LDO) linear voltage regulator</strong> from <strong>Microchip Technology</strong>, designed to deliver stable and efficient power regulation for embedded systems, industrial electronics, communication equipment, and portable devices. Its combination of high output current capability and low dropout voltage makes it an ideal solution for modern low-voltage power architectures. <br><br> This regulator provides a fixed <strong>3.3V output voltage</strong> with output current capability up to <strong>1A</strong>, supporting a wide range of digital and analog circuits. The device operates from an input voltage range of <strong>2.3V to 6.0V</strong>, offering flexibility for battery-powered and regulated power supply applications. <br><br> The MCP1826S-3302E/DB features a low dropout voltage of typically <strong>250mV at 1A load current</strong>, enabling efficient operation even when the input voltage is only slightly higher than the regulated output voltage. This characteristic helps maximize battery life and improve overall system efficiency. <br><br> Designed for low-power applications, the regulator offers a very low <strong>quiescent current of approximately 120µA</strong>, reducing standby power consumption while maintaining excellent regulation performance. Fast transient response further ensures stable output voltage during sudden load changes. <br><br> The device is fully stable with only a <strong>1µF ceramic output capacitor</strong>, simplifying circuit design and reducing component count. Ceramic capacitor compatibility also helps achieve lower output noise and improved reliability compared to traditional regulator solutions. <br><br> Integrated protection features include <strong>overtemperature shutdown, short-circuit current limiting, and undervoltage lockout (UVLO)</strong>, providing enhanced system protection under abnormal operating conditions. These built-in safeguards contribute to long-term reliability and robust operation. <br><br> Packaged in a compact <strong>SOT-223-3 surface-mount package</strong>, the MCP1826S-3302E/DB offers efficient thermal performance and easy integration into space-constrained PCB layouts. Its wide operating temperature range of <strong>-40°C to +125°C</strong> makes it suitable for demanding industrial environments. <br><br> The <strong>MCP1826S-3302E/DB</strong> is widely used in <strong>microcontroller power supplies, industrial control systems, communication modules, IoT devices, portable electronics, battery-powered equipment, embedded computing platforms, sensor systems, instrumentation, automotive electronics, and general-purpose 3.3V power regulation applications</strong>.
MCP1826S-3302E/DB

Description: The MCP1826S-3302E/DB is a high-performance low dropout (LDO) linear voltage regul ...
Package: TUBE | MOQ: 1170 | MPQ: 78

0787270001-SIM / The 0787270001 is a compact <strong>micro-SIM card socket connector</strong> from <strong>Molex</strong>, designed to provide reliable SIM card connectivity for wireless communication devices, embedded systems, and IoT applications. Its low-profile construction and robust contact design make it an excellent solution for products requiring secure mobile network access. <br><br> This connector features a <strong>push-pull card insertion mechanism</strong> that allows easy SIM card installation and removal without the need for an ejector system. The design ensures stable card retention while simplifying user interaction and device assembly. <br><br> The 0787270001 supports standard <strong>micro-SIM card interfaces</strong> and incorporates <strong>6 signal contacts plus an integrated detect switch</strong>. The detect switch enables system-level card presence monitoring, improving device functionality and communication reliability. <br><br> With an ultra-slim profile of only <strong>1.40mm height above the PCB</strong>, this connector is ideal for space-constrained electronic products where compact design is critical. Its low-profile construction helps reduce overall device thickness while maintaining mechanical durability. <br><br> Designed for <strong>surface-mount assembly</strong> and right-angle mounting, the connector supports automated manufacturing processes and efficient PCB layouts. Gold-plated contact surfaces provide excellent electrical conductivity, low contact resistance, and long-term reliability under repeated insertion cycles. <br><br> The connector operates across a wide <strong>-40°C to +85°C temperature range</strong> and supports up to <strong>500 mating cycles</strong>, making it suitable for demanding industrial and commercial applications. Its stainless-steel shell construction enhances mechanical strength and protects the SIM card interface from damage. <br><br> Supporting a maximum contact current of <strong>0.5A</strong> and operating voltages up to <strong>10VDC</strong>, the 0787270001 delivers dependable electrical performance for cellular communication modules and embedded connectivity systems. <br><br> The <strong>0787270001</strong> is widely used in <strong>IoT devices, GSM and LTE modules, telematics systems, smart meters, industrial gateways, wireless communication equipment, asset tracking devices, automotive communication modules, handheld terminals, security systems, and embedded cellular applications</strong> requiring reliable micro-SIM card connectivity.
0787270001-SIM

Description: The 0787270001 is a compact micro-SIM card socket connector from ...
Package: T&R | MOQ: 1200 | MPQ: 1200

SI2304BDS-T1-GE3 / The SI2304BDS-T1-GE3 is a high-efficiency <strong>N-channel TrenchFET® power MOSFET</strong> from <strong>Vishay Siliconix</strong>, designed to deliver low conduction losses and reliable switching performance in compact power management applications. Its advanced trench MOSFET technology provides excellent efficiency while maintaining a small footprint for space-constrained electronic designs. <br><br> This device features a maximum <strong>drain-source voltage of 40V</strong> and supports continuous drain currents of up to <strong>2.8A</strong>, making it suitable for a broad range of low- and medium-power switching applications. The optimized silicon structure enables efficient operation in battery-powered and portable electronic systems. <br><br> The SI2304BDS-T1-GE3 offers a low <strong>RDS(ON)</strong> characteristic, reducing conduction losses and minimizing heat generation during operation. Its logic-level gate drive capability allows efficient switching performance when driven directly by microcontrollers, digital logic circuits, and low-voltage control systems. <br><br> Engineered for fast switching operation, the device features low gate charge and low input capacitance, helping improve efficiency in high-frequency switching circuits. These characteristics make it particularly suitable for DC-DC converters, load switching circuits, and power distribution applications. <br><br> The MOSFET is designed to operate across a wide temperature range and provides dependable performance under demanding electrical conditions. Its rugged construction and avalanche capability contribute to long-term reliability in industrial and consumer electronic equipment. <br><br> Packaged in a compact <strong>SOT-23 surface-mount package</strong>, the SI2304BDS-T1-GE3 enables high-density PCB layouts while simplifying automated assembly processes. The small package size makes it ideal for portable and space-sensitive applications. <br><br> Combining low power dissipation, fast switching speed, and logic-level gate operation, this MOSFET provides an efficient solution for modern power management designs requiring compact size and reliable performance. <br><br> The <strong>SI2304BDS-T1-GE3</strong> is widely used in <strong>DC-DC converters, battery-powered devices, load switch circuits, portable electronics, industrial controllers, power management modules, embedded systems, consumer electronics, communication equipment, LED drivers, and general-purpose power switching applications</strong>.
SI2304BDS-T1-GE3

Description: The SI2304BDS-T1-GE3 is a high-efficiency N-channel TrenchFET® power MOSFET ...
Package: T&R | MOQ: 3000 | MPQ: 3000

IRLML6344TRPBF / The IRLML6344TRPBF is a high-efficiency <strong>N-channel power MOSFET</strong> from <strong>Infineon Technologies</strong>, developed using advanced HEXFET® technology to provide excellent switching performance and low conduction losses in compact electronic designs. Its logic-level gate characteristics make it ideal for direct control from low-voltage digital circuits and microcontrollers. <br><br> This device features a maximum <strong>drain-source voltage of 30V</strong> and supports continuous drain currents up to <strong>5A</strong>, providing an efficient solution for power switching, load control, and power management applications. Its optimized silicon structure delivers outstanding performance while maintaining a compact footprint. <br><br> The IRLML6344TRPBF offers an ultra-low <strong>RDS(ON) of 29mΩ at VGS = 4.5V</strong> and <strong>37mΩ at VGS = 2.5V</strong>, helping minimize power dissipation and improve overall system efficiency. This low resistance characteristic makes it particularly suitable for battery-powered and energy-sensitive applications. <br><br> Designed as a <strong>logic-level MOSFET</strong>, the device can be fully enhanced with low gate drive voltages, enabling direct interfacing with modern 3.3V and 5V control systems. The low gate threshold voltage and optimized gate charge contribute to fast switching operation and reduced switching losses. <br><br> The MOSFET supports a maximum <strong>power dissipation of 1.3W</strong> and operates across a wide junction temperature range of <strong>-55°C to +150°C</strong>, ensuring reliable performance in industrial, consumer, and portable electronic applications. <br><br> Packaged in a compact <strong>SOT-23 (Micro3™) package</strong>, the IRLML6344TRPBF enables high-density PCB layouts while reducing board space requirements. Its small footprint and efficient thermal characteristics make it an excellent choice for space-constrained designs. <br><br> The device is optimized for <strong>load switching, system power control, DC-DC converters, battery management circuits, power distribution networks, portable electronics, and embedded power applications</strong>, where low on-resistance and efficient switching are critical requirements. <br><br> The <strong>IRLML6344TRPBF</strong> is widely used in <strong>battery-powered devices, mobile electronics, industrial controllers, IoT equipment, portable instruments, DC-DC power converters, load switch circuits, power management modules, communication devices, and embedded system power control applications</strong>.
IRLML6344TRPBF

Description: The IRLML6344TRPBF is a high-efficiency N-channel power MOSFET from ...
Package: T&R | MOQ: 3000 | MPQ: 3000

DMG2305UX-7 / The DMG2305UX-7 is a high-performance <strong>P-channel enhancement mode MOSFET</strong> from <strong>Diodes Incorporated</strong>, designed for efficient power switching and power management applications. Combining low on-resistance with fast switching characteristics, it provides an excellent solution for compact, high-efficiency electronic designs. <br><br> This device features a maximum <strong>drain-source voltage of -20V</strong> and supports continuous drain currents up to <strong>-4.2A</strong>, making it suitable for a wide range of low-voltage power control applications. Its optimized silicon design minimizes conduction losses while maintaining reliable switching performance. <br><br> The DMG2305UX-7 offers an exceptionally low <strong>RDS(ON) of 52mΩ at VGS = -4.5V</strong>, helping improve system efficiency and reduce heat generation during operation. Low input capacitance and optimized gate charge characteristics contribute to fast switching response and reduced switching losses. <br><br> Designed for modern low-voltage systems, the device supports gate drive voltages as low as <strong>1.8V</strong>, enabling direct interface with battery-powered electronics, microcontrollers, and portable applications. The low gate threshold voltage further enhances flexibility in power management circuits. <br><br> With a maximum power dissipation of <strong>1.4W</strong> and an operating junction temperature range of <strong>-55°C to +150°C</strong>, the MOSFET delivers dependable operation across a broad range of environmental conditions. Its robust construction ensures long-term reliability in demanding applications. <br><br> The compact <strong>SOT-23 package</strong> allows high-density PCB layouts while minimizing board space requirements. This makes the DMG2305UX-7 particularly attractive for portable electronics, compact industrial equipment, and space-constrained power designs. <br><br> Engineered to provide low leakage current, fast switching speed, and efficient power handling, the device is well suited for both switching and load management functions in modern electronic systems. <br><br> The <strong>DMG2305UX-7</strong> is widely used in <strong>DC-DC converters, battery-powered devices, load switching circuits, power management modules, backlighting systems, portable electronics, industrial control equipment, motor control circuits, consumer electronics, and high-efficiency power distribution applications</strong>.
DMG2305UX-7

Description: The DMG2305UX-7 is a high-performance P-channel enhancement mode MOSFET f ...
Package: T&R | MOQ: 3000 | MPQ: 3000

MPXM2051GST1 / The MPXM2051GST1 is a highly accurate <strong>silicon piezoresistive pressure sensor</strong> from <strong>NXP Semiconductors</strong>, designed to provide precise and stable pressure measurements for industrial, medical, and embedded sensing applications. The device integrates advanced sensing technology with on-chip signal conditioning to deliver a linear voltage output directly proportional to the applied pressure. <br><br> This sensor measures pressure within a range of <strong>0 kPa to 50 kPa</strong> and incorporates <strong>on-chip temperature compensation and calibration</strong>, ensuring reliable performance across varying environmental conditions. The factory-trimmed sensing element minimizes offset and sensitivity errors while improving long-term measurement stability. <br><br> The MPXM2051GST1 utilizes a <strong>monolithic silicon diaphragm</strong> with integrated strain gauges and thin-film resistor networks. This construction enables highly accurate pressure detection while maintaining excellent repeatability and linearity throughout the operating range. <br><br> Designed as a <strong>gauge pressure sensor</strong>, the device provides a ratiometric analog output that scales proportionally with supply voltage. This characteristic simplifies interfacing with analog-to-digital converters, microcontrollers, and data acquisition systems used in modern control and monitoring equipment. <br><br> The integrated temperature compensation circuitry provides optimized performance over the <strong>0°C to +85°C</strong> compensated temperature range. This feature helps maintain measurement accuracy without requiring extensive external calibration or compensation algorithms. <br><br> Its compact <strong>MPAK surface-mount package</strong> enables efficient PCB integration in space-constrained designs while supporting automated assembly processes. The sensor is designed for use with clean, dry air and delivers dependable performance in applications requiring precise low-pressure measurement. <br><br> The MPXM2051GST1 offers excellent linearity, low pressure hysteresis, and stable output characteristics, making it suitable for demanding sensing applications where measurement accuracy and reliability are critical. <br><br> The <strong>MPXM2051GST1</strong> is widely used in <strong>medical diagnostic equipment, respiratory monitoring systems, industrial automation, robotics, pressure control systems, pump and motor controllers, environmental monitoring equipment, laboratory instrumentation, HVAC systems, fluid level measurement devices, and precision pressure sensing applications</strong>.
MPXM2051GST1

Description: The MPXM2051GST1 is a highly accurate silicon piezoresistive pressure sensor ...
Package: T&R | MOQ: 400 | MPQ: 400

166.7000.5102 / The 166.7000.5102 is a robust <strong>automotive blade fuse</strong> from <strong>Littelfuse</strong>, engineered to provide reliable overcurrent protection in demanding automotive and industrial DC power systems. As part of the trusted <strong>FKS ATO® series</strong>, it combines proven blade fuse technology with enhanced voltage capability for modern electrical architectures. <br><br> Rated at <strong>10A and 80VDC</strong>, this fuse is designed to protect wiring, electronic modules, and power distribution circuits from overloads and short-circuit conditions. Its fast and dependable operation helps prevent damage to sensitive electrical components while maintaining system safety. <br><br> The fuse utilizes a durable <strong>three-part construction with copper contacts</strong>, providing excellent conductivity, low voltage drop, and long-term reliability. This design improves electrical performance while minimizing heat generation under normal operating conditions. <br><br> Featuring a <strong>1kA interrupting rating</strong>, the 166.7000.5102 can safely interrupt high fault currents, making it suitable for demanding vehicle electrical systems, battery-powered equipment, and DC distribution networks. The integrated arc-quenching construction further enhances protection during fault events. <br><br> Its standard <strong>ATO/ATC blade format</strong> allows easy installation and replacement in compatible fuse holders. The compact form factor simplifies integration into automotive fuse panels, control units, battery management systems, and auxiliary power circuits. <br><br> The fuse offers low internal resistance of approximately <strong>7.9mΩ</strong>, helping maintain efficient power delivery while reducing energy losses. Its red housing enables quick identification of the <strong>10A current rating</strong> during maintenance and servicing operations. <br><br> Manufactured to meet stringent automotive reliability standards, the 166.7000.5102 delivers dependable circuit protection in environments exposed to vibration, temperature fluctuations, and electrical transients. <br><br> The <strong>166.7000.5102</strong> is widely used in <strong>automotive electrical systems, commercial vehicles, battery-powered equipment, power distribution modules, electric utility vehicles, industrial control systems, DC power networks, auxiliary vehicle circuits, battery protection assemblies, and transportation electronics</strong>, where reliable overcurrent protection is essential.
166.7000.5102

Description: The 166.7000.5102 is a robust automotive blade fuse from Littelfu ...
Package: BULK | MOQ: 500 | MPQ: 500

PCA9535APW / The PCA9535APW,118 is a versatile <strong>16-bit I²C-bus GPIO expander</strong> from <strong>NXP Semiconductors</strong>, designed to provide additional digital input and output capability for microcontrollers and embedded systems. By using a standard I²C or SMBus interface, the device significantly increases available I/O resources while minimizing PCB routing complexity and processor pin requirements. <br><br> This device provides <strong>16 individually programmable GPIO pins</strong> organized into two 8-bit ports. Each pin can be independently configured as either an input or output, offering exceptional flexibility for a wide variety of digital control and monitoring applications. <br><br> Operating across a wide <strong>2.3V to 5.5V supply voltage range</strong>, the PCA9535APW,118 is compatible with both low-voltage and standard logic systems. The device supports <strong>5V-tolerant I/O pins</strong>, enabling seamless integration into mixed-voltage environments. <br><br> The integrated <strong>interrupt output</strong> allows the host processor to detect input state changes without continuously polling the device. This feature helps reduce processor workload and lowers overall system power consumption, making it ideal for battery-powered and energy-efficient designs. <br><br> The PCA9535APW,118 incorporates dedicated <strong>input, output, polarity inversion, and configuration registers</strong>, providing complete control over each GPIO channel. The polarity inversion function allows software-configurable active-high or active-low operation without requiring additional external circuitry. <br><br> Three hardware address pins enable up to <strong>eight devices on a single I²C bus</strong>, allowing designers to expand systems to a total of 128 GPIO lines while maintaining a simple two-wire communication interface. The device supports I²C and SMBus communication speeds up to <strong>400kHz</strong>. <br><br> Designed for low-power operation, the PCA9535APW,118 combines minimal standby current with reliable digital performance, making it suitable for portable, industrial, and consumer applications. Its compact <strong>24-pin TSSOP package</strong> provides a space-efficient solution for high-density PCB layouts. <br><br> The <strong>PCA9535APW,118</strong> is widely used in <strong>industrial automation systems, embedded controllers, IoT devices, communication equipment, consumer electronics, LED control systems, sensor interfaces, building automation products, networking hardware, medical equipment, and microcontroller-based applications</strong> requiring additional programmable digital I/O channels.
PCA9535APW

Description: The PCA9535APW,118 is a versatile 16-bit I²C-bus GPIO expander from ...
Package: T&R | MOQ: 2500 | MPQ: 2500

BQ79616PAPRQ1 / The BQ79616PAPRQ1 is a highly integrated <strong>automotive battery monitor, balancer, and protection IC</strong> from <strong>Texas Instruments</strong>, specifically developed for advanced battery management systems used in electric vehicles, hybrid vehicles, and energy storage applications. Designed to support functional safety requirements, it provides precise battery monitoring and protection for high-voltage battery packs. <br><br> This device supports monitoring of up to <strong>16 series-connected battery cells</strong> and delivers highly accurate voltage measurements with <strong>±1.5mV ADC accuracy</strong>. Fast measurement capability allows all cell voltages to be captured within <strong>128µs</strong>, enabling rapid system diagnostics and improved battery management performance. <br><br> The BQ79616PAPRQ1 integrates advanced <strong>cell balancing functionality</strong> with balancing currents up to <strong>240mA</strong>. Built-in thermal management automatically pauses and resumes balancing operations when necessary, helping maintain safe operating conditions and extending battery life. <br><br> Designed for safety-critical automotive applications, the device supports <strong>ISO 26262 functional safety architectures up to ASIL-D</strong>. Integrated diagnostic features, redundant measurement paths, fault monitoring functions, and hardware protection mechanisms help improve system reliability and support compliance with stringent automotive safety standards. <br><br> The IC includes <strong>overvoltage, undervoltage, open-wire, temperature, and fault detection capabilities</strong>, providing comprehensive monitoring of battery pack health. Integrated digital filtering improves measurement stability and contributes to more accurate state-of-charge and state-of-health calculations. <br><br> For scalable battery pack architectures, the BQ79616PAPRQ1 features <strong>isolated differential daisy-chain communication</strong> with optional ring topology support. This architecture allows reliable communication across multiple battery monitoring devices while reducing wiring complexity in large battery systems. <br><br> Additional flexibility is provided through integrated GPIO and auxiliary measurement channels, enabling connection of external thermistors and system monitoring components. Support for UART and SPI-based communication interfaces simplifies integration with host controllers and battery management processors. <br><br> Packaged in a compact <strong>64-pin HTQFP package</strong>, the BQ79616PAPRQ1 is widely used in <strong>electric vehicles, hybrid electric vehicles, battery energy storage systems, industrial battery packs, high-voltage power systems, automotive battery management systems, renewable energy storage platforms, and advanced lithium-ion battery monitoring applications</strong>, where precise cell measurement, balancing, and functional safety compliance are critical.
BQ79616PAPRQ1

Description: The BQ79616PAPRQ1 is a highly integrated automotive battery monitor, balancer, and ...
Package: T&R | MOQ: 1000 | MPQ: 1000

SN75176BP / The SN75176BP is a reliable <strong>differential bus transceiver</strong> from <strong>Texas Instruments</strong>, specifically designed for bidirectional data communication over <strong>RS-485 and RS-422 networks</strong>. It integrates both a differential line driver and a differential receiver into a single compact device, providing an efficient solution for industrial and long-distance communication systems. <br><br> This device supports <strong>half-duplex communication</strong> and is optimized for multipoint bus architectures where multiple nodes share the same communication line. Its balanced differential signaling helps improve noise immunity and enables stable data transmission in electrically demanding environments. <br><br> Operating from a single <strong>5V power supply</strong>, the SN75176BP simplifies system design while delivering reliable communication performance. The integrated driver and receiver feature independent enable controls, allowing flexible management of transmit and receive functions within networked applications. <br><br> The transceiver complies with <strong>TIA/EIA-485-A and TIA/EIA-422-B standards</strong>, making it suitable for a wide range of industrial communication protocols and fieldbus implementations. Its differential architecture allows robust data transmission across long cable distances while maintaining excellent resistance to electromagnetic interference. <br><br> The SN75176BP provides <strong>high-current differential outputs up to ±60mA</strong>, thermal shutdown protection, current limiting functions, and a receiver input sensitivity of <strong>±200mV</strong>. These features contribute to enhanced system reliability and protection against line faults and abnormal operating conditions. <br><br> Designed with <strong>3-state driver and receiver outputs</strong>, the device minimizes bus loading when disabled and supports multipoint network configurations with up to 32 connected nodes. Its wide common-mode voltage tolerance further improves communication stability in industrial installations. <br><br> Housed in a compact <strong>8-pin PDIP package</strong>, the SN75176BP is widely used in <strong>industrial automation systems, PLCs, motor control equipment, building automation, factory networking, process control systems, security systems, data acquisition equipment, instrumentation, and RS-485 communication interfaces</strong>, where dependable differential data transmission is required.
SN75176BP

Description: The SN75176BP is a reliable differential bus transceiver from Tex ...
Package: | MOQ: | MPQ:

ADL5513ACPZ-R7 / The ADL5513ACPZ-R7 is a high-performance <strong>TruPwr™ RMS RF power detector</strong> from <strong>Analog Devices</strong>, designed to accurately measure the true RMS power of complex RF and communication signals across a wide frequency range. It is optimized for wireless infrastructure, test equipment, instrumentation, transmit power control, and RF monitoring applications. <br><br>This device operates over an exceptionally broad frequency range of <strong>1MHz to 4GHz</strong>, allowing accurate power measurement across multiple wireless communication standards and RF system architectures. Its true RMS measurement capability enables precise monitoring of both continuous-wave and complex modulated signals. <br><br>The ADL5513ACPZ-R7 incorporates Analog Devices' advanced <strong>TruPwr™ detection technology</strong>, providing accurate power measurement independent of waveform characteristics. This capability makes it particularly suitable for modern communication systems utilizing OFDM, CDMA, W-CDMA, LTE, and other high crest-factor modulation schemes. <br><br>The device offers a wide dynamic measurement range of approximately <strong>60dB</strong>, enabling accurate detection of RF signal levels across varying operating conditions. Its output voltage is proportional to the measured RMS input power, simplifying integration into automatic gain control (AGC), transmitter monitoring, and power management systems. <br><br>Operating from a <strong>2.7V to 5.5V supply voltage</strong>, the ADL5513ACPZ-R7 combines high measurement accuracy with low power consumption. The device also features fast response times and excellent temperature stability, helping maintain reliable performance in demanding RF environments. <br><br>Packaged in a compact <strong>16-lead LFCSP package measuring approximately 3mm × 3mm</strong>, the ADL5513ACPZ-R7 enables high-density RF PCB designs while maintaining excellent electrical performance. <br><br>The <strong>ADL5513ACPZ-R7</strong> is widely used in <strong>wireless base stations, RF power monitoring systems, communication test equipment, signal analyzers, transmitter power control circuits, cellular infrastructure, broadband radio systems, RF instrumentation, and automatic gain control applications</strong>, where accurate RMS power measurement and wideband RF performance are essential.
ADL5513ACPZ-R7

Description: The ADL5513ACPZ-R7 is a high-performance TruPwr™ RMS RF power detector ...
Package: T&R | MOQ: 1500 | MPQ: 1500

LTC2942IDCB#TRPBF / The LTC2942IDCB#TRPBF is a highly integrated <strong>battery gas gauge and monitoring IC</strong> from <strong>Analog Devices</strong>, designed to accurately measure battery charge, voltage, and temperature in portable and battery-powered electronic systems. It is optimized for <strong>single-cell Li-Ion battery applications</strong>, providing precise battery status information to improve power management and runtime estimation. <br><br>This device utilizes a high-accuracy <strong>coulomb counting architecture</strong> that continuously integrates charge and discharge current through an external sense resistor. By monitoring the accumulated battery charge, the LTC2942IDCB#TRPBF enables accurate state-of-charge tracking and battery utilization management. <br><br>In addition to charge measurement, the device incorporates an internal <strong>14-bit ADC</strong> capable of measuring battery voltage and on-chip temperature. These measurements are stored in internal registers and can be accessed through a standard <strong>SMBus/I²C-compatible interface</strong>, allowing seamless integration with microcontrollers and embedded processors. <br><br>The LTC2942IDCB#TRPBF operates from a <strong>2.7V to 5.5V supply voltage range</strong> and features a <strong>±50mV sense voltage range</strong>, making it suitable for a wide variety of low-power battery-operated devices. Its quiescent current consumption is typically below <strong>100µA</strong>, helping maximize battery life in portable applications. <br><br>The device includes programmable <strong>high and low threshold alarms</strong> for charge, voltage, and temperature measurements. Alert conditions can be communicated through an alert output pin or status registers, enabling intelligent battery management and system protection. <br><br>Packaged in a compact <strong>6-pin DFN (2mm × 3mm) surface-mount package</strong>, the LTC2942IDCB#TRPBF is ideal for space-constrained designs requiring accurate battery monitoring capabilities. <br><br>The <strong>LTC2942IDCB#TRPBF</strong> is widely used in <strong>portable medical devices, handheld instruments, wireless sensors, GPS equipment, portable consumer electronics, battery-powered industrial systems, IoT devices, and smart energy management applications</strong>, where accurate battery charge tracking and low power consumption are critical.
LTC2942IDCB#TRPBF

Description: The LTC2942IDCB#TRPBF is a highly integrated battery gas gauge and monitoring IC ...
Package: T&R | MOQ: 2500 | MPQ: 2500

MAX3098EBCSE / The MAX3098EBCSE+ is a robust <strong>full-duplex RS-485/RS-422 transceiver</strong> from <strong>Analog Devices (Maxim Integrated)</strong>, designed for reliable high-speed differential data communication in industrial, automation, instrumentation, and networking applications. It combines low-power operation, high ESD immunity, and excellent noise tolerance to ensure dependable performance in electrically harsh environments. <br><br>This device supports <strong>full-duplex communication</strong>, allowing simultaneous data transmission and reception over differential bus networks. Its balanced driver and receiver architecture provides excellent signal integrity for long-distance communication links and multidrop network topologies. <br><br>The MAX3098EBCSE+ incorporates advanced protection features including <strong>±15kV ESD protection</strong> on communication pins, helping safeguard connected equipment from electrostatic discharge events and improving system reliability. The transceiver is optimized for operation in industrial environments where transient disturbances are common. <br><br>The device supports data rates up to <strong>10Mbps</strong>, making it suitable for high-speed serial communication systems requiring reliable differential signaling. Its fail-safe receiver design ensures a defined logic state when bus inputs are open, shorted, or idle, reducing communication errors and simplifying system implementation. <br><br>Operating from a single <strong>5V supply</strong>, the MAX3098EBCSE+ delivers low power consumption while maintaining excellent communication performance. The transceiver also features low-current shutdown functionality for power-sensitive applications. <br><br>Packaged in a compact <strong>16-pin narrow SOIC surface-mount package</strong>, the device enables efficient PCB layouts and supports automated assembly processes for high-volume manufacturing. <br><br>The <strong>MAX3098EBCSE+</strong> is widely used in <strong>industrial automation systems, PLCs, building control networks, process control equipment, data acquisition systems, security systems, factory communication networks, instrumentation platforms, and RS-485/RS-422 communication interfaces</strong>, where reliable high-speed differential communication and strong ESD protection are required.
MAX3098EBCSE

Description: The MAX3098EBCSE+ is a robust full-duplex RS-485/RS-422 transceiver from ...
Package: TUBE | MOQ: 1000 | MPQ: 50

HMC452ST89ETR / The HMC452ST89ETR is a high-linearity <strong>1W MMIC RF power amplifier</strong> developed by <strong>Analog Devices</strong>, utilizing advanced <strong>InGaP HBT technology</strong> to deliver excellent gain, output power, and efficiency across a wide frequency range. It is designed for wireless infrastructure, fixed wireless access, RF communication systems, and broadband transmitter applications requiring reliable medium-power amplification. <br><br>This device operates over a broad frequency range of <strong>400MHz to 2.2GHz</strong>, making it suitable for multiple wireless standards and RF system architectures. The amplifier delivers gain levels of up to <strong>21dB</strong> at lower frequencies while maintaining strong performance throughout its operating band. <br><br>The HMC452ST89ETR provides a typical <strong>1W output power capability</strong> with output power at 1dB compression reaching approximately <strong>31.5dBm</strong>. Its high linearity performance enables output IP3 levels up to <strong>+49dBm</strong>, supporting demanding communication systems that require low signal distortion and high dynamic range. <br><br>Operating from a single <strong>+5V supply</strong>, the amplifier requires only a minimal number of external components, simplifying RF design and reducing overall system complexity. The device also offers excellent power-added efficiency, making it suitable for power-sensitive wireless applications. <br><br>The HMC452ST89ETR features a compact <strong>SOT-89 surface-mount package</strong>, allowing efficient PCB utilization while maintaining strong thermal and RF performance. Its integrated design helps reduce component count and accelerate development of broadband RF subsystems. <br><br>The <strong>HMC452ST89ETR</strong> is widely used in <strong>GSM, GPRS, EDGE, CDMA, W-CDMA, fixed wireless equipment, wireless infrastructure, CATV systems, cable modems, RF transmitters, communication repeaters, and broadband RF amplification applications</strong>, where high output power, linearity, and wideband operation are essential.
HMC452ST89ETR

Description: The HMC452ST89ETR is a high-linearity 1W MMIC RF power amplifier develope ...
Package: T&R | MOQ: 500 | MPQ: 500

ADR3412ARJZ-R7 / The ADR3412ARJZ-R7 is a high-performance <strong>1.2V precision voltage reference</strong> from <strong>Analog Devices</strong>, engineered to deliver exceptional accuracy, low noise, and long-term stability in demanding analog and mixed-signal applications. Its precision architecture makes it an ideal reference source for measurement, instrumentation, and data conversion systems. <br><br>This device provides a highly accurate <strong>1.2V output voltage</strong> with excellent initial accuracy and low temperature coefficient, ensuring stable operation across a wide range of environmental conditions. The precise output helps maximize the performance of high-resolution analog circuits and precision sensing applications. <br><br>The ADR3412ARJZ-R7 features <strong>low output noise, excellent line regulation, and high power supply rejection</strong>, making it well suited for use with precision ADCs, DACs, operational amplifiers, and sensor interface circuits. These characteristics help improve signal integrity and overall system accuracy. <br><br>Operating from a broad supply voltage range, the device combines high precision with <strong>low quiescent current consumption</strong>, enabling its use in both portable and line-powered equipment. Its efficient design supports applications where power efficiency and measurement accuracy are equally important. <br><br>The voltage reference incorporates advanced trimming and compensation techniques that provide <strong>excellent long-term stability and low drift performance</strong>, reducing calibration requirements and improving reliability throughout the product lifecycle. <br><br>Packaged in a compact <strong>6-pin SOT-23 surface-mount package</strong>, the ADR3412ARJZ-R7 allows designers to implement precision analog functions in space-constrained PCB layouts without sacrificing performance. <br><br>The <strong>ADR3412ARJZ-R7</strong> is widely used in <strong>data acquisition systems, industrial instrumentation, precision measurement equipment, medical electronics, process control systems, sensor conditioning modules, calibration instruments, and high-resolution ADC and DAC applications</strong>, where a stable and accurate reference voltage is critical for system performance.
ADR3412ARJZ-R7

Description: The ADR3412ARJZ-R7 is a high-performance 1.2V precision voltage reference ...
Package: T&R | MOQ: 3000 | MPQ: 3000

ADR3425ARJZ-R7 / The ADR3425ARJZ-R7 is a high-accuracy <strong>2.5V precision voltage reference</strong> from <strong>Analog Devices</strong>, designed to provide a stable and low-noise reference voltage for precision measurement, data acquisition, instrumentation, and industrial control applications. Its advanced design delivers excellent long-term stability and accuracy, making it suitable for high-performance analog systems. <br><br>This device provides a precise <strong>2.5V output voltage</strong> with excellent initial accuracy and very low temperature drift, helping maintain measurement integrity across varying environmental conditions. The reference is optimized for applications that require consistent voltage performance over time and temperature. <br><br>The ADR3425ARJZ-R7 features <strong>low output noise and high power supply rejection</strong>, making it ideal for use with high-resolution ADCs, DACs, sensor interfaces, and precision signal conditioning circuits. Its low-noise characteristics help improve overall system accuracy and signal quality. <br><br>The device operates from a wide input voltage range and incorporates internal circuitry that ensures reliable startup and stable operation. Its low quiescent current consumption makes it suitable for both portable and line-powered equipment. <br><br>Designed for demanding precision applications, the ADR3425ARJZ-R7 offers <strong>excellent line regulation, load regulation, and long-term stability</strong>, enabling consistent performance in calibration systems, industrial instrumentation, medical devices, and automated test equipment. <br><br>The component is supplied in a compact <strong>6-pin SOT-23 surface-mount package</strong>, allowing implementation in space-constrained PCB designs while maintaining high analog performance. <br><br>The <strong>ADR3425ARJZ-R7</strong> is widely used in <strong>data acquisition systems, industrial automation equipment, precision instrumentation, medical electronics, process control systems, sensor measurement platforms, high-resolution ADC and DAC circuits, and calibration equipment</strong>, where a stable and accurate reference voltage is critical for system performance.
ADR3425ARJZ-R7

Description: The ADR3425ARJZ-R7 is a high-accuracy 2.5V precision voltage reference fr ...
Package: T&R | MOQ: 3000 | MPQ: 3000

ADM1278-1ACPZ-RL / The ADM1278-1ACPZ-RL is an advanced <strong>hot swap controller and digital power monitoring IC</strong> from <strong>Analog Devices</strong>, designed to provide safe board insertion, inrush current control, and comprehensive power monitoring in high-availability electronic systems. It combines precision measurement capabilities with robust protection functions, making it ideal for telecommunications, networking, industrial, and server applications. <br><br>This device supports operating voltages up to <strong>80V</strong> and enables controlled startup of power rails by regulating inrush current during live insertion events. Its integrated hot swap functionality helps protect connectors, backplanes, and downstream circuitry from damaging current surges. <br><br>The ADM1278-1ACPZ-RL incorporates high-accuracy monitoring of <strong>voltage, current, power, and accumulated energy</strong>, allowing system designers to implement detailed power management and diagnostic functions. Measured data can be accessed through a <strong>PMBus-compatible digital interface</strong>, simplifying system monitoring and remote management. <br><br>Integrated protection features include <strong>overcurrent protection, undervoltage detection, overvoltage monitoring, power limiting, fault management, and programmable shutdown control</strong>. These capabilities improve system reliability and help prevent damage during abnormal operating conditions. <br><br>The device supports external N-channel MOSFET control and offers programmable fault response settings, allowing flexible implementation across a wide range of power architectures. Its precision telemetry functions make it particularly suitable for intelligent power distribution and energy-aware system designs. <br><br>Packaged in a compact <strong>32-pin LFCSP package</strong>, the ADM1278-1ACPZ-RL provides a space-efficient solution for high-density circuit boards while maintaining excellent electrical and thermal performance. <br><br>The <strong>ADM1278-1ACPZ-RL</strong> is widely used in <strong>telecommunications equipment, enterprise servers, storage systems, industrial automation platforms, networking infrastructure, intelligent power distribution units, and high-reliability embedded systems</strong>, where controlled power sequencing, fault protection, and detailed power monitoring are essential.
ADM1278-1ACPZ-RL

Description: The ADM1278-1ACPZ-RL is an advanced hot swap controller and digital power monitori ...
Package: T&R | MOQ: 1500 | MPQ: 1500

ADP5054ACPZ-R7 / The ADP5054ACPZ-R7 is a highly integrated <strong>quad buck regulator power management IC (PMIC)</strong> from <strong>Analog Devices</strong>, designed to provide efficient multi-rail power conversion for FPGA, processor, networking, industrial, and embedded computing applications. By integrating four high-performance switching regulators into a single package, it helps reduce board space and simplify power supply design. <br><br>This device supports an input voltage range of <strong>4.5V to 15.5V</strong>, allowing direct connection to a wide variety of power sources without requiring additional preregulators. The integrated architecture enables the generation of multiple regulated voltage rails from a single supply source. <br><br>Channels 1 and 2 support programmable output current configurations of up to <strong>6A per channel</strong>, while Channels 3 and 4 provide up to <strong>2.5A per channel</strong>. Parallel operation is also supported, allowing Channels 1 and 2 to deliver up to <strong>12A</strong> combined output current and Channels 3 and 4 to provide up to <strong>5A</strong> combined output current. <br><br>The ADP5054ACPZ-R7 offers a programmable switching frequency from <strong>250kHz to 2MHz</strong> and supports synchronization to an external clock source, enabling optimization of efficiency, EMI performance, and overall power system design. Additional features include <strong>power-good monitoring, precision enable inputs, soft-start control, overcurrent protection, undervoltage lockout, and thermal shutdown protection</strong>. <br><br>Its low-noise architecture and high integration level make it particularly suitable for powering sensitive digital processors, FPGAs, communication modules, and high-performance embedded systems. <br><br>Packaged in a compact <strong>48-pin LFCSP surface-mount package</strong>, the ADP5054ACPZ-R7 enables high-density PCB layouts while maintaining excellent thermal and electrical performance. <br><br>The <strong>ADP5054ACPZ-R7</strong> is widely used in <strong>FPGA power supplies, processor power management, industrial automation equipment, networking hardware, wireless infrastructure, security systems, medical electronics, and embedded computing platforms</strong>, where efficient multi-output power conversion and compact system design are essential.
ADP5054ACPZ-R7

Description: The ADP5054ACPZ-R7 is a highly integrated quad buck regulator power management IC ...
Package: T&R | MOQ: 750 | MPQ: 750

MIMXRT1061DVL6B / The MIMXRT1061DVL6B is a high-performance <strong>i.MX RT crossover microcontroller</strong> from <strong>NXP Semiconductors</strong>, combining the real-time responsiveness of a microcontroller with the processing capabilities typically associated with application processors. Built around the powerful <strong>ARM Cortex-M7 core</strong>, it delivers exceptional performance for advanced embedded systems, industrial automation, human-machine interfaces, and intelligent edge devices. <br><br>This device operates at frequencies up to <strong>600MHz</strong>, providing substantial computational power for complex control algorithms, digital signal processing, graphics handling, and communication-intensive applications. The MCU integrates <strong>1MB of on-chip Flash memory</strong> and <strong>512KB of SRAM</strong>, enabling efficient execution of sophisticated embedded software platforms. <br><br>The MIMXRT1061DVL6B includes a rich set of communication interfaces such as <strong>Ethernet, USB 2.0 OTG, CAN, SPI, I²C, UART, SDIO, and GPIO peripherals</strong>, allowing seamless connectivity across industrial, consumer, and IoT applications. Its advanced peripheral integration reduces system complexity while improving overall design flexibility. <br><br>The device incorporates high-performance timers, PWM modules, ADCs, watchdog functions, and external memory interfaces that support SDRAM, NOR Flash, NAND Flash, and serial memory expansion. These features make it suitable for applications requiring fast data processing and extensive peripheral control. <br><br>Designed for demanding embedded environments, the MIMXRT1061DVL6B supports industrial temperature operation and advanced power management capabilities. Its crossover architecture enables deterministic real-time behavior while maintaining application-level processing performance. <br><br>Packaged in a compact <strong>144-pin LQFP package</strong>, the device offers a high pin count and extensive peripheral access while simplifying PCB design and assembly processes. <br><br>The <strong>MIMXRT1061DVL6B</strong> is widely used in <strong>industrial automation systems, motor control platforms, robotics, smart gateways, HMI devices, medical equipment, IoT edge controllers, consumer electronics, audio processing systems, and high-performance embedded applications</strong>, where real-time responsiveness and powerful processing capabilities are required.
MIMXRT1061DVL6B

Description: The MIMXRT1061DVL6B is a high-performance i.MX RT crossover microcontroller ...
Package: TRAY | MOQ: 240 | MPQ: 60

MCIMX6Y2CVM08AB / The MCIMX6Y2CVM08AB is a highly integrated <strong>i.MX 6ULL applications processor</strong> from <strong>NXP Semiconductors</strong>, built around a high-efficiency <strong>ARM Cortex-A7 core</strong> operating at speeds up to <strong>800MHz</strong>. It is designed for embedded Linux systems, industrial control platforms, smart gateways, human-machine interfaces, and connected IoT devices that require low power consumption and reliable processing performance. <br><br>This processor integrates a rich set of peripheral interfaces, including <strong>Ethernet, USB, UART, SPI, I²C, CAN, SDIO, GPIO, and PWM controllers</strong>, enabling flexible connectivity for industrial automation, networking, and intelligent embedded applications. Its optimized architecture allows developers to build cost-effective systems while maintaining strong processing capabilities. <br><br>The MCIMX6Y2CVM08AB includes support for <strong>external DDR memory interfaces</strong> and offers extensive multimedia and system integration features that simplify hardware design. The processor is optimized for embedded operating systems such as Linux and real-time software platforms used in industrial and commercial products. <br><br>Designed for long-term reliability, the device operates across an extended temperature range suitable for industrial environments. Advanced power management functions help reduce energy consumption while maintaining system responsiveness for always-on and connected applications. <br><br>The processor incorporates multiple security and system management features that support secure boot, device authentication, and robust embedded system operation. These capabilities make it suitable for applications requiring dependable connectivity and long operational lifetimes. <br><br>Packaged in a compact <strong>289-ball MAPBGA package</strong>, the MCIMX6Y2CVM08AB enables high-density PCB designs while providing excellent electrical performance and signal integrity. <br><br>The <strong>MCIMX6Y2CVM08AB</strong> is widely used in <strong>industrial automation systems, HMI panels, IoT gateways, smart home controllers, medical equipment, POS terminals, networking devices, embedded Linux computers, and intelligent edge processing platforms</strong>, where low power consumption, connectivity, and reliable embedded processing are essential.
MCIMX6Y2CVM08AB

Description: The MCIMX6Y2CVM08AB is a highly integrated i.MX 6ULL applications processor ...
Package: TRAY | MOQ: 480 | MPQ: 480

FS32K146HFT0VLLT / The FS32K146HFT0VLLT is a highly integrated <strong>32-bit automotive microcontroller</strong> from <strong>NXP Semiconductors</strong>, built around the powerful <strong>ARM Cortex-M4F processor core</strong> with floating-point unit support. Designed for automotive and industrial embedded applications, it delivers an optimal balance of processing capability, communication interfaces, and real-time control functionality. <br><br>The device operates at clock frequencies up to <strong>112MHz</strong> and integrates <strong>512KB of embedded Flash memory</strong> along with <strong>64KB of SRAM</strong>, providing sufficient memory resources for complex control algorithms, communication stacks, and automotive software platforms. <br><br>The FS32K146HFT0VLLT features an extensive set of communication peripherals, including <strong>CAN FD, FlexCAN, LIN, SPI, I²C, and UART interfaces</strong>, enabling efficient integration into vehicle networks, industrial automation systems, and intelligent control platforms. <br><br>Its advanced analog subsystem includes <strong>12-bit ADCs, timers, PWM modules, watchdog functions, and system monitoring capabilities</strong>, making the device suitable for motor control, sensor processing, battery management, and power conversion applications. The integrated floating-point unit accelerates mathematical computations and digital control tasks. <br><br>Developed for demanding automotive environments, the microcontroller supports <strong>AEC-Q100 automotive qualification</strong> and incorporates features that assist in the implementation of functional safety architectures. Multiple low-power operating modes help reduce energy consumption while maintaining system responsiveness. <br><br>Housed in a compact <strong>100-pin LQFP package</strong>, the FS32K146HFT0VLLT offers a high level of integration while simplifying PCB design and manufacturing processes. <br><br>The <strong>FS32K146HFT0VLLT</strong> is widely used in <strong>body control modules, automotive gateways, electric vehicle subsystems, motor drives, battery management systems, industrial automation equipment, smart sensors, and embedded control applications</strong>, where reliable real-time performance and advanced communication capabilities are essential.
FS32K146HFT0VLLT

Description: The FS32K146HFT0VLLT is a highly integrated 32-bit automotive microcontroller ...
Package: TRAY | MOQ: 180 | MPQ: 90

FS32K146HAT0MLLT / The FS32K146HAT0MLLT is a high-performance <strong>32-bit automotive-grade microcontroller</strong> from <strong>NXP Semiconductors</strong>, based on the <strong>ARM Cortex-M4F core</strong> with integrated floating-point unit capabilities. Designed for advanced automotive and industrial embedded systems, it combines processing performance, communication flexibility, and functional safety support within a highly integrated platform. <br><br>The device operates at frequencies up to <strong>112MHz</strong> and integrates <strong>1MB of embedded Flash memory</strong> together with <strong>128KB of SRAM</strong>, providing ample resources for complex real-time control applications, communication gateways, body electronics, and motor control systems. <br><br>The FS32K146HAT0MLLT incorporates a rich set of communication peripherals, including <strong>CAN FD, FlexCAN, LIN, SPI, I²C, UART, and Ethernet-ready connectivity options</strong>, enabling seamless integration into modern automotive network architectures and industrial control systems. <br><br>Advanced analog functionality includes <strong>12-bit ADCs, timers, PWM modules, watchdog circuits, and system monitoring features</strong>, making the device suitable for precision sensing, power management, and control applications. The integrated floating-point unit further enhances computational efficiency for digital control and signal processing tasks. <br><br>Built to meet demanding automotive requirements, the microcontroller supports <strong>AEC-Q100 qualification</strong> and includes hardware mechanisms that assist with functional safety implementation. Its low-power operating modes help optimize energy consumption in battery-powered and always-on vehicle subsystems. <br><br>The device is supplied in a compact <strong>100-pin LQFP package</strong>, offering a balance between I/O capability and PCB space efficiency while supporting high-volume manufacturing environments. <br><br>The <strong>FS32K146HAT0MLLT</strong> is widely used in <strong>automotive body control modules, gateway controllers, battery management systems, motor control units, industrial automation equipment, electric vehicle subsystems, smart sensors, and embedded control platforms</strong>, where reliable real-time processing and robust communication capabilities are required.
FS32K146HAT0MLLT

Description: The FS32K146HAT0MLLT is a high-performance 32-bit automotive-grade microcontroller ...
Package: TRAY | MOQ: 180 | MPQ: 90

UT2304G-AE3-R-VB / The UT2304G-AE3-R-VB is a compact <strong>N-channel enhancement mode power MOSFET</strong> manufactured by <strong>VBsemi</strong>, designed for efficient low-voltage switching and power management applications. Its advanced trench MOSFET structure provides low conduction losses, fast switching performance, and reliable operation in space-constrained electronic systems. <br><br>This device features a <strong>20V drain-to-source voltage rating</strong> and supports continuous drain currents up to <strong>6A</strong>, making it suitable for battery-powered products, portable electronics, power distribution circuits, and embedded control applications. The low <strong>RDS(on)</strong> characteristic helps improve efficiency while minimizing heat generation during operation. <br><br>The UT2304G-AE3-R-VB is optimized for <strong>low gate drive voltage operation</strong>, enabling direct control from microcontrollers, logic ICs, and modern low-voltage digital systems. Its low gate charge also contributes to reduced switching losses and improved performance in high-frequency designs. <br><br>The device offers excellent switching characteristics for applications such as <strong>load switching, PWM control, DC-DC converters, battery protection circuits, LED drivers, and power management modules</strong>. The integrated body diode further enhances flexibility in power conversion and switching topologies. <br><br>Designed for reliable operation, the UT2304G-AE3-R-VB supports an extended operating temperature range and delivers stable electrical performance across a variety of industrial and consumer environments. <br><br>Packaged in a miniature <strong>SOT-23 surface-mount package</strong>, the device enables high-density PCB layouts while maintaining excellent electrical characteristics and manufacturing compatibility. <br><br>The <strong>UT2304G-AE3-R-VB</strong> is widely used in <strong>portable electronics, battery-powered devices, DC-DC converters, power management circuits, embedded systems, industrial controllers, consumer products, and general-purpose switching applications</strong>, where compact size, low power loss, and dependable performance are required.
UT2304G-AE3-R-VB

Description: The UT2304G-AE3-R-VB is a compact N-channel enhancement mode power MOSFET ...
Package: T&R | MOQ: 3000 | MPQ: 3000

UT2304G-AE3-R / The UT2304G-AE3-R is a compact <strong>N-channel enhancement mode power MOSFET</strong> from <strong>Unisonic Technologies (UTC)</strong>, designed for efficient low-voltage power switching and load management applications. Utilizing advanced trench MOSFET technology, it delivers low on-resistance, fast switching performance, and excellent efficiency in space-constrained electronic designs. <br><br>This device features a <strong>20V drain-to-source voltage rating</strong> and supports continuous drain currents up to <strong>6A</strong>, making it suitable for battery-powered products, power distribution circuits, and portable electronic equipment. Its low <strong>RDS(on)</strong> characteristic helps minimize conduction losses and improve overall power efficiency. <br><br>The UT2304G-AE3-R is optimized for operation with <strong>low gate drive voltages</strong>, allowing direct interface with modern microcontrollers, logic circuits, and embedded control systems. The low gate charge design also contributes to reduced switching losses in high-frequency applications. <br><br>Its fast switching characteristics and robust electrical performance make it well suited for <strong>DC-DC converters, PWM control circuits, load switches, battery protection systems, and power management modules</strong>. The integrated body diode further enhances its usefulness in switching and power conversion topologies. <br><br>The device operates across a wide temperature range of <strong>-55°C to +150°C</strong>, providing reliable performance in industrial and consumer electronic environments. <br><br>Packaged in a miniature <strong>SOT-23 surface-mount package</strong>, the UT2304G-AE3-R enables high-density PCB layouts while maintaining excellent electrical and thermal performance. <br><br>The <strong>UT2304G-AE3-R</strong> is widely used in <strong>portable electronics, battery-powered devices, power management circuits, DC-DC converters, LED drivers, embedded control systems, industrial electronics, and general-purpose switching applications</strong>, where compact size, low power loss, and reliable operation are essential.
UT2304G-AE3-R

Description: The UT2304G-AE3-R is a compact N-channel enhancement mode power MOSFET fr ...
Package: T&R | MOQ: 3000 | MPQ: 3000

IXTP90N055T2 / The IXTP90N055T2 is a high-performance <strong>N-channel TrenchT2 power MOSFET</strong> from <strong>Littelfuse (IXYS)</strong>, engineered for efficient power switching and high-current control applications. Better version of IRLZ44N MOSfet. Its advanced trench technology delivers low conduction losses, fast switching performance, and excellent thermal characteristics, making it suitable for demanding industrial and power conversion systems. <br><br>This device features a <strong>55V drain-to-source voltage rating</strong> and supports continuous drain currents up to <strong>90A</strong>, enabling reliable operation in high-power electronic designs. The MOSFET offers an ultra-low <strong>RDS(on) of 8.4mΩ maximum</strong>, significantly reducing power dissipation and improving overall system efficiency. <br><br>The IXTP90N055T2 incorporates an <strong>avalanche-rated rugged structure</strong> that provides enhanced reliability under transient and inductive load conditions. Its optimized switching characteristics and low gate charge contribute to improved performance in high-frequency power applications. <br><br>The device supports a maximum <strong>power dissipation of 150W</strong> and operates across an extended junction temperature range of <strong>-55°C to +175°C</strong>, ensuring stable operation in harsh industrial environments. The integrated body diode features fast recovery characteristics, making the MOSFET suitable for synchronous rectification and power conversion topologies. <br><br>Packaged in the industry-standard <strong>TO-220AB through-hole package</strong>, the IXTP90N055T2 provides excellent thermal performance and simplifies heatsink attachment for high-power designs. <br><br>The <strong>IXTP90N055T2</strong> is widely used in <strong>DC-DC converters, motor control systems, battery chargers, power supplies, synchronous rectifiers, industrial automation equipment, renewable energy systems, and high-current switching applications</strong>, where low on-resistance and reliable power handling are critical.
IXTP90N055T2

Description: The IXTP90N055T2 is a high-performance N-channel TrenchT2 power MOSFET fr ...
Package: TUBE | MOQ: 1000 | MPQ: 50

ADIS16505-2BMLZ / The ADIS16505-2BMLZ is a high-precision <strong>6 degrees of freedom MEMS inertial measurement unit (IMU)</strong> developed by <strong>Analog Devices</strong>, integrating a triaxial gyroscope and a triaxial accelerometer within a compact industrial-grade module. It is optimized for applications requiring accurate motion sensing, orientation measurement, stabilization, and navigation performance. <br><br>This device combines a <strong>±500°/s gyroscope dynamic range</strong> with a <strong>±8g accelerometer measurement range</strong>, enabling precise detection of angular velocity and linear acceleration in demanding motion-control systems. The integrated signal conditioning architecture helps deliver stable and repeatable sensor outputs across a broad range of operating conditions. <br><br>The ADIS16505-2BMLZ is supplied with extensive <strong>factory calibration for sensitivity, bias, alignment, linear acceleration effects, and point-of-percussion compensation</strong>, reducing development effort and improving system-level accuracy. This calibration approach minimizes integration complexity compared with discrete sensor implementations. <br><br>Communication is provided through a <strong>SPI-compatible digital interface</strong>, allowing efficient connectivity with microcontrollers, embedded processors, DSPs, and FPGA-based control systems. Additional features include programmable operation modes, synchronization capabilities, diagnostic functions, and built-in self-test support for enhanced system reliability. <br><br>The module operates from a <strong>3.0V to 3.6V supply voltage</strong> and supports an industrial operating temperature range of <strong>-40°C to +105°C</strong>. Its rugged construction offers excellent resistance to mechanical shock and vibration, making it suitable for harsh environments. <br><br>Packaged in a compact <strong>100-ball BGA module measuring approximately 15mm × 15mm</strong>, the ADIS16505-2BMLZ provides a space-efficient solution for advanced motion sensing applications. <br><br>The <strong>ADIS16505-2BMLZ</strong> is widely used in <strong>navigation systems, robotics, industrial automation, autonomous vehicles, unmanned platforms, stabilization equipment, smart agriculture machinery, instrumentation systems, and virtual or augmented reality applications</strong>, where highly accurate inertial measurement data is required.
ADIS16505-2BMLZ

Description: The ADIS16505-2BMLZ is a high-precision 6 degrees of freedom MEMS inertial measure ...
Package: TRAY | MOQ: 1 | MPQ: 1

IRF4905PBF / The IRF4905PBF is a high-current <strong>P-channel HEXFET power MOSFET</strong> from <strong>Infineon Technologies</strong>, engineered for efficient power switching and load management applications. Its combination of high current capability, low on-resistance, and rugged construction makes it suitable for a wide range of industrial, automotive, and power conversion systems. <br><br>This device features a <strong>drain-to-source voltage rating of -55V</strong> and supports continuous drain currents up to <strong>-74A</strong>, allowing it to handle demanding power control applications with excellent efficiency. The MOSFET utilizes advanced process technology to achieve an extremely low <strong>RDS(on) of 20mΩ maximum</strong>, reducing conduction losses and improving thermal performance. <br><br>The IRF4905PBF offers <strong>fast switching characteristics</strong> and a fully avalanche-rated design, enabling reliable operation in circuits exposed to inductive loads and transient conditions. Its robust electrical performance makes it ideal for motor control, battery-powered equipment, DC-DC converters, and high-side switching applications. <br><br>The device supports a maximum <strong>gate-to-source voltage of ±20V</strong> and operates across an extended junction temperature range of up to <strong>+175°C</strong>, ensuring stable performance in harsh operating environments. <br><br>Packaged in the industry-standard <strong>TO-220AB through-hole package</strong>, the IRF4905PBF provides excellent thermal dissipation and simplifies integration into power electronics designs requiring efficient heat management. <br><br>The <strong>IRF4905PBF</strong> is widely used in <strong>motor drives, battery management systems, power supplies, automotive electronics, inverter circuits, DC power distribution systems, and industrial power control equipment</strong>, where high-current switching performance and reliability are essential.
IRF4905PBF

Description: The IRF4905PBF is a high-current P-channel HEXFET power MOSFET from ...
Package: TUBE | MOQ: 500 | MPQ: 50

P4SMAJ5.0A_R1_00001 / The P4SMAJ5.0A_R1_00001 is a robust <strong>400W transient voltage suppressor (TVS) diode</strong> manufactured by <strong>PANJIT</strong>, designed to protect sensitive electronic circuits from voltage spikes, ESD events, and transient surge conditions. Its fast response characteristics make it suitable for a wide range of industrial, consumer, and communication equipment. <br><br>This device features a <strong>5V reverse stand-off voltage</strong> and a <strong>6.4V to 7.0V breakdown voltage range</strong>, providing effective overvoltage protection for low-voltage power rails and signal lines. During transient events, it limits the voltage to a maximum <strong>9.2V clamping voltage</strong>, helping prevent damage to downstream components. <br><br>The P4SMAJ5.0A_R1_00001 supports a <strong>peak pulse power dissipation of 400W (10/1000µs waveform)</strong> and can handle surge currents up to <strong>43.5A</strong>, making it suitable for applications exposed to electrical disturbances and inductive switching transients. <br><br>Built as a <strong>unidirectional TVS diode</strong>, the device offers low leakage current and high reliability while maintaining excellent protection performance. Its glass-passivated junction structure enhances long-term stability and operational durability. <br><br>The component is supplied in a compact <strong>DO-214AC (SMA) surface-mount package</strong>, enabling efficient PCB layout and automated assembly processes. It operates across an extended temperature range of <strong>-55°C to +150°C</strong>, supporting demanding industrial and automotive-adjacent environments. <br><br>The <strong>P4SMAJ5.0A_R1_00001</strong> is widely used in <strong>power supplies, industrial controllers, communication interfaces, embedded systems, consumer electronics, networking equipment, and general-purpose circuit protection applications</strong>, where reliable transient voltage suppression is essential.
P4SMAJ5.0A_R1_00001

Description: The P4SMAJ5.0A_R1_00001 is a robust 400W transient voltage suppressor (TVS) diode ...
Package: T&R | MOQ: 1800 | MPQ: 1800

ADIS16507-2BMLZ / The ADIS16507-2BMLZ is a precision <strong>6 degrees of freedom MEMS inertial measurement unit (IMU)</strong> from <strong>Analog Devices</strong>, integrating a triaxial gyroscope and a triaxial accelerometer in a compact industrial-grade sensor module. It is designed for accurate motion sensing, stabilization, navigation, robotics, and platform control applications. <br><br>This device provides a gyroscope measurement range of <strong>±500°/s</strong> and an accelerometer measurement range of <strong>±40g</strong>, making it suitable for dynamic systems that require reliable angular rate and acceleration data. <br><br>The ADIS16507-2BMLZ includes factory calibration for key parameters such as <strong>sensitivity, bias, alignment, linear acceleration effects, and point of percussion</strong>, helping reduce system-level calibration effort and improving measurement consistency across operating conditions. <br><br>Communication is handled through a <strong>SPI digital interface</strong>, allowing straightforward integration with microcontrollers, DSPs, FPGAs, and embedded processing platforms. Its register-based architecture supports efficient data collection, configuration, and diagnostics. <br><br>The module operates across an extended temperature range of <strong>-40°C to +105°C</strong>, supporting demanding industrial and embedded environments. It is supplied in a <strong>100-BGA surface-mount module</strong> with an approximate body size of <strong>15mm × 15mm</strong>. <br><br>The <strong>ADIS16507-2BMLZ</strong> is commonly used in <strong>navigation systems, autonomous equipment, robotics, UAVs, platform stabilization, vibration monitoring, motion control, and industrial instrumentation</strong>, where compact size and precision inertial sensing are required.
ADIS16507-2BMLZ

Description: The ADIS16507-2BMLZ is a precision 6 degrees of freedom MEMS inertial measurement ...
Package: TRAY | MOQ: 2 | MPQ: 84

DMP3099L-7 / The DMP3099L-7 is a compact and efficient <strong>P-channel enhancement mode MOSFET</strong> developed by <strong>Diodes Incorporated</strong>, designed for low-voltage power switching and load management applications. It is optimized for high-efficiency operation in portable and embedded electronic systems. <br><br>The device supports a maximum <strong>drain-source voltage of 30V</strong> and provides continuous drain current capability up to approximately <strong>3.6A</strong>, making it suitable for power distribution, battery management, and load switching applications. <br><br>The DMP3099L-7 features a low <strong>RDS(on)</strong> characteristic, typically around <strong>55mΩ</strong> at appropriate gate drive voltage, helping reduce conduction losses and improve overall system efficiency. Its logic-level gate operation allows direct interfacing with low-voltage microcontrollers and digital logic circuits. <br><br>Designed for fast switching performance, the MOSFET provides low gate charge and optimized capacitance characteristics, supporting efficient high-speed switching in DC-DC converters and power management circuits. <br><br>The device incorporates rugged avalanche characteristics and reliable thermal performance for stable operation under demanding load conditions. It also supports operation across a wide junction temperature range, making it suitable for industrial and consumer applications. <br><br>Packaged in a compact <strong>SOT-23 surface-mount package</strong>, the DMP3099L-7 is ideal for high-density PCB layouts and portable electronic designs where board space is limited. <br><br>The <strong>DMP3099L-7</strong> is widely used in <strong>battery-powered devices, portable electronics, load switching circuits, DC-DC converters, power management systems, and embedded control applications</strong>, where compact size and efficient switching performance are required.
DMP3099L-7

Description: The DMP3099L-7 is a compact and efficient P-channel enhancement mode MOSFET ...
Package: T&R | MOQ: 3000 | MPQ: 3000

ATTINY40-SU / The ATTINY40-SU is a compact and low-power <strong>8-bit AVR microcontroller</strong> developed by <strong>Microchip Technology</strong>, designed for cost-sensitive embedded control applications requiring minimal board space and efficient power consumption. It belongs to the tinyAVR family and utilizes an optimized <strong>RISC-based AVR architecture</strong> for fast and efficient instruction execution. <br><br>The device integrates <strong>4KB of in-system programmable Flash memory</strong>, along with SRAM and EEPROM resources for embedded firmware execution and non-volatile data storage. It supports operating frequencies up to approximately <strong>12 MHz</strong> using an internal oscillator, reducing the need for external clock components. <br><br>The ATTINY40-SU operates from a supply voltage range of approximately <strong>1.8V to 5.5V</strong>, making it suitable for battery-powered and low-voltage electronic systems. It also includes multiple low-power sleep modes to help minimize energy consumption during standby operation. <br><br>The microcontroller integrates several useful peripherals including <strong>GPIO ports, timer/counter modules, watchdog timer, analog comparator, interrupt controller, and USART communication support</strong>, enabling implementation of compact sensing, control, and communication applications. <br><br>Designed for embedded applications with limited PCB space, the ATTINY40-SU is packaged in a compact <strong>14-pin SOIC surface-mount package</strong>, allowing efficient automated assembly and simplified board layout. <br><br>The device supports in-system programming and debug functionality, improving firmware development flexibility and reducing production complexity for embedded system manufacturers. <br><br>The <strong>ATTINY40-SU</strong> is widely used in <strong>portable electronics, sensor interfaces, LED control systems, industrial automation, consumer electronics, battery-powered devices, and compact embedded applications</strong>, where low power consumption and small package size are essential.
ATTINY40-SU

Description: The ATTINY40-SU is a compact and low-power 8-bit AVR microcontroller deve ...
Package: TUBE | MOQ: 1056 | MPQ: 96

ATTINY9-TS8R / The ATTINY9-TS8R is an ultra-compact and energy-efficient <strong>8-bit AVR microcontroller</strong> developed by <strong>Microchip Technology</strong>, designed for low-cost embedded control and portable electronic applications. It belongs to the tinyAVR family and provides efficient processing capability in extremely space-constrained designs. <br><br>The device integrates <strong>1KB of in-system programmable Flash memory</strong> along with SRAM resources for embedded firmware execution and simple control applications. It utilizes an optimized <strong>AVR RISC architecture</strong>, enabling fast instruction execution with low power consumption. <br><br>The ATTINY9-TS8R supports operating frequencies up to approximately <strong>12 MHz</strong> using its internal oscillator, minimizing the need for external timing components and simplifying PCB design. <br><br>The microcontroller operates from a supply voltage range of approximately <strong>1.8V to 5.5V</strong>, making it suitable for low-voltage and battery-powered electronic systems. It also includes multiple low-power sleep modes to reduce energy consumption during standby operation. <br><br>The device integrates useful peripherals including <strong>GPIO ports, timer/counter modules, watchdog timer, analog comparator, and interrupt functionality</strong>, enabling implementation of compact sensing, timing, and control applications with minimal external components. <br><br>Packaged in a miniature <strong>TSOT-23-6 / SOT-23-6 surface-mount package</strong>, the ATTINY9-TS8R is optimized for highly compact PCB layouts and portable embedded devices. <br><br>The <strong>ATTINY9-TS8R</strong> is widely used in <strong>portable electronics, LED drivers, sensor modules, wearable devices, battery-powered products, industrial control systems, and compact embedded applications</strong>, where low power consumption and extremely small package size are critical.
ATTINY9-TS8R

Description: The ATTINY9-TS8R is an ultra-compact and energy-efficient 8-bit AVR microcontrolle ...
Package: T&R | MOQ: 3000 | MPQ: 3000

ATTINY10-TS8R / The ATTINY10-TS8R is a compact and energy-efficient <strong>8-bit AVR microcontroller</strong> developed by <strong>Microchip Technology</strong>, designed for low-cost embedded control and portable electronic applications. It belongs to the tinyAVR family and provides efficient processing capability in extremely space-constrained designs. <br><br>The device integrates <strong>1KB of in-system programmable Flash memory</strong>, along with SRAM and EEPROM resources for flexible program execution and non-volatile data storage. It operates with an advanced <strong>RISC-based AVR CPU architecture</strong>, enabling efficient instruction execution with low power consumption. <br><br>The ATTINY10-TS8R supports operating frequencies up to approximately <strong>12 MHz</strong> and includes an internal oscillator, reducing the need for external clock components in compact embedded systems. <br><br>The microcontroller operates from a supply voltage range of approximately <strong>1.8V to 5.5V</strong>, making it suitable for battery-powered and low-voltage applications. It also features multiple low-power sleep modes that help minimize energy consumption during standby operation. <br><br>The device integrates useful peripherals including <strong>GPIO ports, timer/counter modules, watchdog timer, analog comparator, and ADC functionality</strong>, allowing implementation of sensing, timing, and simple control applications without additional external ICs. <br><br>Designed for compact PCB layouts, the ATTINY10-TS8R is packaged in an <strong>8-pin SOIC surface-mount package</strong>, enabling easy integration into small embedded designs and consumer electronics. <br><br>The <strong>ATTINY10-TS8R</strong> is widely used in <strong>portable devices, sensor modules, LED control systems, industrial controllers, smart home electronics, battery-powered applications, and compact embedded systems</strong>, where low power consumption and minimal board space are critical.
ATTINY10-TS8R

Description: The ATTINY10-TS8R is a compact and energy-efficient 8-bit AVR microcontroller ...
Package: T&R | MOQ: 3000 | MPQ: 3000

W25Q16JVSNIQ / The W25Q16JVSNIQ is a high-performance <strong>16Mbit serial NOR Flash memory</strong> developed by <strong>Winbond</strong>, designed for embedded firmware storage, execute-in-place applications, and non-volatile data retention systems. It utilizes a high-speed <strong>SPI and Quad SPI (QSPI) serial interface</strong>, enabling efficient communication with microcontrollers, processors, DSPs, and FPGA platforms. <br><br>The device provides a memory organization of <strong>2M × 8-bit</strong> and supports serial clock frequencies up to approximately <strong>133 MHz</strong>, allowing high-speed read access and accelerated data throughput in Quad SPI operation for performance-sensitive embedded systems. <br><br>The W25Q16JVSNIQ operates from a supply voltage range of approximately <strong>2.7V to 3.6V</strong>, making it suitable for low-power and portable electronics. It also includes deep power-down functionality and low standby current operation to help reduce overall system energy consumption. <br><br>The Flash memory supports flexible erase and programming functions including <strong>4KB sector erase, 32KB/64KB block erase, chip erase, and page programming operations</strong>, enabling efficient firmware updates and memory management. Internal program and erase control logic simplify external controller implementation. <br><br>Advanced integrated features such as <strong>JEDEC standard identification, hardware and software write protection, security registers, suspend/resume functionality, and SFDP support</strong> improve compatibility, data integrity, and system flexibility in embedded designs. <br><br>The device also supports execute-in-place (XiP) operation, enabling processors to directly execute firmware stored in external Flash memory without requiring large RAM resources, helping reduce system cost and complexity. <br><br>Packaged in a compact <strong>8-pin SOIC wide-body surface-mount package</strong>, the W25Q16JVSNIQ is optimized for automated PCB assembly and robust embedded system integration. <br><br>The <strong>W25Q16JVSNIQ</strong> is widely used in <strong>industrial controllers, communication systems, IoT devices, consumer electronics, BIOS storage, embedded platforms, and FPGA configuration applications</strong>, where reliable high-speed serial Flash memory is required.
W25Q16JVSNIQ

Description: The W25Q16JVSNIQ is a high-performance 16Mbit serial NOR Flash memory dev ...
Package: T&R | MOQ: 2080 | MPQ: 2080

W25Q16JVSSIQ / The W25Q16JVSSIQ is a high-performance <strong>16Mbit serial NOR Flash memory</strong> developed by <strong>Winbond</strong>, designed for firmware storage, embedded code execution, and non-volatile data retention applications. It utilizes a high-speed <strong>SPI and Quad SPI (QSPI) serial interface</strong>, enabling fast communication with microcontrollers, DSPs, FPGAs, and embedded processors. <br><br>The device provides a memory organization of <strong>2M × 8-bit</strong> and supports high-speed clock frequencies up to approximately <strong>133 MHz</strong>, with enhanced throughput available in Quad SPI mode for high-performance embedded applications and execute-in-place (XiP) functionality. <br><br>The W25Q16JVSSIQ operates from a supply voltage range of approximately <strong>2.7V to 3.6V</strong>, making it suitable for low-power and portable electronic systems. It also includes low standby current and deep power-down operating modes to minimize energy consumption in battery-powered applications. <br><br>The Flash memory supports flexible erase and programming operations including <strong>4KB sector erase, 32KB/64KB block erase, chip erase, and page program functions</strong>, enabling efficient firmware management and secure field updates. Integrated internal control logic simplifies external system implementation and improves overall reliability. <br><br>Advanced features such as <strong>JEDEC standard identification, hardware/software write protection, security registers, suspend/resume operations, and serial flash discoverable parameters (SFDP)</strong> improve system compatibility, operational flexibility, and data security. <br><br>The device also supports execute-in-place operation, enabling processors to directly execute firmware from external Flash memory without copying the code into RAM, reducing memory requirements and system cost. <br><br>Packaged in a compact <strong>8-pin SOIC surface-mount package</strong>, the W25Q16JVSSIQ is optimized for automated PCB assembly and compact embedded system layouts. <br><br>The <strong>W25Q16JVSSIQ</strong> is widely used in <strong>industrial automation, communication devices, IoT systems, consumer electronics, embedded controllers, BIOS storage, and FPGA configuration applications</strong>, where reliable high-speed serial non-volatile memory is required.
W25Q16JVSSIQ

Description: The W25Q16JVSSIQ is a high-performance 16Mbit serial NOR Flash memory dev ...
Package: T&R | MOQ: 2080 | MPQ: 2080













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