Displaying 8851-8880 of 116084 products
Microchip
Microchip low power analogue comparator with push-pull output. Single supply, 1.6V to 5.5V, SOT-23 package. Ideal for heavy DC loads.
St MicroElectronics
STMicroelectronics TDA7563B: 4-channel AB amplifier, 75W @ 2Ohm, 8V-18V, Flexiwatt27. Ideal for car radio applications.
Texas Instruments
Precision low drift CMOS instrumentation amplifier with rail-to-rail I/O. 2.7V-5.5V supply, 20µV offset. Ideal for medical & test measurement.
High-accuracy TI INA219BIDR current sense amplifier. Monitors current, voltage & power via I²C. 0.5% accuracy, 26V range, SOIC-8 package.
Arduino
Arduino MKR WAN 1310 board with ARM Cortex-M0+ & LoRa® for low-power IoT projects. Connect to cloud, LoRaWAN™, or peer-to-peer networks.
Power Integrations
Energy-efficient TinySwitch-III DIP-8 IC for flyback power supplies. Features 700V MOSFET, EcoSmart tech, and meets global efficiency regs.
Renesas
RENESAS ICL7660SCBAZ SOIC-8 voltage converter. Converts 1.5-12V input to -1.5 to -12V output, 45mA max. Ideal for power management.
Infineon
Discover the Infineon High Side Power Switch. AEC-Q100 qualified, 40V, 700mA with comprehensive protection features for automotive use.
INFINEON BTS723GW high-side power switch. 42V, 9A, 2 channels, with AEC-Q100 qualification. Ideal for automotive, HVAC.
STMicroelectronics power distribution switch with 90mΩ on-state, 1A current limit, SOT-23 package. Ideal for robust power management.
Texas Instruments TPS22918 load switch. 1-5.5V input, 2A, configurable rise time & QOD. Ideal for portable power management.
Microchip TC7662BCOA charge pump converter, 1.5V-15V input, -1.5V to -15V output, 20mA, SOIC-8. High efficiency, low EMI.
Everel
Professional 250V neon indicator lamp for panels. 13mm mount, quick-connect terminals. For boilers, appliances & industrial equipment.
Diodes Inc.
Precision adjustable shunt regulator (2.5-20V) with 1% accuracy & ±55ppm/°C stability. Ideal SMT replacement for zener diodes.
Microchip CMOS LDO voltage regulator with 250mA output, 330mV dropout & over-temperature protection. Ideal for battery-powered applications.
Fixed 3.3V LDO regulator from Microchip, 250mA, SOT-223. Low dropout, stable with ceramic caps, ideal for battery devices.
Diodes Inc. LM4040B25FTA precision 2.5V shunt voltage reference in SOT-23. ±0.2% accuracy, low noise. Ideal for power management.
MICROCHIP 3.3V LDO regulator: 300mA, 300mV dropout, high PSRR. Ideal for power management, automotive & consumer electronics.
Microchip adjustable LDO voltage regulator featuring 26V max input, 3A output, and fast transient response. Ideal for automotive & portable devices.
Onsemi
Fixed 5V linear regulator with 100mA output, SOT-89-3, input 6.7V-30V. Stable voltage for low-power electronics.
Precision adjustable shunt voltage reference, 2.495V to 36V, SOT-23 package, low noise, green product.
Adjustable TEXAS INSTRUMENTS DC-DC buck-boost regulator. 1.8V-5.5V input, 1.2V-5.5V output at 1.8A. 96% efficiency, VSON-10 surface mount package.
High-efficiency buck regulator, 5V 500mA output, 4-40V input, SOIC-14. Ideal for industrial power management. Low-power standby.
Precision LM4041 series voltage reference IC in SOT-23 package. Adjustable from 1.233V to 10V, low noise, no capacitor required.
TPS54202H synchronous buck regulator: 4.5-28V in, 0.6-26V out, 2A. Compact SOT-6 IC for efficient power conversion.
Texas Instruments 1A low-dropout fixed 3.3V regulator. TO-220 package with 500mV dropout, thermal & short-circuit protection. For 5V systems.
Precision TL431 shunt voltage reference, adjustable 2.495V-36V, 1% accuracy, SOT-23 surface mount. Ideal for power supplies and monitoring.
Precision TEXAS INSTRUMENTS fixed voltage reference IC in SOT-23 package. Low power, high accuracy for portable & industrial applications.
ONSEMI MC34064P-5G undervoltage sensing IC for system reset. 4.59V threshold, 1-6.5V supply, active-low output in TO-92 package.
Raspberry Pi
Official Raspberry Pi 1m Micro USB cable in red. Perfect for powering your Pi Zero 2 W or other models from a PC or USB supply.
