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LP5912-3.3DRVR / The LP5912-3.3DRVR is a high-performance <strong>ultra-low noise low-dropout (LDO) voltage regulator</strong> developed by <strong>Texas Instruments</strong>, designed to deliver clean and stable power for sensitive analog and RF circuits. It provides a fixed <strong>3.3V output voltage</strong> with a maximum output current of up to <strong>500mA</strong>, making it ideal for medium-power precision applications. <br><br>The device operates over a wide <strong>input voltage range of 1.6V to 6.5V</strong>, offering flexibility for both battery-powered and regulated supply systems. It features a very low <strong>dropout voltage of approximately 95mV at full load</strong>, ensuring efficient operation even when the input voltage is close to the output level. <br><br>Engineered for noise-sensitive designs, the LP5912-3.3DRVR delivers extremely low output noise of around <strong>12µVRMS</strong> and high <strong>power supply rejection ratio (PSRR) up to 75dB at 1kHz</strong>, enabling clean power rails for high-performance analog, RF, and sensor circuits. <br><br>The regulator features a <strong>low quiescent current of approximately 30µA</strong>, making it highly efficient for portable and energy-sensitive applications. It also includes advanced functions such as <strong>internal soft-start, power-good output, and automatic output discharge</strong>, improving system reliability and startup behavior. <br><br>Designed for simplicity, the device is stable with only <strong>1µF ceramic input and output capacitors</strong> and does not require a noise bypass capacitor, reducing external component count and simplifying PCB design. <br><br>Integrated protection features such as <strong>thermal shutdown, short-circuit protection, and reverse current protection</strong> ensure safe and reliable operation under fault conditions. The device operates across a wide <strong>temperature range of -40°C to +125°C</strong>, making it suitable for industrial environments. <br><br>Encapsulated in a compact <strong>6-pin WSON (2mm × 2mm) surface-mount package</strong>, the LP5912-3.3DRVR is optimized for space-constrained PCB layouts requiring high-performance low-noise regulation. <br><br>The <strong>LP5912-3.3DRVR</strong> is widely used in <strong>RF modules, wireless communication devices, precision sensors, audio systems, PLL circuits, and portable electronics</strong>, where low noise and stable voltage regulation are critical.
LP5912-3.3DRVR

Description: The LP5912-3.3DRVR is a high-performance ultra-low noise low-dropout (LDO) voltage ...
Package: T&R | MOQ: 3000 | MPQ: 3000

ADS1232IPWR / The ADS1232IPWR is a high-precision <strong>24-bit delta-sigma analog-to-digital converter (ADC)</strong> developed by <strong>Texas Instruments</strong>, specifically optimized for bridge sensor applications such as load cells, strain gauges, and pressure sensors. It integrates a <strong>low-noise programmable gain amplifier (PGA)</strong> and precision conversion circuitry, providing a complete analog front-end solution. <br><br>This device features <strong>two differential input channels</strong> and supports data rates of <strong>10SPS and 80SPS</strong>, allowing designers to balance between noise performance and conversion speed. It delivers up to <strong>23.5-bit effective resolution</strong> and approximately <strong>19.2-bit noise-free resolution</strong>, ensuring highly accurate signal acquisition from low-level sensor outputs. <br><br>The ADS1232IPWR operates with a <strong>single supply voltage range of 2.7V to 5.3V</strong> and supports an external reference voltage up to <strong>5V</strong>, enabling precise ratiometric measurements commonly required in sensor-based systems. <br><br>Its integrated <strong>programmable gain amplifier with selectable gains (1, 2, 64, 128)</strong> allows direct interfacing with low-amplitude signals, eliminating the need for external amplification stages and simplifying circuit design. The device also provides excellent noise performance, with RMS noise as low as <strong>17nV at 10SPS (gain = 128)</strong>. <br><br>The ADC incorporates <strong>simultaneous 50Hz and 60Hz noise rejection (>100dB)</strong>, ensuring reliable operation in environments with power-line interference. It also includes an <strong>internal oscillator with optional external clock support</strong>, offering flexibility in system timing design. <br><br>Encapsulated in a compact <strong>24-pin TSSOP surface-mount package</strong>, the ADS1232IPWR is suitable for space-constrained industrial and measurement systems while maintaining high accuracy and stability. <br><br>The <strong>ADS1232IPWR</strong> is widely used in <strong>weigh scales, industrial measurement systems, pressure sensing, strain gauge applications, and precision data acquisition systems</strong>, where ultra-low noise and high-resolution signal conversion are essential.
ADS1232IPWR

Description: The ADS1232IPWR is a high-precision 24-bit delta-sigma analog-to-digital converter ...
Package: T&R | MOQ: 2000 | MPQ: 2000

TPS61088RHLR / The TPS61088RHLR is a high-performance <strong>synchronous boost (step-up) DC-DC converter</strong> developed by <strong>Texas Instruments</strong>, designed to deliver high power density and efficiency in compact embedded and portable applications. It integrates both the power switches and control circuitry, enabling a complete power solution with minimal external components. <br><br>This device operates over a wide <strong>input voltage range of 2.7V to 12V</strong>, making it ideal for systems powered by single-cell or multi-cell lithium batteries. It supports an <strong>adjustable output voltage from 4.5V up to 12.6V</strong>, allowing flexible power design across various applications. <br><br>The TPS61088RHLR features a powerful <strong>10A internal switch current capability</strong>, enabling it to deliver high output power while maintaining compact size. It achieves high efficiency levels of up to approximately <strong>91%</strong>, reducing power loss and improving thermal performance in demanding applications. <br><br>The converter uses an advanced <strong>synchronous rectification architecture</strong> with integrated low-resistance switches, improving efficiency and eliminating the need for external Schottky diodes. It also supports <strong>adaptive constant off-time peak current control</strong>, ensuring fast transient response and stable output regulation. <br><br>The switching frequency is <strong>adjustable between 200kHz and 2.2MHz</strong>, enabling designers to optimize between efficiency and component size. Additional features include <strong>programmable soft-start, selectable PWM/PFM modes, and peak current limit control</strong>, providing flexibility for different system requirements. <br><br>Designed for reliability, the device includes protection mechanisms such as <strong>undervoltage lockout (UVLO), overcurrent protection, and thermal shutdown</strong>, ensuring safe operation under abnormal conditions. It operates across a temperature range of <strong>-40°C to +85°C</strong>, making it suitable for industrial environments. <br><br>Encapsulated in a compact <strong>20-pin VQFN surface-mount package with exposed pad</strong>, the TPS61088RHLR is optimized for high-density PCB layouts and efficient heat dissipation. <br><br>The <strong>TPS61088RHLR</strong> is widely used in <strong>portable electronics, power banks, fast charging systems, LED drivers, industrial equipment, and battery-powered devices</strong>, where high efficiency and compact high-power boost conversion are required.
TPS61088RHLR

Description: The TPS61088RHLR is a high-performance synchronous boost (step-up) DC-DC converter ...
Package: T&R | MOQ: 3000 | MPQ: 3000

LP5907UVX-1.8/NOPB / The LP5907UVX-1.8/NOPB is a high-performance <strong>ultra-low noise low-dropout (LDO) voltage regulator</strong> developed by <strong>Texas Instruments</strong>, designed to provide clean and stable power for sensitive analog and RF circuits. It delivers a fixed <strong>1.8V output</strong> with a maximum output current of up to <strong>250mA</strong>, making it suitable for a wide range of low-power applications. <br><br>This device operates over a <strong>wide input voltage range of 2.2V to 5.5V</strong>, allowing compatibility with various power sources including battery-operated systems. It features a very low <strong>dropout voltage of approximately 120mV</strong> at moderate load, ensuring efficient regulation even when the input voltage is close to the output level. <br><br>The LP5907UVX-1.8/NOPB is optimized for noise-sensitive applications, offering extremely low output noise of less than <strong>6.5µVRMS</strong> and high <strong>power supply rejection ratio (PSRR) up to ~82dB</strong>, enabling clean power delivery for precision circuits. <br><br>With a <strong>low quiescent current of approximately 25µA</strong>, the device is highly efficient for battery-powered and portable systems. It also includes an <strong>enable control pin</strong>, allowing power management and shutdown functionality to reduce overall system consumption. <br><br>The regulator is stable with small <strong>1µF ceramic input and output capacitors</strong> and does not require an additional noise bypass capacitor, simplifying circuit design and reducing component count. <br><br>Designed for reliability, the device integrates <strong>thermal shutdown and short-circuit protection</strong>, ensuring safe operation under fault conditions. It operates across a wide <strong>temperature range of -40°C to +125°C</strong>, making it suitable for industrial environments. <br><br>Encapsulated in a compact <strong>4-pin DSBGA surface-mount package</strong>, the LP5907UVX-1.8/NOPB is ideal for space-constrained PCB designs requiring high-performance and low-noise voltage regulation. <br><br>The <strong>LP5907UVX-1.8/NOPB</strong> is widely used in <strong>RF modules, wireless communication devices, sensor systems, portable electronics, medical devices, and precision analog circuits</strong>, where low noise and stable voltage output are critical.
LP5907UVX-1.8/NOPB

Description: The LP5907UVX-1.8/NOPB is a high-performance ultra-low noise low-dropout (LDO) vol ...
Package: T&R | MOQ: 3000 | MPQ: 3000

TPS61500PWPR / The TPS61500PWPR is a high-efficiency <strong>boost (step-up) LED driver IC</strong> developed by <strong>Texas Instruments</strong>, designed for driving high-brightness LEDs in applications such as display backlighting and industrial lighting systems. It integrates a powerful <strong>3A, 40V internal switch</strong>, enabling compact and efficient LED driving solutions. <br><br>This device operates over a <strong>wide input voltage range of 2.9V to 18V</strong> and can generate output voltages up to approximately <strong>38V</strong>, making it suitable for driving multiple LEDs connected in series. It uses a <strong>current-mode PWM control architecture</strong> to regulate LED current precisely and maintain stable performance. <br><br>The TPS61500PWPR supports both <strong>analog dimming and PWM dimming</strong>, allowing flexible brightness control depending on system requirements. Analog dimming is achieved via the DIMC pin, while PWM dimming enables accurate brightness control with consistent LED current. <br><br>The device features a programmable switching frequency ranging from approximately <strong>200kHz to 2.2MHz</strong>, enabling designers to optimize efficiency and external component size. It also includes a <strong>soft-start function</strong> to limit inrush current and improve system reliability during startup. <br><br>For protection and reliability, the IC integrates <strong>cycle-by-cycle overcurrent limiting, overvoltage protection, undervoltage lockout, and thermal shutdown</strong>, ensuring safe operation in demanding environments. <br><br>Encapsulated in a thermally enhanced <strong>14-pin HTSSOP package with PowerPAD</strong>, the TPS61500PWPR provides efficient heat dissipation and is suitable for compact PCB layouts. <br><br>The <strong>TPS61500PWPR</strong> is widely used in <strong>LCD backlighting, portable lighting systems, industrial illumination, automotive displays, and high-brightness LED applications</strong>, where efficient boost conversion and precise current control are required.
TPS61500PWPR

Description: The TPS61500PWPR is a high-efficiency boost (step-up) LED driver IC devel ...
Package: T&R | MOQ: 2500 | MPQ: 2500

STM32F103VCT6 / The STM32F103VCT6 is a high-performance <strong>32-bit microcontroller</strong> developed by <strong>STMicroelectronics</strong>, based on the efficient <strong>ARM Cortex-M3 core</strong>, operating at clock speeds up to <strong>72 MHz</strong>. It is part of the STM32F1 performance line, designed for a wide range of embedded and industrial applications. <br><br>This device integrates <strong>256KB of Flash memory</strong> and <strong>48KB of SRAM</strong>, providing sufficient resources for complex firmware and real-time processing tasks. Its architecture supports fast execution and efficient interrupt handling for responsive system control. <br><br>The STM32F103VCT6 operates within a <strong>2.0V to 3.6V supply voltage range</strong> and includes multiple low-power modes such as sleep, stop, and standby, making it suitable for energy-efficient designs. <br><br>It features a rich set of integrated peripherals including <strong>3× 12-bit ADCs, 2× 12-bit DACs, multiple timers, DMA controller, and communication interfaces such as I2C, SPI, USART, USB, CAN, and SDIO</strong>, enabling flexible system integration and connectivity. <br><br>With up to <strong>80 general-purpose I/O pins</strong> and advanced control features like <strong>watchdog timers, CRC unit, and debug interfaces (JTAG/SWD)</strong>, the device supports complex and scalable embedded designs. <br><br>The microcontroller is designed to operate over a wide <strong>temperature range of -40°C to +85°C</strong>, ensuring reliable performance in industrial environments. <br><br>Encapsulated in a compact <strong>100-pin LQFP surface-mount package</strong>, the STM32F103VCT6 is suitable for high-density PCB layouts while maintaining strong electrical performance. <br><br>The <strong>STM32F103VCT6</strong> is widely used in <strong>industrial automation, motor control, communication systems, IoT devices, consumer electronics, and embedded control applications</strong>, where performance, flexibility, and reliability are essential.
STM32F103VCT6

Description: The STM32F103VCT6 is a high-performance 32-bit microcontroller developed ...
Package: T&R | MOQ: 1000 | MPQ: 1000

DAC8568IAPWR / The DAC8568IAPWR is a high-precision <strong>16-bit octal-channel digital-to-analog converter (DAC)</strong> developed by <strong>Texas Instruments</strong>, designed for applications requiring accurate multi-channel voltage output and low power consumption. It integrates <strong>eight independent DAC channels</strong>, enabling simultaneous or sequential analog signal generation in complex systems. <br><br>This device features an integrated <strong>2.5V precision internal reference</strong> with very low temperature drift of approximately <strong>2ppm/°C</strong>, ensuring stable and accurate output over varying environmental conditions. The reference can also be used externally and supports up to <strong>20mA source/sink capability</strong>. <br><br>The DAC8568IAPWR operates over a <strong>wide supply voltage range of 2.7V to 5.5V</strong> and includes a <strong>rail-to-rail output buffer amplifier</strong>, allowing the output voltage to span close to the supply rails for maximum dynamic range. <br><br>It utilizes a <strong>high-speed 3-wire serial interface (SPI, QSPI, Microwire compatible)</strong> with clock speeds up to <strong>50MHz</strong>, enabling fast communication with microcontrollers and DSP systems. <br><br>The device is optimized for precision applications with <strong>ultra-low glitch energy (~0.1nV·s)</strong> and monotonic performance across the full temperature range, ensuring smooth and accurate analog transitions. It also includes <strong>power-on reset functionality and multiple power-down modes</strong>, reducing current consumption to as low as <strong>0.18µA</strong> in standby conditions. <br><br>With typical power consumption around <strong>1.25mA at 5V</strong> and less than <strong>1µW in power-down mode</strong>, the DAC8568IAPWR is well suited for battery-powered and energy-efficient systems. <br><br>Encapsulated in a compact <strong>16-pin TSSOP surface-mount package</strong>, the DAC8568IAPWR is optimized for high-density PCB layouts while maintaining excellent analog performance. <br><br>The <strong>DAC8568IAPWR</strong> is widely used in <strong>data acquisition systems, industrial control, programmable voltage sources, instrumentation, and precision analog signal generation applications</strong>, where multi-channel high-resolution DAC performance is essential.
DAC8568IAPWR

Description: The DAC8568IAPWR is a high-precision 16-bit octal-channel digital-to-analog conver ...
Package: T&R | MOQ: 2000 | MPQ: 2000

LMZ23605TZX/NOPB / The LMZ23605TZX/NOPB is a highly integrated <strong>step-down (buck) DC-DC power module</strong> developed by <strong>Texas Instruments</strong>, designed to simplify power supply design while delivering high efficiency and reliable performance. It integrates the <strong>controller, power MOSFET, and shielded inductor</strong> within a single compact package, significantly reducing design complexity and external component count. <br><br>This module operates over a wide <strong>input voltage range of 6V to 36V</strong> and provides an adjustable <strong>output voltage from 0.8V to 6V</strong>, supporting a maximum load current of up to <strong>5A</strong>. It is well suited for point-of-load (PoL) applications in industrial and embedded systems. <br><br>The LMZ23605TZX/NOPB offers high efficiency of up to approximately <strong>92%</strong>, helping to minimize power loss and reduce thermal requirements. Its architecture allows operation with only a few external components, typically <strong>two resistors and three capacitors</strong>, enabling fast and straightforward implementation. <br><br>The device supports a <strong>switching frequency range of approximately 650kHz to 950kHz</strong>, which allows designers to optimize performance and component size. It also includes features such as <strong>frequency synchronization, soft-start capability, and fast transient response</strong>, making it suitable for powering sensitive digital loads like FPGAs and processors. <br><br>Built for robust operation, the module integrates multiple protection features including <strong>thermal shutdown, undervoltage lockout (UVLO), output overvoltage protection, short-circuit protection, and current limiting</strong>, ensuring reliable performance in demanding environments. <br><br>The device operates over a wide <strong>temperature range of -40°C to +125°C</strong> and is housed in a compact <strong>TO-PMOD-7 surface-mount package</strong>, optimized for efficient heat dissipation and space-constrained PCB layouts. <br><br>The <strong>LMZ23605TZX/NOPB</strong> is widely used in <strong>industrial automation, telecom systems, distributed power architectures, FPGA/ASIC power supplies, and embedded systems</strong>, where high efficiency, compact design, and ease of implementation are critical.
LMZ23605TZX/NOPB

Description: The LMZ23605TZX/NOPB is a highly integrated step-down (buck) DC-DC power module ...
Package: T&R | MOQ: 1000 | MPQ: 1000

LMG3410R070RWHR / The LMG3410R070RWHR is a highly advanced <strong>600V gallium nitride (GaN) power stage</strong> developed by <strong>Texas Instruments</strong>, integrating both a high-performance GaN FET and a dedicated gate driver in a single compact package. This integration simplifies design while significantly improving switching performance and efficiency compared to traditional silicon-based solutions. <br><br>Designed for high-voltage applications, the device features a typical <strong>70mΩ on-resistance</strong> and supports operation in systems powered from <strong>350V to 480V DC bus ranges</strong>, making it ideal for industrial and power conversion applications. <br><br>The LMG3410R070RWHR enables extremely fast switching speeds with capabilities up to approximately <strong>100V/ns transition rates</strong>, reducing switching losses and enabling higher efficiency designs. Its GaN technology offers <strong>zero reverse recovery charge</strong>, which can reduce switching losses by up to 80% compared to silicon MOSFETs, especially in hard-switched topologies. <br><br>Integrated protection features include <strong>overcurrent protection with fast response (<100ns), overtemperature shutdown, and undervoltage lockout</strong>, ensuring safe and reliable operation in demanding environments. These features enhance system robustness and reduce the need for additional external protection circuits. <br><br>The device is optimized for high-frequency operation and supports applications such as <strong>totem-pole PFC, LLC resonant converters, phase-shifted full-bridge converters, and high-efficiency DC-DC power supplies</strong>, where high power density and efficiency are critical. <br><br>Encapsulated in a thermally efficient <strong>32-pin VQFN surface-mount package (8mm × 8mm)</strong>, the LMG3410R070RWHR allows compact PCB layouts while maintaining excellent thermal performance. <br><br>The <strong>LMG3410R070RWHR</strong> is widely used in <strong>server power supplies, telecom infrastructure, industrial power systems, renewable energy converters, motor drives, and high-voltage fast-switching applications</strong>, where superior efficiency, compact design, and high switching speed are essential.
LMG3410R070RWHR

Description: The LMG3410R070RWHR is a highly advanced 600V gallium nitride (GaN) power stage ...
Package: T&R | MOQ: 2000 | MPQ: 2000

UCC28070APWR / The UCC28070APWR is a high-performance <strong>two-phase interleaved power factor correction (PFC) controller</strong> developed by <strong>Texas Instruments</strong>, designed for high-power AC-DC conversion systems requiring improved efficiency and reduced harmonic distortion. It is optimized for <strong>continuous conduction mode (CCM) boost PFC applications</strong>, commonly used in power supplies above several hundred watts. <br><br>This controller integrates <strong>dual PWM channels operating 180° out of phase</strong>, enabling interleaved operation that significantly reduces input and output ripple currents while simplifying EMI filtering requirements. It uses an <strong>average current-mode control architecture</strong> with inherent current balancing between phases for stable and efficient operation. <br><br>The UCC28070APWR supports a <strong>programmable switching frequency typically from 30kHz up to 300kHz</strong>, allowing designers to optimize system efficiency and component size. It also includes advanced features such as <strong>frequency dithering for EMI reduction, programmable soft-start, duty-cycle clamp, and peak current limiting</strong> for flexible and reliable system design. <br><br>The device incorporates a <strong>highly linear multiplier with voltage feed-forward control</strong>, enabling near-unity power factor and low total harmonic distortion (THD), which is critical for compliance with energy efficiency standards. Its internal architecture also improves transient response and overall system stability. <br><br>Designed for demanding power applications, the controller includes multiple protection mechanisms such as <strong>undervoltage lockout (UVLO), output overvoltage protection, open-loop detection, and input sensing fault detection</strong>, ensuring safe and reliable operation in industrial environments. <br><br>Encapsulated in a compact <strong>20-pin TSSOP surface-mount package</strong>, the UCC28070APWR is suitable for high-density PCB layouts while maintaining strong electrical performance and thermal efficiency. <br><br>The <strong>UCC28070APWR</strong> is widely used in <strong>server power supplies, telecom power systems, industrial AC-DC converters, LED drivers, and high-power SMPS designs</strong>, where high efficiency, low EMI, and reliable power factor correction are essential.
UCC28070APWR

Description: The UCC28070APWR is a high-performance two-phase interleaved power factor correcti ...
Package: T&R | MOQ: 2000 | MPQ: 2000

STM32F411VCT6TR / The STM32F411VCT6TR is a high-performance <strong>32-bit microcontroller</strong> from <strong>STMicroelectronics</strong>, based on the powerful <strong>ARM Cortex-M4 core with DSP and floating-point unit (FPU)</strong>, delivering processing speeds up to <strong>100 MHz</strong>. It is designed for advanced embedded applications requiring efficient computation and real-time processing. <br><br>This device integrates <strong>256KB of Flash memory and 128KB of SRAM</strong>, providing ample space for complex firmware and data handling in performance-oriented systems. Its architecture includes an <strong>ART Accelerator</strong>, enabling efficient execution from Flash with minimal latency. <br><br>The STM32F411VCT6TR operates within a <strong>1.7V to 3.6V supply voltage range</strong>, making it suitable for low-power and battery-operated designs. It also supports multiple low-power modes, optimizing energy consumption in embedded systems. <br><br>The microcontroller features a rich set of peripherals including a <strong>12-bit ADC with up to 16 channels, multiple timers (16-bit and 32-bit), DMA controller, and communication interfaces such as I2C, SPI, USART, SDIO, and USB OTG</strong>, enabling versatile connectivity and control capabilities. <br><br>With up to <strong>81 I/O pins</strong> and high-speed interfaces, the device supports complex system integration and high-performance applications. It also includes advanced features such as <strong>memory protection unit (MPU), watchdog timers, and clock management systems</strong> for enhanced reliability and system control. <br><br>The microcontroller operates over a wide <strong>temperature range of -40°C to +85°C</strong>, ensuring dependable performance in industrial environments. <br><br>Encapsulated in a <strong>100-pin LQFP surface-mount package</strong>, the STM32F411VCT6TR is suitable for high-density PCB designs while maintaining strong electrical and thermal characteristics. <br><br>The <strong>STM32F411VCT6TR</strong> is widely used in <strong>industrial automation, motor control, IoT devices, consumer electronics, digital signal processing applications, and embedded control systems</strong>, where high performance and integration are required.
STM32F411VCT6TR

Description: The STM32F411VCT6TR is a high-performance 32-bit microcontroller from ...
Package: TRAY | MOQ: 1000 | MPQ: 1000

SN65MLVD207DR / The SN65MLVD207DR is a high-speed <strong>multipoint low-voltage differential signaling (M-LVDS) transceiver</strong> developed by <strong>Texas Instruments</strong>, designed for reliable data transmission in high-speed communication systems. It integrates <strong>one driver and one receiver</strong> in a full-duplex configuration, enabling efficient bidirectional communication over differential signal lines. <br><br>This device operates with a <strong>single 3.3V supply (3.0V to 3.6V)</strong> and supports signaling rates up to <strong>200 Mbps</strong>, making it suitable for high-bandwidth data transfer in backplane and short-reach communication applications. <br><br>The SN65MLVD207DR complies with the <strong>TIA/EIA-899 M-LVDS standard</strong>, providing robust multipoint communication capability with support for multiple nodes on a single bus. It features <strong>controlled output transition times</strong>, improving signal integrity and reducing reflections in high-speed systems. <br><br>The receiver incorporates <strong>approximately 25mV hysteresis</strong> to enhance noise immunity, while the architecture supports a wide <strong>common-mode voltage range from -1V to 3.4V</strong>, allowing reliable operation even in noisy environments with ground potential differences. <br><br>The device supports <strong>LVTTL and M-LVDS compatible input/output levels</strong>, ensuring easy interfacing with digital logic systems. It also features <strong>high-impedance bus pins when disabled</strong>, enabling flexible bus sharing and reducing loading in multipoint networks. <br><br>Designed for industrial reliability, the SN65MLVD207DR operates across a <strong>temperature range of -40°C to +85°C</strong> and maintains stable performance in demanding environments. <br><br>Encapsulated in a compact <strong>14-pin SOIC surface-mount package</strong>, the SN65MLVD207DR is optimized for high-density PCB layouts while ensuring strong electrical performance. <br><br>The <strong>SN65MLVD207DR</strong> is widely used in <strong>network switches, routers, telecom infrastructure, industrial communication systems, backplane interconnects, and high-speed data links</strong>, where reliable, low-noise, and high-speed differential communication is essential.
SN65MLVD207DR

Description: The SN65MLVD207DR is a high-speed multipoint low-voltage differential signaling (M ...
Package: T&R | MOQ: 2500 | MPQ: 2500

OPA551FA/500 / The OPA551FA/500 is a powerful and versatile <strong>high-voltage, high-current operational amplifier</strong> developed by <strong>Texas Instruments</strong>, designed for applications requiring strong output drive capability and wide supply operation. It combines precision analog performance with the ability to directly drive loads that typical op-amps cannot handle. <br><br>This device supports a wide <strong>supply voltage range up to 60V (±30V)</strong>, making it suitable for high-voltage analog systems, industrial control, and power signal conditioning applications. It delivers up to <strong>200mA continuous output current</strong>, enabling direct drive of actuators, motors, or other high-current loads without additional buffer stages. <br><br>The OPA551FA/500 features a <strong>3MHz gain-bandwidth product</strong> and a <strong>15V/µs slew rate</strong>, providing a balance between speed and stability for both general-purpose and power amplification tasks. It is <strong>unity-gain stable</strong>, allowing flexible use in buffer and amplifier configurations. <br><br>Designed with robust internal protection, the device includes <strong>thermal shutdown and output current limiting</strong>, ensuring safe operation under overload and fault conditions. It also offers <strong>low noise performance (~14nV/√Hz)</strong>, maintaining signal integrity in precision analog designs. <br><br>The amplifier operates over a wide <strong>temperature range of -40°C to +125°C</strong>, supporting reliable performance in demanding industrial environments. Its architecture allows <strong>wide output voltage swing close to supply rails</strong>, maximizing dynamic range in analog signal applications. <br><br>Encapsulated in a thermally efficient <strong>TO-263 (DDPAK-7) surface-mount package</strong>, the OPA551FA/500 is optimized for high-power dissipation and compact PCB layouts. <br><br>The <strong>OPA551FA/500</strong> is widely used in <strong>industrial control systems, audio amplification, motor drivers, servo circuits, test equipment, and high-power analog signal processing applications</strong>, where both voltage range and output drive capability are critical.
OPA551FA/500

Description: The OPA551FA/500 is a powerful and versatile high-voltage, high-current operationa ...
Package: T&R | MOQ: 500 | MPQ: 500

TMP119AIYBGR / The TMP119AIYBGR is an ultra-precise <strong>digital temperature sensor</strong> developed by <strong>Texas Instruments</strong>, engineered for applications requiring exceptional measurement accuracy and stability. It delivers a high-resolution <strong>16-bit temperature output</strong> with a fine resolution of approximately <strong>0.0078°C per LSB</strong>, enabling highly accurate thermal monitoring in sensitive systems. <br><br>This device provides industry-leading accuracy of up to <strong>±0.03°C (typical)</strong> and <strong>±0.08°C (maximum) in the 0°C to 45°C range</strong>, making it suitable for medical-grade and precision instrumentation applications. It maintains excellent accuracy across a wide operating range from <strong>-55°C to +150°C</strong>. <br><br>The TMP119AIYBGR operates with a flexible <strong>supply voltage range of 1.7V to 5.5V</strong> and communicates through a <strong>standard I2C and SMBus-compatible interface</strong>, allowing seamless integration with microcontrollers and digital systems. It also supports multiple devices on a single bus for scalable designs. <br><br>Designed for ultra-low power operation, the sensor consumes approximately <strong>3.5µA during measurement (1Hz conversion)</strong> and as low as <strong>150nA in shutdown mode</strong>, making it ideal for battery-powered and energy-efficient applications. <br><br>The device includes advanced features such as <strong>programmable alert limits, selectable averaging, digital offset correction, and integrated EEPROM (48-bit)</strong>, providing flexibility and system-level calibration capability. It is also suitable as a <strong>replacement for RTD sensors (PT100/PT1000)</strong>, simplifying design while maintaining high accuracy. <br><br>Encapsulated in a compact <strong>6-ball DSBGA surface-mount package</strong>, the TMP119AIYBGR is optimized for space-constrained and high-density PCB designs. <br><br>The <strong>TMP119AIYBGR</strong> is widely used in <strong>medical devices, precision thermometers, industrial monitoring, HVAC systems, IoT sensors, and environmental measurement applications</strong>, where ultra-high accuracy and low power consumption are critical.
TMP119AIYBGR

Description: The TMP119AIYBGR is an ultra-precise digital temperature sensor developed ...
Package: T&R | MOQ: 3000 | MPQ: 3000

TMP117AIDRVR / The TMP117AIDRVR is a highly precise <strong>digital temperature sensor</strong> developed by <strong>Texas Instruments</strong>, engineered for applications requiring exceptional accuracy and low power consumption. It delivers a <strong>16-bit temperature measurement</strong> with an ultra-fine resolution of approximately <strong>0.0078°C</strong>, enabling highly accurate thermal monitoring. <br><br>This sensor provides outstanding accuracy of up to <strong>±0.1°C (maximum) in the -20°C to 50°C range</strong> without requiring calibration, making it suitable for precision-critical applications such as medical and industrial systems. <br><br>The TMP117AIDRVR operates over a wide <strong>temperature measurement range of -55°C to +150°C</strong> and supports a <strong>supply voltage range from 1.8V to 5.5V</strong>, ensuring compatibility with a broad range of low-power embedded designs. <br><br>It features a standard <strong>I2C and SMBus-compatible interface</strong>, allowing easy integration with microcontrollers and processors. The device also supports <strong>programmable alert functions and multiple selectable addresses</strong>, enabling efficient system monitoring and multi-device configurations on a single bus. <br><br>Designed for energy efficiency, the sensor consumes as little as <strong>3.5µA during measurement</strong> and offers an ultra-low <strong>shutdown current of approximately 150nA</strong>, making it ideal for battery-powered and portable applications. <br><br>Encapsulated in a compact <strong>6-pin WSON surface-mount package (2mm × 2mm)</strong>, the TMP117AIDRVR is optimized for space-constrained PCB designs while maintaining high thermal accuracy and stability. <br><br>The <strong>TMP117AIDRVR</strong> is widely used in <strong>medical devices, industrial monitoring systems, HVAC systems, IoT applications, and precision temperature measurement equipment</strong>, where reliable and high-accuracy temperature sensing is essential.
TMP117AIDRVR

Description: The TMP117AIDRVR is a highly precise digital temperature sensor developed ...
Package: T&R | MOQ: 3000 | MPQ: 3000

LMR51430XDDCR / The LMR51430XDDCR is a compact and efficient <strong>synchronous step-down (buck) DC-DC converter</strong> developed by <strong>Texas Instruments</strong>, designed for high-performance power management in industrial and embedded systems. It is part of the SIMPLE SWITCHER® family, offering ease of design with minimal external components. <br><br>This device supports a wide <strong>input voltage range from 4.5V to 36V</strong> and can deliver up to <strong>3A continuous output current</strong>, making it suitable for powering a wide range of digital and analog loads from unregulated input sources. <br><br>The LMR51430XDDCR features an <strong>adjustable output voltage from 0.6V up to approximately 34V</strong>, providing high flexibility for various power supply designs. It operates with selectable switching frequencies of around <strong>500kHz or 1.1MHz</strong>, enabling designers to optimize efficiency and component size. <br><br>With integrated <strong>synchronous rectification</strong>, the device achieves high efficiency across a wide load range, while its low <strong>quiescent current of approximately 40µA</strong> enhances performance in standby and light-load conditions. <br><br>The converter includes advanced protection features such as <strong>cycle-by-cycle current limiting, hiccup-mode short-circuit protection, thermal shutdown, and undervoltage lockout</strong>, ensuring reliable operation in harsh environments. It also supports <strong>soft-start and precision enable control</strong> for improved system stability during startup. <br><br>Designed for compact solutions, the LMR51430XDDCR is housed in a small <strong>6-pin SOT-23 surface-mount package</strong>, allowing space-efficient PCB layouts while maintaining strong thermal and electrical performance. <br><br>The <strong>LMR51430XDDCR</strong> is widely used in <strong>industrial automation, distributed power systems, building control, motor drives, and general-purpose DC power regulation applications</strong>, where high efficiency, wide input range, and compact design are essential.
LMR51430XDDCR

Description: The LMR51430XDDCR is a compact and efficient synchronous step-down (buck) DC-DC co ...
Package: T&R | MOQ: 3000 | MPQ: 3000

OPA838IDBVR / The OPA838IDBVR is a high-performance <strong>voltage-feedback operational amplifier</strong> developed by <strong>Texas Instruments</strong>, designed for applications requiring a combination of <strong>high bandwidth, low noise, and low power consumption</strong>. It delivers a <strong>300MHz gain-bandwidth product</strong> while consuming only about <strong>950µA supply current</strong>, making it an efficient solution for high-speed analog signal processing. <br><br>This amplifier operates within a <strong>single supply range of 2.7V to 5.4V</strong> and features <strong>rail-to-rail output capability with negative rail input support</strong>, enabling maximum signal swing and flexibility in low-voltage designs. <br><br>The OPA838IDBVR is optimized for high-gain configurations and requires a <strong>minimum stable gain of 6 V/V</strong>, providing approximately <strong>90MHz bandwidth at this gain level</strong>. It also offers a <strong>slew rate of around 350V/µs</strong>, ensuring fast signal response and accurate amplification of high-frequency signals. <br><br>With an extremely low <strong>input voltage noise of 1.8nV/√Hz</strong> and low offset voltage, the device is ideal for precision analog front-end circuits such as photodiode amplifiers and ADC drivers. It also includes a <strong>shutdown mode with less than 1µA current consumption</strong>, improving energy efficiency in power-sensitive systems. <br><br>The amplifier supports a wide <strong>operating temperature range from -40°C to +125°C</strong>, making it suitable for industrial and high-reliability applications. Its compact <strong>6-pin SOT-23 surface-mount package</strong> allows integration into space-constrained PCB designs without compromising performance. <br><br>The <strong>OPA838IDBVR</strong> is widely used in <strong>high-speed signal conditioning, transimpedance amplifiers, ADC driver circuits, active filters, instrumentation, and precision analog front-end applications</strong>, where low noise and high bandwidth are essential.
OPA838IDBVR

Description: The OPA838IDBVR is a high-performance voltage-feedback operational amplifier ...
Package: T&R | MOQ: 3000 | MPQ: 3000

TPIC6C595DRG4 / The TPIC6C595DRG4 is a durable and efficient <strong>8-bit power shift register</strong> developed by <strong>Texas Instruments</strong>, designed for applications requiring both digital control and moderate power driving capability. It integrates a <strong>serial-in, parallel-out shift register with power DMOS open-drain outputs</strong>, enabling direct control of external loads with minimal additional components. <br><br>This device operates within a <strong>4.5V to 5.5V supply voltage range</strong> and provides <strong>eight open-drain output channels</strong>, each capable of sinking current for driving loads such as LEDs, relays, and solenoids. It is optimized for systems that require <strong>medium-voltage and low-to-moderate current load driving</strong>. <br><br>The TPIC6C595DRG4 features an <strong>8-bit shift register with storage latch</strong>, allowing serial data to be clocked in and simultaneously transferred to parallel outputs. This structure significantly reduces the number of required microcontroller I/O pins while maintaining flexible output expansion. <br><br>Built-in <strong>output voltage clamps</strong> provide protection against inductive load transients, improving reliability in applications involving coils or switching elements. The device also supports cascading, enabling multiple ICs to be connected in series for expanded output capability. <br><br>The IC offers fast switching performance with a typical <strong>propagation delay of approximately 80ns</strong>, ensuring responsive operation in real-time control systems. It is designed to operate over a wide <strong>temperature range of -40°C to +125°C</strong>, making it suitable for industrial environments. <br><br>Encapsulated in a compact <strong>16-pin SOIC surface-mount package</strong>, the TPIC6C595DRG4 is ideal for space-constrained PCB designs and automated assembly processes. <br><br>The <strong>TPIC6C595DRG4</strong> is widely used in <strong>LED driving systems, industrial automation, relay and solenoid control, display systems, and general-purpose output expansion applications</strong>, where reliable serial-to-parallel conversion with power driving capability is required.
TPIC6C595DRG4

Description: The TPIC6C595DRG4 is a durable and efficient 8-bit power shift register d ...
Package: T&R | MOQ: 2500 | MPQ: 2500

TPIC6B595DWR / The TPIC6B595DWR is a robust and high-performance <strong>8-bit power shift register</strong> developed by <strong>Texas Instruments</strong>, designed for applications requiring both logic control and high-current driving capability. It combines a <strong>serial-in, parallel-out shift register with integrated power DMOS outputs</strong>, enabling direct control of medium- to high-power loads. <br><br>This device operates with a <strong>4.5V to 5.5V supply voltage range</strong> and integrates <strong>eight open-drain DMOS output channels</strong>, each capable of delivering up to <strong>150mA continuous sink current</strong>. These outputs can withstand voltages up to <strong>50V</strong>, making the device suitable for driving inductive loads such as relays and solenoids. <br><br>The TPIC6B595DWR features an internal <strong>8-bit shift register and storage register</strong>, allowing data to be clocked serially and then latched into parallel outputs. This architecture enables efficient expansion of output ports while minimizing microcontroller I/O usage. <br><br>Designed for reliability in power applications, the device includes <strong>integrated output voltage clamps</strong> for protection against inductive transients and supports a typical <strong>current limiting capability of around 500mA per channel</strong>, enhancing durability under load conditions. <br><br>The outputs are implemented as <strong>low-side open-drain switches</strong>, making them ideal for interfacing with external loads such as LEDs, lamps, relays, and motors. Multiple devices can be cascaded via the serial output pin, allowing scalable system designs with expanded output channels. <br><br>With an operating temperature range of <strong>-40°C to +125°C</strong>, the TPIC6B595DWR is well suited for industrial and automotive environments requiring stable performance under extreme conditions. <br><br>Encapsulated in a <strong>20-pin SOIC surface-mount package</strong>, the TPIC6B595DWR is optimized for automated assembly and compact PCB layouts. <br><br>The <strong>TPIC6B595DWR</strong> is widely used in <strong>LED driving systems, industrial automation, relay and solenoid control, automotive dashboards, and general-purpose high-current output expansion applications</strong>, where both logic control and power driving capability are required.
TPIC6B595DWR

Description: The TPIC6B595DWR is a robust and high-performance 8-bit power shift register ...
Package: TRAY | MOQ: 2000 | MPQ: 2000

MSP430F247TPMR / The MSP430F247TPMR is a highly efficient <strong>16-bit ultra-low power microcontroller</strong> from <strong>Texas Instruments</strong>, designed for energy-sensitive embedded applications requiring reliable mixed-signal processing capabilities. It is based on a <strong>RISC CPU architecture</strong> capable of operating at speeds up to <strong>16 MHz</strong>, delivering a balance of performance and power efficiency. <br><br>This microcontroller integrates <strong>32KB of Flash memory and 4KB of SRAM</strong>, providing sufficient storage for application code and data handling in real-time systems. Its architecture supports fast instruction execution with a cycle time as low as <strong>62.5 ns</strong>, ensuring responsive system performance. <br><br>The device operates within a <strong>wide supply voltage range of 1.8V to 3.6V</strong> and is optimized for extremely low power consumption, with active mode currents around <strong>270µA at 1 MHz</strong>, making it ideal for battery-powered and portable devices. <br><br>It features a rich set of integrated peripherals including a <strong>12-bit ADC with multiple input channels</strong>, timers, watchdog, comparator, and communication interfaces such as <strong>I2C, SPI, and UART</strong>, enabling flexible system integration across various applications. <br><br>The MSP430F247TPMR also supports multiple low-power modes with fast wake-up times of less than <strong>1µs</strong>, allowing efficient energy management in duty-cycled applications. <br><br>Encapsulated in a compact <strong>64-pin LQFP surface-mount package</strong>, the device is suitable for high-density PCB designs while maintaining strong electrical performance and reliability. <br><br>The <strong>MSP430F247TPMR</strong> is widely used in <strong>industrial control systems, portable measurement devices, data logging applications, consumer electronics, and low-power embedded systems</strong>, where efficient processing and minimal energy consumption are critical.
MSP430F247TPMR

Description: The MSP430F247TPMR is a highly efficient 16-bit ultra-low power microcontroller ...
Package: T&R | MOQ: 1000 | MPQ: 1000

SN65HVD1781DR / The SN65HVD1781DR is a highly reliable <strong>fault-protected RS-485/RS-422 transceiver</strong> developed by <strong>Texas Instruments</strong>, designed for robust data communication in industrial and harsh electrical environments. It integrates <strong>one differential driver and one receiver</strong>, supporting efficient half-duplex communication over a two-wire bus. <br><br>This device operates from a flexible <strong>3.3V to 5V supply voltage range</strong>, making it suitable for both low-voltage and standard logic systems. It is engineered to deliver stable communication performance while maintaining low power consumption. <br><br>The SN65HVD1781DR features advanced <strong>fault protection up to ±70V on bus pins</strong>, allowing it to withstand wiring faults, short circuits, and voltage surges without damage. This makes it ideal for industrial networks and fieldbus applications where reliability is critical. <br><br>It includes <strong>integrated ±16kV ESD protection</strong> and a <strong>failsafe receiver</strong>, ensuring a defined logic output during open-circuit, short-circuit, or idle bus conditions. These features significantly improve communication stability and system robustness. <br><br>The device supports multiple nodes on the same bus and is optimized for low standby current operation, making it suitable for distributed systems and energy-efficient designs. It is also designed to operate over a wide <strong>temperature range of -40°C to +125°C</strong>, ensuring dependable performance in demanding environments. <br><br>Encapsulated in a compact <strong>8-pin SOIC surface-mount package</strong>, the SN65HVD1781DR is well suited for space-constrained PCB layouts while maintaining high electrical reliability. <br><br>The <strong>SN65HVD1781DR</strong> is widely used in <strong>industrial automation, RS-485 communication systems, building control networks, fieldbus interfaces, and harsh environment communication applications</strong>, where strong fault tolerance and reliable data transmission are essential.
SN65HVD1781DR

Description: The SN65HVD1781DR is a highly reliable fault-protected RS-485/RS-422 transceiver ...
Package: T&R | MOQ: 2500 | MPQ: 2500

SN65HVD1780DR / The SN65HVD1780DR is a highly robust <strong>fault-protected RS-485/RS-422 transceiver</strong> developed by <strong>Texas Instruments</strong>, engineered for reliable communication in harsh industrial and electrically noisy environments. It integrates <strong>one differential driver and one receiver</strong>, supporting half-duplex communication over a two-wire bus. <br><br>This device operates from a <strong>single supply voltage range of 3.3V to 5V</strong>, ensuring compatibility with modern low-voltage logic systems. It supports data transmission rates up to approximately <strong>115kbps</strong>, making it ideal for stable long-distance communication applications. <br><br>The SN65HVD1780DR features advanced <strong>bus fault protection up to ±70V</strong>, allowing it to withstand wiring faults, short circuits, and misconnection conditions without damage. This makes it especially suitable for industrial fieldbus and distributed control systems. <br><br>It includes strong <strong>±16kV ESD protection</strong> on bus pins and a <strong>failsafe receiver</strong> that ensures a defined logic output during open, shorted, or idle bus conditions, improving communication reliability. <br><br>The device also supports <strong>low power operation</strong>, with standby current as low as <strong>1µA</strong>, and allows up to <strong>320 nodes on a single bus</strong> thanks to its reduced unit load architecture. <br><br>Designed for demanding environments, it operates across a wide <strong>temperature range of -40°C to +125°C</strong>, ensuring dependable performance in industrial and outdoor systems. <br><br>Encapsulated in a compact <strong>8-pin SOIC surface-mount package</strong>, the SN65HVD1780DR is suitable for space-constrained PCB designs while maintaining high reliability and electrical robustness. <br><br>The <strong>SN65HVD1780DR</strong> is widely used in <strong>industrial automation, RS-485 communication networks, building control systems, fieldbus applications, and harsh environment communication interfaces</strong>, where fault tolerance and reliable data transmission are critical.
SN65HVD1780DR

Description: The SN65HVD1780DR is a highly robust fault-protected RS-485/RS-422 transceiver ...
Package: T&R | MOQ: 2500 | MPQ: 2500

LM5009MM/NOPB / The LM5009MM/NOPB is a highly integrated <strong>step-down (buck) switching regulator</strong> developed by <strong>Texas Instruments</strong>, designed for efficient power conversion in high-voltage industrial and embedded systems. It incorporates an internal <strong>N-channel MOSFET</strong>, enabling a compact and low-component-count solution for DC-DC conversion. <br><br>This device supports a wide <strong>input voltage range from 9.5V to 95V</strong>, making it suitable for applications powered from unregulated or high-voltage sources such as 12V, 24V, and 48V systems. It can deliver up to <strong>150mA output current</strong>, providing stable power for control circuits and auxiliary supplies. <br><br>The LM5009MM/NOPB features a <strong>constant on-time (COT) control architecture</strong>, which maintains a nearly constant switching frequency and eliminates the need for complex loop compensation, simplifying design and improving transient response performance. It supports switching frequencies exceeding <strong>600kHz</strong>, allowing the use of smaller external components. <br><br>The output voltage is <strong>adjustable from 2.5V up to 85V</strong>, offering high flexibility for various system requirements. It also includes an internal <strong>startup regulator</strong> and VIN feedforward mechanism, ensuring stable operation across varying input conditions. <br><br>Designed for reliability, the device integrates <strong>current limiting, thermal shutdown, and undervoltage lockout protection</strong>, ensuring safe operation under fault conditions and harsh environments. It operates over a wide temperature range of <strong>-40°C to +125°C</strong>, making it suitable for industrial-grade applications. <br><br>Packaged in a compact <strong>8-pin VSSOP surface-mount form factor</strong>, the LM5009MM/NOPB is ideal for space-constrained PCB designs while maintaining efficient thermal performance. <br><br>The <strong>LM5009MM/NOPB</strong> is commonly used in <strong>industrial automation, telecom power supplies, automotive electronics, high-voltage DC systems, and distributed power architectures</strong>, where efficient and reliable voltage step-down conversion is required.
LM5009MM/NOPB

Description: The LM5009MM/NOPB is a highly integrated step-down (buck) switching regulator ...
Package: T&R | MOQ: 1000 | MPQ: 1000

PCA9555PWR / The PCA9555PWR is a versatile and widely used <strong>16-bit I2C/SMBus I/O expander</strong> developed by <strong>Texas Instruments</strong>, designed to extend the number of general-purpose input/output pins in microcontroller-based systems. It provides an efficient solution for expanding digital I/O capability without increasing processor pin count. <br><br>This device operates within a <strong>2.3V to 5.5V supply voltage range</strong> and communicates via a <strong>standard I2C interface with speeds up to 400kHz</strong>, ensuring compatibility with a wide range of embedded platforms. It features <strong>16 programmable I/O ports</strong>, organized as two 8-bit banks, each configurable as input or output through internal registers. <br><br>The PCA9555PWR includes <strong>input, output, polarity inversion, and configuration registers</strong>, allowing flexible control of each I/O pin. At power-up, all pins default to input mode, and the system controller can dynamically configure them as needed. <br><br>An integrated <strong>open-drain active-low interrupt output</strong> notifies the host microcontroller of input state changes, reducing the need for constant polling and improving system efficiency. It also supports <strong>hardware address selection using three address pins</strong>, enabling up to eight devices on the same I2C bus. <br><br>The device offers <strong>low standby current consumption (as low as 1µA)</strong> and <strong>5V-tolerant I/O ports</strong>, making it suitable for low-power and mixed-voltage systems. Its outputs are latched and capable of directly driving loads such as LEDs, enhancing design flexibility. <br><br>Encapsulated in a compact <strong>24-pin TSSOP surface-mount package</strong>, the PCA9555PWR is ideal for space-constrained PCB designs while maintaining robust electrical performance. <br><br>The <strong>PCA9555PWR</strong> is commonly used in <strong>embedded systems, industrial control, I/O expansion modules, LED control applications, communication systems, and IoT devices</strong>, where additional digital I/O channels are required with minimal hardware complexity.
PCA9555PWR

Description: The PCA9555PWR is a versatile and widely used 16-bit I2C/SMBus I/O expander ...
Package: T&R | MOQ: 2000 | MPQ: 2000

MAX3232EIDWR / The MAX3232EIDWR is a reliable and low-power <strong>RS-232 transceiver</strong> developed by <strong>Texas Instruments</strong>, designed to provide seamless communication between low-voltage logic systems and RS-232 serial interfaces. It integrates <strong>two line drivers and two line receivers</strong>, enabling full-duplex data transmission in embedded and industrial applications. <br><br>This device operates from a <strong>single supply voltage ranging from 3.0V to 5.5V</strong>, making it highly compatible with both 3.3V and 5V logic systems. It incorporates an internal <strong>charge pump voltage converter</strong>, which generates the required positive and negative RS-232 voltage levels using only a few external capacitors, simplifying circuit design and reducing component count. <br><br>The MAX3232EIDWR supports data rates up to approximately <strong>250kbps</strong>, ensuring stable and reliable communication over standard serial links. It fully complies with <strong>TIA/EIA-232-F standards</strong>, providing compatibility with a wide range of communication equipment. <br><br>Designed for robust operation, the device offers <strong>±15kV IEC ESD protection</strong> on RS-232 interface pins, enhancing durability in electrically noisy environments and protecting against electrostatic discharge events. <br><br>The transceiver features low power consumption with a typical supply current of around <strong>300µA</strong>, making it suitable for battery-powered and portable applications. It also supports <strong>logic-level compatibility with 5V inputs even when operating at 3.3V</strong>, improving flexibility in mixed-voltage systems. <br><br>Encapsulated in a compact <strong>16-pin SOIC surface-mount package</strong>, the MAX3232EIDWR is optimized for automated assembly and space-constrained PCB layouts while maintaining reliable electrical performance. <br><br>The <strong>MAX3232EIDWR</strong> is widely used in <strong>industrial communication, embedded systems, serial interfaces, portable devices, networking equipment, and data communication systems</strong>, where stable and efficient RS-232 level conversion is required.
MAX3232EIDWR

Description: The MAX3232EIDWR is a reliable and low-power RS-232 transceiver developed ...
Package: T&R | MOQ: 2000 | MPQ: 2000

MAX232ACPE+ / The MAX232ACPE+ is a widely used and reliable <strong>RS-232 transceiver</strong> from <strong>Analog Devices / Maxim Integrated</strong>, designed to provide seamless communication between TTL/CMOS logic levels and RS-232 serial interfaces. It integrates <strong>two drivers and two receivers</strong>, enabling full-duplex serial communication in embedded and industrial systems. <br><br>This device operates from a single <strong>5V supply</strong> and includes an internal <strong>charge pump voltage converter</strong>, which generates the required positive and negative voltages for RS-232 signaling without the need for dual power supplies. This significantly simplifies circuit design and reduces external component requirements. <br><br>The MAX232ACPE+ supports data rates up to approximately <strong>120kbps</strong> and ensures reliable communication over standard RS-232 cable lengths. It is fully compliant with <strong>EIA/TIA-232 standards</strong>, making it compatible with a wide range of legacy and modern serial communication equipment. <br><br>Designed for robust operation, the device provides <strong>±30V input voltage tolerance</strong> on receiver inputs, enhancing protection against electrical stress and ensuring stable operation in industrial environments. It also offers low power consumption and high noise immunity for dependable data transmission. <br><br>The IC requires only a few external capacitors for the charge pump operation, simplifying PCB layout and reducing overall system cost. Its internal architecture ensures consistent signal levels and reliable conversion between logic and RS-232 voltage domains. <br><br>Encapsulated in a standard <strong>16-pin PDIP through-hole package</strong>, the MAX232ACPE+ is ideal for prototyping, development boards, and applications where through-hole mounting is preferred. <br><br>The <strong>MAX232ACPE+</strong> is commonly used in <strong>serial communication interfaces, industrial control systems, embedded systems, PC communication ports, modems, and instrumentation equipment</strong>, where dependable RS-232 level shifting is required.
MAX232ACPE+

Description: The MAX232ACPE+ is a widely used and reliable RS-232 transceiver from ...
Package: TUBE | MOQ: 750 | MPQ: 25

HV513WG-G / The HV513WG-G is a specialized <strong>8-channel serial-to-parallel converter</strong> developed by <strong>Microchip Technology</strong>, designed to interface low-voltage digital logic with high-voltage output applications. It integrates level-shifting capability, allowing control signals from standard logic systems to drive high-voltage loads efficiently. <br><br>This device features <strong>eight high-voltage push-pull outputs</strong> capable of operating up to approximately <strong>250V</strong>, making it ideal for driving capacitive loads such as piezoelectric transducers and similar high-voltage elements. It combines an <strong>8-bit shift register with output latches</strong>, enabling serial data input and parallel high-voltage output control. <br><br>The HV513WG-G operates with a <strong>low-voltage logic supply of 4.5V to 5.5V</strong> while internally performing level translation to high-voltage outputs, simplifying system design and reducing the need for external components. It supports <strong>clock frequencies up to approximately 8MHz</strong>, ensuring fast data transfer and responsive output control. <br><br>The device includes advanced control features such as <strong>output polarity selection, blanking control, and high-impedance (Hi-Z) mode</strong>, offering flexibility in signal management. It also incorporates <strong>short-circuit detection</strong> to enhance reliability and protect connected loads during operation. <br><br>Designed with cascading capability, the HV513WG-G allows multiple devices to be connected in series for expanding the number of outputs, making it suitable for scalable high-voltage control systems. It also utilizes <strong>break-before-make switching</strong> to reduce cross-conduction and improve efficiency. <br><br>Encapsulated in a compact <strong>24-pin SOIC surface-mount package</strong>, the HV513WG-G is optimized for industrial and embedded PCB designs requiring reliable high-voltage signal control. <br><br>The <strong>HV513WG-G</strong> is widely used in <strong>piezoelectric drivers, display systems, industrial control, MEMS devices, printers, and high-voltage multiplexing applications</strong>, where efficient conversion from serial logic to high-voltage parallel outputs is required.
HV513WG-G

Description: The HV513WG-G is a specialized 8-channel serial-to-parallel converter dev ...
Package: T&R | MOQ: 1000 | MPQ: 1000

HV9120NG-G / The HV9120NG-G is a robust and versatile <strong>high-voltage current-mode PWM controller</strong> developed by <strong>Microchip Technology</strong>, specifically designed for offline and high-voltage power conversion applications. It is optimized for use in <strong>flyback, step-up, and step-down DC-DC converter topologies</strong>, enabling efficient energy transfer in power supply systems. <br><br>This controller supports an exceptionally wide <strong>input voltage range from 10V up to 450V</strong>, allowing direct operation from high-voltage sources without requiring complex pre-regulation stages. Its architecture enables reliable startup and stable operation even in demanding power environments. <br><br>The HV9120NG-G utilizes a <strong>current-mode control scheme</strong>, which improves transient response, simplifies loop compensation, and enhances overall system stability. It operates with switching frequencies up to approximately <strong>3MHz</strong>, allowing designers to reduce the size of external components and achieve compact power supply designs. <br><br>The device features a <strong>maximum duty cycle of approximately 49%</strong>, making it particularly suitable for flyback converter applications where controlled energy transfer is essential. It includes key control functions such as <strong>enable control, frequency adjustment, and reset functionality</strong>, providing flexibility in system design. <br><br>Designed for harsh environments, the HV9120NG-G operates across a wide <strong>temperature range of -55°C to +125°C</strong>, ensuring reliability in industrial and high-performance applications. It also integrates protection and control features necessary for stable long-term operation in power conversion circuits. <br><br>Packaged in a standard <strong>16-pin SOIC surface-mount form factor</strong>, the HV9120NG-G is suitable for compact PCB layouts while maintaining strong electrical and thermal performance. <br><br>The <strong>HV9120NG-G</strong> is widely used in <strong>offline power supplies, LED drivers, industrial power systems, high-voltage DC-DC converters, and energy conversion applications</strong>, where efficient and reliable high-voltage PWM control is required.
HV9120NG-G

Description: The HV9120NG-G is a robust and versatile high-voltage current-mode PWM controller ...
Package: | MOQ: 530 | MPQ: 53

DAC7512N / The DAC7512N is a compact and energy-efficient <strong>12-bit digital-to-analog converter (DAC)</strong> developed by <strong>Texas Instruments</strong>, designed for precision voltage output applications in embedded and portable systems. It features a <strong>single-channel buffered voltage output architecture</strong>, enabling accurate and stable analog signal generation from digital input data. <br><br>This device operates with a <strong>wide supply voltage range of 2.7V to 5.5V</strong>, making it suitable for both low-power and standard logic systems. It incorporates an <strong>on-chip precision output amplifier with rail-to-rail capability</strong>, allowing the output voltage to span nearly the full supply range for maximum dynamic performance. <br><br>The DAC7512N utilizes a <strong>3-wire serial interface compatible with SPI, QSPI, and DSP standards</strong>, supporting clock speeds up to approximately <strong>30MHz</strong>, which ensures fast and flexible communication with microcontrollers and processors. <br><br>Designed for low-power operation, the device consumes around <strong>135µA typical current</strong> during normal operation and offers a <strong>power-down mode reducing consumption to as low as 50nA</strong>, making it ideal for battery-powered applications. <br><br>The DAC includes a <strong>power-on reset function</strong> that ensures the output initializes at 0V until valid data is written, improving system stability during startup. It also supports multiple power-down configurations to optimize energy efficiency in different operating modes. <br><br>With a <strong>settling time of approximately 10µs</strong> and <strong>string DAC architecture</strong>, the DAC7512N delivers reliable and monotonic performance across industrial temperature ranges from <strong>-40°C to +105°C</strong>. <br><br>Packaged in a space-saving <strong>SOT-23-6 surface-mount form factor</strong>, the DAC7512N is ideal for compact PCB designs where precision analog output and low power consumption are required. <br><br>The <strong>DAC7512N</strong> is widely used in <strong>portable instrumentation, programmable voltage sources, digital calibration systems, industrial control, and embedded signal processing applications</strong>, where accurate digital-to-analog conversion is essential.
DAC7512N

Description: The DAC7512N is a compact and energy-efficient 12-bit digital-to-analog converter ...
Package: T&R | MOQ: 1000 | MPQ: 1000

ZXLD1360ET5TA / The ZXLD1360ET5TA is a high-efficiency <strong>step-down (buck) LED driver IC</strong> developed by <strong>Diodes Incorporated</strong>, designed to drive single or multiple series-connected LEDs with precise current control. It integrates an internal power switch and high-side current sensing, enabling a compact and reliable constant-current LED driving solution. <br><br>This device operates over a wide <strong>input voltage range of 7V to 30V</strong>, with transient capability up to <strong>40V</strong>, making it suitable for automotive and industrial lighting applications. It supports output currents up to approximately <strong>1A</strong>, ensuring stable and efficient LED operation across varying load conditions. <br><br>The ZXLD1360ET5TA offers <strong>PWM and analog dimming control</strong> via a single ADJ pin, allowing flexible brightness adjustment with up to <strong>100:1 dimming ratio</strong>. It also supports shutdown functionality when a low voltage is applied to the control pin, reducing standby power consumption. <br><br>With a switching frequency of up to <strong>1MHz</strong> and efficiency reaching approximately <strong>95%</strong>, the device minimizes external component size while maintaining excellent power efficiency. Its architecture allows simple design with a low component count, making it ideal for compact LED driver circuits. <br><br>The IC operates reliably across a wide temperature range of <strong>-40°C to +125°C</strong> and is qualified to <strong>AEC-Q100 Grade 1</strong>, ensuring robust performance in harsh environments such as automotive systems. <br><br>Packaged in a compact <strong>TSOT-23-5 surface-mount form factor</strong>, the ZXLD1360ET5TA is optimized for space-constrained PCB layouts while maintaining strong thermal and electrical performance. <br><br>The <strong>ZXLD1360ET5TA</strong> is widely used in <strong>automotive lighting, LED backlighting, signage, industrial illumination, and general-purpose LED driving applications</strong>, where efficient, compact, and reliable constant-current control is required.
ZXLD1360ET5TA

Description: The ZXLD1360ET5TA is a high-efficiency step-down (buck) LED driver IC dev ...
Package: T&R | MOQ: 3000 | MPQ: 3000

STM32G030K6T6 / The STM32G030K6T6 is a compact and efficient <strong>32-bit microcontroller</strong> from <strong>STMicroelectronics</strong>, based on the high-performance <strong>ARM Cortex-M0+ core</strong>, delivering processing speeds up to <strong>64 MHz</strong>. It is designed for cost-sensitive and power-efficient embedded applications across industrial, consumer, and IoT systems. <br><br>This device integrates <strong>32KB of embedded Flash memory</strong> and <strong>8KB of SRAM</strong>, providing sufficient memory resources for real-time control tasks and firmware storage. Its optimized architecture ensures low power consumption while maintaining reliable processing performance. <br><br>The STM32G030K6T6 operates within a <strong>2.0V to 3.6V supply voltage range</strong> and supports multiple low-power modes such as sleep, stop, and standby, making it ideal for energy-efficient designs and battery-powered applications. <br><br>It features a rich set of integrated peripherals including <strong>12-bit ADC, multiple timers, DMA controller, and communication interfaces such as I2C, SPI, and USART</strong>, enabling flexible connectivity and system integration. With up to <strong>29–30 general-purpose I/O pins</strong>, it supports a wide variety of external device interfacing. <br><br>The device also incorporates advanced system features such as <strong>clock management options, internal oscillators, watchdog timers, and reset control mechanisms</strong>, ensuring stable and reliable operation in demanding environments. <br><br>Packaged in a compact <strong>32-pin LQFP surface-mount form factor</strong>, the STM32G030K6T6 is suitable for space-constrained PCB designs while offering robust performance and scalability. <br><br>The <strong>STM32G030K6T6</strong> is widely used in <strong>industrial automation, consumer electronics, smart home devices, IoT applications, motor control systems, and embedded control platforms</strong>, where a balance of performance, efficiency, and integration is required.
STM32G030K6T6

Description: The STM32G030K6T6 is a compact and efficient 32-bit microcontroller from ...
Package: T&R | MOQ: 2500 | MPQ: 2500

TLV76133DCYR / The TLV76133DCYR is a reliable and efficient <strong>3.3V fixed-output linear voltage regulator (LDO)</strong> developed by <strong>Texas Instruments</strong>, designed to deliver stable power in a wide range of embedded and industrial applications. It supports output currents up to <strong>1A</strong>, making it suitable for powering microcontrollers, processors, and peripheral circuits that require consistent voltage regulation. <br><br>This device operates over a wide <strong>input voltage range of 2.5V to 16V</strong>, providing flexibility in various power supply designs and compatibility with both battery-powered and regulated input systems. It features a <strong>low quiescent current of approximately 60µA</strong>, which helps reduce standby power consumption and improves overall system efficiency. <br><br>The TLV76133DCYR offers <strong>high power supply rejection ratio (PSRR)</strong>, typically around <strong>60dB at 1kHz</strong>, enabling effective filtering of input voltage noise and improving output signal stability in sensitive analog and digital circuits. It also includes <strong>internal soft-start functionality</strong> to minimize inrush current during startup and enhance system reliability. <br><br>Designed with integrated protection features, the regulator includes <strong>foldback current limiting and thermal shutdown</strong>, ensuring safe operation under overload or fault conditions. Its architecture also provides <strong>±1% output voltage accuracy</strong>, delivering precise and consistent performance across varying load and temperature conditions. <br><br>The device is housed in a compact <strong>SOT-223-4 surface-mount package</strong>, making it suitable for space-constrained PCB designs while maintaining effective thermal performance and ease of assembly. <br><br>The <strong>TLV76133DCYR</strong> is widely used in <strong>industrial control systems, consumer electronics, communication equipment, embedded systems, and power management applications</strong>, where stable, low-noise, and efficient voltage regulation is essential.
TLV76133DCYR

Description: The TLV76133DCYR is a reliable and efficient 3.3V fixed-output linear voltage regu ...
Package: T&R | MOQ: 2500 | MPQ: 2500

MAX487ECSA+T / The MAX487ECSA+T is a robust and low-power <strong>RS-485/RS-422 half-duplex transceiver</strong> developed by <strong>Analog Devices / Maxim Integrated</strong>, engineered for reliable data communication in industrial and noise-sensitive environments. It integrates <strong>one driver and one receiver</strong> in a single compact device, enabling efficient bidirectional data transmission over differential bus systems. <br><br>This transceiver operates with a <strong>single 5V supply (4.75V to 5.25V)</strong> and supports data transmission rates up to <strong>250kbps</strong>, making it ideal for stable, error-free communication over long cable distances. The device features a <strong>slew-rate limited driver</strong>, which minimizes electromagnetic interference (EMI) and reduces signal reflections, ensuring reliable performance even in improperly terminated networks. <br><br>The MAX487ECSA+T includes <strong>±15kV ESD protection</strong> on driver outputs and receiver inputs, providing strong immunity against electrostatic discharge and enhancing durability in harsh industrial conditions. It also supports <strong>up to 128 transceivers on a single bus</strong>, thanks to its quarter-unit load input structure, allowing scalable network designs. <br><br>Designed for low power consumption, the device draws as little as <strong>120µA quiescent current</strong>, making it suitable for energy-efficient systems and battery-powered applications. It also incorporates <strong>thermal shutdown and current limiting protection</strong>, ensuring safe operation under fault conditions. <br><br>Encapsulated in a compact <strong>8-pin SOIC surface-mount package</strong>, the MAX487ECSA+T is optimized for space-constrained PCB designs while maintaining reliable electrical characteristics and ease of integration. <br><br>The <strong>MAX487ECSA+T</strong> is widely used in <strong>industrial automation systems, RS-485 communication networks, building control systems, fieldbus applications, and EMI-sensitive communication interfaces</strong>, where stable, low-noise, and long-distance data transmission is required.
MAX487ECSA+T

Description: The MAX487ECSA+T is a robust and low-power RS-485/RS-422 half-duplex transceiver ...
Package: T&R | MOQ: 2500 | MPQ: 2500

MAX4684EUB+ / The MAX4684EUB+ is a compact and high-performance <strong>dual SPDT analog switch</strong> from <strong>Analog Devices / Maxim Integrated</strong>, designed for low-voltage signal routing in portable, industrial, and mixed-signal electronic systems. Its low-resistance switching structure makes it well suited for applications where signal integrity, low power operation, and fast switching response are critical. <br><br>This device operates from a single <strong>+1.8V to +5.5V supply</strong>, providing broad compatibility with modern low-voltage logic and analog circuits. The MAX4684 variant offers very low on-resistance, with approximately <strong>0.5Ω (max) for the NC path</strong> and <strong>0.8Ω (max) for the NO path</strong> at a <strong>+2.7V supply</strong>, helping reduce insertion loss and improve overall signal accuracy. <br><br>The part features <strong>dual single-pole/double-throw (SPDT) switch channels</strong> and supports <strong>break-before-make switching</strong>, which helps prevent momentary shorting between signal paths during channel transitions. It also delivers fast switching characteristics with typical timing around <strong>50ns turn-on</strong> and <strong>40ns turn-off</strong>, making it suitable for high-speed signal selection and routing tasks. <br><br>With <strong>1.8V logic-compatible digital inputs</strong> and very low leakage current, the MAX4684EUB+ can be integrated easily into battery-powered devices, communications equipment, audio switching circuits, and portable consumer electronics. Its low leakage behavior also supports accurate handling of sensitive analog signals. <br><br>Housed in a space-saving <strong>10-pin uMAX / uSOP surface-mount package</strong>, the MAX4684EUB+ is optimized for compact PCB layouts where board space is limited but reliable analog switching performance is still required. <br><br>The <strong>MAX4684EUB+</strong> is commonly used in <strong>audio/video signal routing, battery-operated equipment, communication circuits, portable electronics, power routing, and relay replacement designs</strong>, where low on-resistance and dependable switching behavior are important.
MAX4684EUB+

Description: The MAX4684EUB+ is a compact and high-performance dual SPDT analog switch ...
Package: T&R | MOQ: 1000 | MPQ: 1000

FQB33N10TM / The FQB33N10TM is a robust <strong>N-channel power MOSFET</strong> developed by <strong>onsemi</strong>, designed for high-efficiency switching applications in power management systems. It features a <strong>drain-to-source voltage rating of 100V</strong>, making it suitable for medium-voltage power circuits. <br><br>The device supports a high <strong>continuous drain current of up to 33A</strong>, enabling reliable operation in demanding load conditions such as motor control and DC-DC conversion. <br><br>It offers a low <strong>on-resistance (RDS(on)) of approximately 45mΩ</strong>, reducing conduction losses and improving overall efficiency in switching applications. <br><br>The MOSFET is designed with <strong>fast switching characteristics and low gate charge</strong>, allowing efficient operation at higher switching frequencies and minimizing power dissipation. <br><br>It operates with a <strong>gate-source voltage range of ±20V</strong> and provides stable performance across a wide temperature range up to <strong>+175°C junction temperature</strong>, ensuring reliability in industrial environments. <br><br>Encased in a <strong>DPAK (TO-252) surface-mount package</strong>, the device offers good thermal performance and is suitable for compact and high-power PCB layouts. <br><br>The <strong>FQB33N10TM</strong> is widely used in <strong>switch-mode power supplies, motor drivers, DC-DC converters, battery management systems, and general-purpose power switching applications</strong>, where high current capability and efficiency are required.
FQB33N10TM

Description: The FQB33N10TM is a robust N-channel power MOSFET developed by on ...
Package: T&R | MOQ: 2500 | MPQ: 2500

AD7194BCPZ-REEL7 / The AD7194BCPZ-REEL7 is a high-precision <strong>24-bit sigma-delta analog-to-digital converter (ADC)</strong> developed by <strong>Analog Devices</strong>, designed for ultra-low noise measurement and high-resolution data acquisition applications. It integrates a complete analog front-end with an internal programmable gain amplifier (PGA), enabling direct interfacing with low-level sensor signals. <br><br>The device supports configurable input configurations of up to <strong>8 differential or 16 pseudo-differential input channels</strong>, providing flexibility for multi-channel measurement systems. It features a programmable gain range from <strong>1 to 128</strong>, allowing accurate amplification of small analog signals. <br><br>The AD7194 operates with a variable output data rate from approximately <strong>4.7 Hz to 4.8 kHz</strong>, enabling optimization between resolution and speed depending on application requirements. It delivers excellent noise performance with up to <strong>22 noise-free bits</strong> at lower gain settings, making it ideal for precision instrumentation. <br><br>The converter uses a <strong>sigma-delta architecture with integrated digital filtering</strong>, including simultaneous <strong>50Hz and 60Hz rejection</strong>, ensuring stable measurements in electrically noisy environments. It also supports both <strong>internal and external clock sources</strong> for flexible system design. <br><br>The device operates from an <strong>analog supply of 3.0V to 5.25V</strong> and a <strong>digital supply of 2.7V to 5.25V</strong>, with a typical current consumption of around <strong>4.65mA</strong>, balancing performance and power efficiency. <br><br>It features a standard <strong>SPI-compatible serial interface</strong>, allowing easy integration with microcontrollers, DSPs, and FPGA-based systems. Additional features include <strong>on-chip temperature sensor, GPIO outputs, and flexible digital filtering options</strong> for enhanced system control. <br><br>Encased in a compact <strong>32-pin LFCSP surface-mount package</strong>, the AD7194BCPZ-REEL7 is optimized for high-density PCB layouts and precision analog designs. <br><br>The <strong>AD7194BCPZ-REEL7</strong> is widely used in <strong>data acquisition systems, industrial measurement equipment, strain gauge sensors, pressure and temperature monitoring, weighing scales, and medical instrumentation</strong>, where high accuracy and low noise performance are critical.
AD7194BCPZ-REEL7

Description: The AD7194BCPZ-REEL7 is a high-precision 24-bit sigma-delta analog-to-digital conv ...
Package: T&R | MOQ: 1000 | MPQ: 1000

LM2907N/NOPB / The LM2907N/NOPB is a versatile <strong>frequency-to-voltage converter IC</strong> developed by <strong>Texas Instruments</strong>, designed to convert input frequency signals into a proportional analog voltage output. It is widely used in speed sensing, tachometers, and signal conditioning applications. <br><br>The device operates with input frequencies up to approximately <strong>10kHz</strong> and provides excellent linearity of around <strong>±0.3%</strong>, ensuring accurate conversion performance across a wide range of operating conditions. <br><br>It utilizes a <strong>charge pump architecture</strong> combined with an integrated high-gain operational amplifier, enabling efficient conversion and the ability to directly drive loads such as relays, meters, or indicators with output currents up to <strong>50mA</strong>. <br><br>The LM2907N/NOPB supports a <strong>wide supply voltage range of 6V to 28V</strong>, making it suitable for both industrial and automotive applications. It also includes built-in features such as <strong>input protection, hysteresis for noise immunity, and frequency doubling for reduced ripple</strong>, enhancing stability and performance. <br><br>The output voltage is easily configurable using external components, following the relationship <strong>VOUT = fIN × VCC × R1 × C1</strong>, allowing flexible design customization for different sensing and measurement requirements. <br><br>Encased in a standard <strong>14-pin DIP through-hole package</strong>, the device is ideal for prototyping, industrial designs, and legacy systems requiring easy integration. <br><br>The <strong>LM2907N/NOPB</strong> is widely used in <strong>tachometers, speed sensors, frequency measurement systems, automotive control units, and industrial monitoring applications</strong>, where reliable frequency-to-voltage conversion is required.
LM2907N/NOPB

Description: The LM2907N/NOPB is a versatile frequency-to-voltage converter IC develop ...
Package: TUBE | MOQ: 1000 | MPQ: 25

TPS79801QDGNRQ1 / The TPS79801QDGNRQ1 is a high-performance <strong>low-dropout (LDO) linear voltage regulator</strong> developed by <strong>Texas Instruments</strong>, designed for automotive and industrial applications requiring stable voltage regulation with low power consumption. It supports a wide <strong>input voltage range of 3V to 50V</strong>, making it suitable for systems powered directly from battery or high-voltage rails. <br><br>The device provides an <strong>adjustable output voltage from approximately 1.275V up to 28V</strong>, allowing flexible configuration using external resistors for various application needs. It delivers up to <strong>50mA output current</strong>, ideal for low-power circuits and control systems. <br><br>The TPS79801QDGNRQ1 features a <strong>low dropout voltage of around 300mV</strong> and a very low <strong>quiescent current (~40µA)</strong>, enabling efficient operation in energy-sensitive and battery-powered designs. <br><br>Designed for reliability, the regulator includes <strong>thermal shutdown, overcurrent protection, reverse current protection, and undervoltage lockout</strong>, ensuring safe operation under fault conditions and harsh environments. <br><br>The device is <strong>AEC-Q100 qualified</strong> and supports an extended operating temperature range of <strong>-40°C to +125°C</strong>, making it suitable for automotive-grade applications. <br><br>Encased in a compact <strong>8-pin HVSSOP surface-mount package</strong>, the TPS79801QDGNRQ1 enables space-efficient PCB layouts while maintaining good thermal performance. <br><br>The <strong>TPS79801QDGNRQ1</strong> is widely used in <strong>automotive electronics, battery-powered systems, telecom equipment, industrial control systems, and low-current power regulation applications</strong>, where wide input range and low quiescent current are critical.
TPS79801QDGNRQ1

Description: The TPS79801QDGNRQ1 is a high-performance low-dropout (LDO) linear voltage regulat ...
Package: T&R | MOQ: 2500 | MPQ: 2500

TPS2491DGSR / The TPS5410DR is a high-efficiency <strong>step-down (buck) DC-DC switching regulator</strong> developed by <strong>Texas Instruments</strong>, designed for wide input voltage applications in industrial and embedded systems. It integrates a <strong>high-side MOSFET</strong>, simplifying circuit design and reducing external component count. <br><br>The device operates over a wide <strong>input voltage range of 5.5V to 36V</strong> and delivers up to <strong>1A continuous output current</strong>, making it suitable for powering low-to-medium power loads in distributed power systems. <br><br>The TPS5410DR features an <strong>adjustable output voltage starting from approximately 1.22V up to over 30V</strong>, allowing flexible configuration for different system requirements. <br><br>It operates at a fixed <strong>switching frequency of 500kHz</strong>, enabling the use of smaller external inductors and capacitors for compact PCB designs. <br><br>The regulator uses a <strong>voltage-mode control architecture with internal compensation</strong>, simplifying design and ensuring stable operation with minimal external components. It also provides <strong>high efficiency up to around 95%</strong>, reducing power loss and heat generation. <br><br>Built-in protection features such as <strong>cycle-by-cycle current limiting, thermal shutdown, and undervoltage lockout</strong> ensure reliable operation under fault conditions and enhance system robustness. <br><br>Encased in a compact <strong>8-pin SOIC surface-mount package</strong>, the TPS5410DR is optimized for space-constrained and high-density PCB layouts. <br><br>The <strong>TPS5410DR</strong> is widely used in <strong>industrial power supplies, distributed power systems, automotive electronics, embedded controllers, and DC-DC conversion applications</strong>, where wide input range and efficient voltage regulation are required.
TPS2491DGSR

Description: The TPS5410DR is a high-efficiency step-down (buck) DC-DC switching regulator ...
Package: T&R | MOQ: 2500 | MPQ: 2500

TPS5410DR / The TPS5410DR is a high-efficiency <strong>step-down (buck) DC-DC switching regulator</strong> developed by <strong>Texas Instruments</strong>, designed for wide input voltage applications in industrial and embedded systems. It integrates a <strong>high-side MOSFET</strong>, simplifying circuit design and reducing external component count. <br><br>The device operates over a wide <strong>input voltage range of 5.5V to 36V</strong> and delivers up to <strong>1A continuous output current</strong>, making it suitable for powering low-to-medium power loads in distributed power systems. <br><br>The TPS5410DR features an <strong>adjustable output voltage starting from approximately 1.22V up to over 30V</strong>, allowing flexible configuration for different system requirements. <br><br>It operates at a fixed <strong>switching frequency of 500kHz</strong>, enabling the use of smaller external inductors and capacitors for compact PCB designs. <br><br>The regulator uses a <strong>voltage-mode control architecture with internal compensation</strong>, simplifying design and ensuring stable operation with minimal external components. It also provides <strong>high efficiency up to around 95%</strong>, reducing power loss and heat generation. <br><br>Built-in protection features such as <strong>cycle-by-cycle current limiting, thermal shutdown, and undervoltage lockout</strong> ensure reliable operation under fault conditions and enhance system robustness. <br><br>Encased in a compact <strong>8-pin SOIC surface-mount package</strong>, the TPS5410DR is optimized for space-constrained and high-density PCB layouts. <br><br>The <strong>TPS5410DR</strong> is widely used in <strong>industrial power supplies, distributed power systems, automotive electronics, embedded controllers, and DC-DC conversion applications</strong>, where wide input range and efficient voltage regulation are required.
TPS5410DR

Description: The TPS5410DR is a high-efficiency step-down (buck) DC-DC switching regulator ...
Package: T&R | MOQ: 2500 | MPQ: 2500

LM317AEMPX/NOPB / The LM317AEMPX/NOPB is a reliable <strong>adjustable linear voltage regulator</strong> developed by <strong>Texas Instruments</strong>, designed to provide stable and precise output voltage regulation in a wide range of electronic applications. It is capable of delivering output currents up to <strong>1.5A</strong>, making it suitable for medium-power regulation tasks. <br><br>The device offers an <strong>adjustable output voltage range from approximately 1.25V to 37V</strong>, allowing flexible configuration using external resistors for various system requirements. It features excellent line and load regulation, ensuring consistent output performance. <br><br>The LM317AEMPX/NOPB operates over a wide <strong>input voltage range up to 40V</strong>, providing compatibility with many power supply designs including industrial and consumer electronics. <br><br>It incorporates built-in protection features such as <strong>current limiting, thermal overload protection, and safe operating area protection</strong>, ensuring robust and reliable operation under fault conditions. <br><br>The regulator maintains a typical <strong>reference voltage of 1.25V</strong> with tight tolerance, enabling accurate voltage setting and stable performance across temperature variations. <br><br>Encased in a compact <strong>SOT-223 surface-mount package</strong>, the device is suitable for space-constrained PCB designs while providing adequate thermal performance for power dissipation. <br><br>The <strong>LM317AEMPX/NOPB</strong> is widely used in <strong>power supplies, battery chargers, voltage regulation modules, industrial equipment, and general-purpose analog circuits</strong>, where adjustable and stable voltage output is required.
LM317AEMPX/NOPB

Description: The LM317AEMPX/NOPB is a reliable adjustable linear voltage regulator dev ...
Package: T&R | MOQ: 2500 | MPQ: 2500

KSZ8081MNXIA-TR / The KSZ8081MNXIA-TR is a highly integrated <strong>10/100Base-TX Ethernet physical layer (PHY) transceiver</strong> developed by <strong>Microchip Technology</strong>, designed for reliable network communication in embedded and industrial systems. It supports both <strong>10BASE-T and 100BASE-TX standards</strong>, enabling data transmission over standard twisted-pair Ethernet cables. <br><br>The device features a <strong>single-chip solution with integrated termination resistors and internal voltage regulator</strong>, reducing external component count and simplifying PCB design. It includes a built-in regulator to generate the core voltage, improving overall system efficiency. <br><br>The KSZ8081MNXIA-TR provides a <strong>Media Independent Interface (MII)</strong> for direct connection to Ethernet MAC controllers, allowing seamless integration into microcontroller and processor-based systems. It also supports <strong>auto-negotiation and automatic MDI/MDI-X detection</strong>, ensuring compatibility with different network configurations and cable types. <br><br>Operating from a <strong>single 3.3V supply with I/O options for 1.8V, 2.5V, and 3.3V</strong>, the device offers flexibility for various system designs. It supports an industrial temperature range of <strong>-40°C to +85°C</strong>, ensuring stable operation in demanding environments. <br><br>The transceiver includes advanced features such as <strong>link status LEDs, interrupt output, cable diagnostics, loopback modes, and power-saving operation</strong>, enhancing system monitoring and reliability. <br><br>Encased in a compact <strong>32-pin QFN surface-mount package</strong>, the KSZ8081MNXIA-TR is optimized for space-constrained designs and high-density networking applications. <br><br>The <strong>KSZ8081MNXIA-TR</strong> is widely used in <strong>industrial Ethernet devices, embedded networking systems, IP cameras, IoT gateways, printers, and communication equipment</strong>, where reliable and cost-effective Fast Ethernet connectivity is required.
KSZ8081MNXIA-TR

Description: The KSZ8081MNXIA-TR is a highly integrated 10/100Base-TX Ethernet physical layer ( ...
Package: T&R | MOQ: 1000 | MPQ: 1000

MIC38C45YM-TR / The MIC38C45YM-TR is a high-performance <strong>current-mode PWM controller</strong> developed by <strong>Microchip Technology</strong>, designed for switch-mode power supply (SMPS) applications requiring precise control and high efficiency. It operates with a <strong>fixed switching frequency up to 500kHz</strong>, enabling compact and high-performance power designs. <br><br>The device supports a wide <strong>supply voltage range of approximately 7.6V to 20V</strong>, making it suitable for a variety of offline and DC-DC converter applications. It utilizes a <strong>current-mode control architecture</strong>, providing fast transient response and inherent cycle-by-cycle current limiting. <br><br>The MIC38C45YM-TR features a <strong>maximum duty cycle of 50%</strong>, making it ideal for topologies such as flyback and forward converters that require controlled duty operation. It also includes an integrated <strong>5V precision reference</strong> and internal oscillator for stable operation. <br><br>Designed with a <strong>BiCMOS process</strong>, the controller provides low startup current (typically around <strong>50µA</strong>) and low operating current (around <strong>4mA</strong>), improving overall system efficiency. <br><br>The device incorporates key protection and control features such as <strong>undervoltage lockout (UVLO) with hysteresis, frequency control, and fast output drive capability</strong>, ensuring reliable and stable operation in power supply systems. <br><br>Encased in a compact <strong>8-pin SOIC surface-mount package</strong>, the MIC38C45YM-TR is optimized for space-constrained PCB designs and industrial applications. <br><br>The <strong>MIC38C45YM-TR</strong> is widely used in <strong>switch-mode power supplies, DC-DC converters, flyback and forward converters, offline power supplies, and industrial power management systems</strong>, where efficient and reliable PWM control is essential.
MIC38C45YM-TR

Description: The MIC38C45YM-TR is a high-performance current-mode PWM controller devel ...
Package: T&R | MOQ: 2500 | MPQ: 2500

MIC4420YM-TR / The MIC4420YM-TR is a high-performance <strong>low-side MOSFET gate driver</strong> developed by <strong>Microchip Technology</strong>, designed to drive large MOSFETs efficiently in switching power and control applications. It provides a <strong>non-inverting output configuration</strong>, making it suitable for direct logic-level control. <br><br>The device delivers a high <strong>peak output current of up to 6A</strong>, enabling fast charging and discharging of MOSFET gate capacitances for efficient high-speed switching. It supports a wide <strong>operating voltage range from 4.5V to 18V</strong>, ensuring compatibility with various power system designs. <br><br>The MIC4420YM-TR features <strong>fast switching performance</strong> with typical rise and fall times around <strong>25ns</strong> and low propagation delay, allowing precise timing control in high-frequency applications. <br><br>Built using a robust CMOS/DMOS architecture, the device offers <strong>low output impedance (~2.5Ω)</strong> and near rail-to-rail output swing, ensuring efficient gate drive and minimal power loss. It also includes <strong>latch-up protection and high immunity to noise</strong>, enhancing reliability in demanding environments. <br><br>The driver is capable of handling large capacitive loads and supports logic inputs compatible with standard digital systems, eliminating the need for additional interface components. <br><br>Encased in a compact <strong>8-pin SOIC surface-mount package</strong>, the MIC4420YM-TR is optimized for high-density PCB layouts and efficient thermal performance. <br><br>The <strong>MIC4420YM-TR</strong> is widely used in <strong>switch-mode power supplies, motor control systems, class-D amplifiers, and high-speed switching circuits</strong>, where strong gate drive capability and fast switching are essential.
MIC4420YM-TR

Description: The MIC4420YM-TR is a high-performance low-side MOSFET gate driver develo ...
Package: T&R | MOQ: 2500 | MPQ: 2500

MIC2026-1YM-TR / The MIC2026-1YM-TR is a highly integrated <strong>dual-channel high-side power distribution switch</strong> developed by <strong>Microchip Technology</strong>, designed for controlled power delivery and protection in low-voltage systems. It is commonly used in USB and general-purpose power switching applications where reliability and protection are critical. <br><br>The device features <strong>two independent output channels</strong> with a typical output current capability of up to <strong>1.25A per channel</strong>, enabling efficient power distribution to multiple loads. <br><br>It operates within a supply voltage range of <strong>2.7V to 5.5V</strong>, making it suitable for standard 3.3V and 5V systems, including USB-powered devices and embedded electronics. <br><br>The MIC2026-1YM-TR incorporates advanced protection features such as <strong>current limiting, thermal shutdown, and undervoltage lockout</strong>, ensuring safe operation and protecting both the IC and connected loads from fault conditions. <br><br>It includes a <strong>soft-start mechanism</strong> that reduces inrush current during power-up, improving system stability when driving capacitive loads. Additionally, a <strong>fault status flag output</strong> provides real-time indication of overcurrent or thermal events. <br><br>The device features a <strong>low on-resistance (approximately 90mΩ)</strong>, minimizing power loss and improving overall efficiency in power distribution systems. <br><br>Encased in a compact <strong>8-pin SOIC surface-mount package</strong>, the MIC2026-1YM-TR is optimized for space-constrained PCB designs and easy integration into modern electronic systems. <br><br>The <strong>MIC2026-1YM-TR</strong> is widely used in <strong>USB hubs, embedded systems, notebook PCs, portable devices, and general-purpose power distribution applications</strong>, where controlled power switching and circuit protection are essential.
MIC2026-1YM-TR

Description: The MIC2026-1YM-TR is a highly integrated dual-channel high-side power distributio ...
Package: T&R | MOQ: 2500 | MPQ: 2500

TPS63000DRCR / The TPS63000DRCR is a highly efficient <strong>buck-boost DC-DC converter</strong> developed by <strong>Texas Instruments</strong>, designed to provide a stable output voltage regardless of whether the input voltage is above or below the desired output level. It integrates <strong>synchronous rectification and high-current internal switches </strong>, enabling compact and efficient power supply designs. <br><br>The device operates over an input voltage range of <strong>1.8V to 5.5V</strong> and provides an <strong>adjustable output voltage from 1.2V to 5.5V</strong>, making it ideal for battery-powered applications such as single-cell Li-ion or multi-cell alkaline systems. <br><br>The TPS63000DRCR supports switching currents up to approximately <strong>1.6A to 1.8A</strong>, allowing it to drive moderate loads with high efficiency, often reaching above <strong>90% efficiency</strong> depending on operating conditions. <br><br>It uses a <strong>single inductor architecture</strong> and operates at a switching frequency of around <strong>1.25MHz to 1.5MHz</strong>, reducing the size of external components and enabling compact PCB layouts. <br><br>The regulator includes advanced features such as <strong>power save mode for light loads, soft-start, overtemperature protection, and undervoltage lockout</strong>, ensuring stable and reliable operation in various conditions. <br><br>Designed for portable and energy-efficient systems, it has a <strong>low quiescent current</strong> and supports seamless transition between buck and boost modes without output disruption. <br><br>Encased in a compact <strong>10-pin VSON surface-mount package</strong>, the TPS63000DRCR is optimized for high-density and space-constrained designs. <br><br>The <strong>TPS63000DRCR</strong> is widely used in <strong>portable electronics, battery-powered devices, handheld instruments, wireless modules, and embedded power management systems</strong>, where efficient voltage regulation across varying input levels is required.
TPS63000DRCR

Description: The TPS63000DRCR is a highly efficient buck-boost DC-DC converter develop ...
Package: T&R | MOQ: 3000 | MPQ: 3000

TPS54060DGQR / The TPS54060DGQR is a highly efficient <strong>step-down (buck) DC-DC switching regulator</strong> developed by <strong>Texas Instruments</strong>, designed for wide input voltage power conversion in industrial and embedded systems. It integrates a <strong>high-side MOSFET</strong>, enabling compact and simplified power supply designs. <br><br>The device operates over a wide <strong>input voltage range of 3.5V to 60V</strong>, making it suitable for applications powered from industrial rails such as 12V, 24V, and 48V systems. It delivers up to <strong>0.5A output current</strong>, supporting low-to-medium power loads. <br><br>The TPS54060DGQR features an <strong>adjustable output voltage starting from 0.8V</strong>, allowing flexible regulation for various system requirements. It uses <strong>current-mode control architecture</strong>, providing fast transient response and simplified loop compensation. <br><br>It supports a wide <strong>switching frequency range from 100kHz to 2.5MHz</strong>, enabling designers to optimize between efficiency and component size. The device also includes <strong>Eco-Mode™ operation</strong>, which improves efficiency at light loads by reducing switching losses. <br><br>The regulator is optimized for low power consumption, with a typical <strong>quiescent current of around 116µA</strong> and a very low <strong>shutdown current of approximately 1.3µA</strong>, making it suitable for energy-sensitive applications. <br><br>Additional features include <strong>adjustable soft-start, undervoltage lockout (UVLO), power-good output, frequency synchronization, and thermal shutdown protection</strong>, ensuring stable and reliable operation in demanding environments. <br><br>Encased in a compact <strong>10-pin HVSSOP surface-mount package with PowerPAD™</strong>, the device provides efficient thermal performance and is ideal for high-density PCB layouts. <br><br>The <strong>TPS54060DGQR</strong> is widely used in <strong>industrial power supplies, automotive electronics, distributed power systems, telecom equipment, and embedded control applications</strong>, where wide input range and efficient voltage regulation are required.
TPS54060DGQR

Description: The TPS54060DGQR is a highly efficient step-down (buck) DC-DC switching regulator ...
Package: T&R | MOQ: 2500 | MPQ: 2500

IRLML6402TRPBF / The IRLML6402TRPBF is a compact <strong>P-channel enhancement-mode MOSFET</strong> developed by <strong>Infineon Technologies</strong>, designed for efficient power switching in low-voltage applications. It features a <strong>drain-to-source voltage of -20V</strong> and supports continuous drain currents up to <strong>-3.7A</strong>, making it suitable for load switching and power management circuits. <br><br>The device offers a very low <strong>on-resistance of approximately 65mΩ</strong>, significantly reducing conduction losses and improving efficiency in battery-powered and portable designs. <br><br>With a <strong>low gate threshold voltage (around -0.4V to -1.2V)</strong>, the MOSFET supports <strong>logic-level gate drive</strong>, allowing direct control from microcontrollers and low-voltage logic circuits. <br><br>The IRLML6402TRPBF features <strong>fast switching characteristics and low gate charge (~8nC)</strong>, enabling efficient operation in high-frequency switching applications such as DC-DC converters. <br><br>Designed for reliability, it supports a maximum junction temperature of <strong>+150°C</strong> and provides robust thermal performance with a power dissipation of approximately <strong>1.3W</strong>. <br><br>Encased in a compact <strong>SOT-23 surface-mount package</strong>, the device is ideal for space-constrained PCB layouts and high-density electronic designs. <br><br>The <strong>IRLML6402TRPBF</strong> is widely used in <strong>battery management systems, load switching circuits, DC-DC converters, portable electronics, and power control applications</strong>, where low losses and compact size are essential.
IRLML6402TRPBF

Description: The IRLML6402TRPBF is a compact P-channel enhancement-mode MOSFET develop ...
Package: T&R | MOQ: 3000 | MPQ: 3000

IRF7316TRPBF / The IRF7316TRPBF is a compact <strong>dual P-channel MOSFET</strong> developed by <strong>Infineon Technologies</strong>, designed for efficient power switching and load management in low-voltage applications. It integrates <strong>two P-channel MOSFETs in a single package</strong>, simplifying circuit design and reducing PCB space requirements. <br><br>The device supports a <strong>drain-to-source voltage of -30V</strong> and a continuous drain current of up to <strong>-4.9A per channel</strong>, making it suitable for moderate power switching applications. <br><br>It features a <strong>low RDS(on) of approximately 58mΩ</strong>, which helps minimize conduction losses and improve overall efficiency in power management circuits. <br><br>The MOSFET includes <strong>logic-level gate drive capability</strong>, allowing direct control from low-voltage microcontrollers and digital circuits. It also provides <strong>fast switching performance and low gate charge (~34nC)</strong>, enabling efficient operation in high-frequency switching applications. <br><br>Designed for reliable operation, the device supports a wide temperature range from <strong>-55°C to +150°C</strong>, ensuring stable performance in industrial environments. <br><br>Encased in a compact <strong>SOIC-8 surface-mount package</strong>, the IRF7316TRPBF is optimized for space-constrained PCB layouts while maintaining good thermal performance. <br><br>The <strong>IRF7316TRPBF</strong> is widely used in <strong>load switching, DC-DC converters, battery management systems, portable electronics, and power control circuits</strong>, where compact dual MOSFET integration and efficient switching are required.
IRF7316TRPBF

Description: The IRF7316TRPBF is a compact dual P-channel MOSFET developed by ...
Package: T&R | MOQ: 4000 | MPQ: 4000

IRFH8202TRPBF / The IRFH8202TRPBF is a high-performance <strong>N-channel power MOSFET</strong> developed by <strong>Infineon Technologies</strong>, designed for low-voltage, high-current switching applications. It features a <strong>drain-to-source voltage of 25V</strong> and supports high continuous drain currents up to <strong>100A</strong>, making it suitable for demanding power management systems. <br><br>The device is built using advanced MOSFET technology and offers an ultra-low <strong>RDS(on) of approximately 1.05mΩ</strong>, significantly reducing conduction losses and improving overall system efficiency. <br><br>With a <strong>low gate charge (typ. ~52nC)</strong> and fast switching characteristics, the IRFH8202TRPBF enables efficient high-frequency operation, making it ideal for DC-DC converters and power switching circuits. <br><br>The MOSFET operates with a <strong>gate-source voltage range of ±20V</strong> and features a low <strong>gate threshold voltage (~1.8V to 2.35V)</strong>, allowing compatibility with standard logic-level drivers. <br><br>Designed for robust performance, it supports an operating junction temperature range of <strong>-55°C to +150°C</strong> and offers high power dissipation capability, ensuring reliability in industrial and high-load environments. <br><br>Encased in a compact <strong>PQFN 5x6 surface-mount package</strong>, the IRFH8202TRPBF provides excellent thermal performance and enables high power density PCB designs. <br><br>The <strong>IRFH8202TRPBF</strong> is widely used in <strong>DC-DC converters, synchronous rectification, battery management systems, motor drivers, and high-efficiency power switching applications</strong>, where low losses and high current capability are critical.
IRFH8202TRPBF

Description: The IRFH8202TRPBF is a high-performance N-channel power MOSFET developed ...
Package: T&R | MOQ: 4000 | MPQ: 4000

XC95288XL-7PQ208C / The XC95288XL-7PQ208C is a high-performance <strong>complex programmable logic device (CPLD)</strong> developed by <strong>AMD (Xilinx)</strong>, designed for advanced digital logic integration in embedded and industrial systems. It features <strong>288 macrocells and approximately 6400 usable logic gates</strong>, enabling implementation of complex combinational and sequential logic functions. <br><br>The device operates with a propagation delay of approximately <strong>7.5 ns</strong> and supports system frequencies up to around <strong>200 MHz</strong>, making it suitable for high-speed logic and timing-critical applications. <br><br>Built on advanced <strong>3.3V CMOS Flash-based architecture</strong>, the XC95288XL-7PQ208C offers <strong>in-system programmability via JTAG</strong> and supports more than <strong>10,000 program/erase cycles</strong>, ensuring flexibility and long-term reliability. <br><br>The device includes up to <strong>168 user I/O pins</strong> and <strong>16 logic function blocks</strong>, providing high connectivity and design scalability for complex systems. It also features <strong>5V tolerant inputs and multiple global clock resources</strong>, enabling compatibility with mixed-voltage environments. <br><br>Operating within a <strong>3.0V to 3.6V supply range</strong>, the CPLD is optimized for low-power operation while maintaining high performance. It supports an industrial temperature range of <strong>0°C to +70°C</strong>, suitable for standard embedded applications. <br><br>Encased in a <strong>208-pin PQFP surface-mount package</strong>, the XC95288XL-7PQ208C provides high pin density and is ideal for complex PCB designs requiring extensive I/O and logic resources. <br><br>The <strong>XC95288XL-7PQ208C</strong> is widely used in <strong>industrial control systems, communication equipment, interface bridging, state machines, and FPGA companion logic designs</strong>, where reliable and reconfigurable digital logic is required.
XC95288XL-7PQ208C

Description: The XC95288XL-7PQ208C is a high-performance complex programmable logic device (CPL ...
Package: TRAY | MOQ: 60 | MPQ: 60













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