Showing 9571-9600 of 116084 products
Epson
EPSON TSX-3225 SMD crystal, 16MHz, ±10ppm. Compact 3.2x2.5mm case, 9pF load. Ideal for portable, industrial & consumer electronics.
Abracon
High-reliability ABRACON ABM7 SMD crystal for precision timing in computing, communications & industrial applications. Surface-mount design.
Precision SMD crystal for timing. Low power, 32.768kHz, 12.5pF, 10ppm. Compact 8x3.8mm. Ideal for wireless, industrial.
ABRACON 32.768kHz SMD crystal, 3.2x1.5mm, 12.5pF, ±10ppm. Low profile, ceramic package, -40°C to +85°C.
IQD Frequency Products
50MHz SMD crystal oscillator with ±50ppm stability, 3.3V supply, HCMOS output. Compact 7x5mm package for reliable timing.
Monkmakes
Solderless 400-point breadboard for Raspberry Pi Pico with labelled pins, dual power bus and self-adhesive back.
Microchip
MICROCHIP 24LC512 512Kbit I2C EEPROM. 64K x 8, 400kHz, 2.5-5.5V, low power, 8-pin SOIC package for industrial use.
Low-power 1Kbit serial EEPROM with Microwire interface. 1M cycles, >200yr retention, 2.5-5.5V, SOIC-8 package.
Diodes Inc.
Diodes Inc. ZXCT1109SA-7 low-power high-side current monitor. 2.5-36V range, 650kHz bandwidth, 3-pin SOT-23 package. For automotive & industrial use.
Texas Instruments
TEXAS INSTRUMENTS LM393 dual comparator IC. SOIC-8 package, 300ns response, 2-36V supply. For voltage detection & logic circuits.
Precision TEXAS INSTRUMENTS current sense amplifier for high/low side monitoring. 50 V/V gain, 210kHz bandwidth, -40°C to 125°C operation.
Micropower comparator with rail-to-rail inputs, open-collector output, and fast 560ns response. Ideal for industrial use.
Arduino
Explore electronics with the ARDUINO Sensor Kit. Includes Base Shield, 10 Grove modules & cables. Perfect for beginners. UNO board not included.
Infineon
Infineon SIPMOS high side power load switch with 1 output in SOT-223-4 package. AEC-Q100 qualified for automotive and industrial applications.
St MicroElectronics
STMICROELECTRONICS single-channel power load switch with 500mA current, thermal & short-circuit protection for 2.7-5.5V systems.
Onsemi
ONSEMI USB positive overvoltage protection controller with internal PMOS FET. 1.2-20V supply, TSOP-5 package. Ideal for USB devices.
MICROCHIP Power Load Switch IC, 5.5V, 900mA, SOT-23-6 package. High side switch with thermal protection & low on-state resistance.
Synchronous buck controller from Texas Instruments, 6V-42V input, up to 12A output, 1MHz, HTSSOP-14 package.
Texas Instruments high-side power distribution switch. Features 1A current limit, 5.5V input, & thermal protection in a SOT-23-5 package.
Whadda
Comprehensive Whadda UK electronics kit for Arduino. Includes sensors, LEDs, displays & more in a storage box for prototyping.
High-efficiency STMICROELECTRONICS buck regulator IC. 4-36V input, 1.235-35V adjustable output, 2A current. Surface mount HSOP-8 package.
Microchip CMOS LDO voltage regulator with 250mA output, 330mV dropout & over-temperature protection. Ideal for battery-powered applications.
MICROCHIP MCP1826S 3.3V 1A LDO regulator. Low 250mV dropout, stable with 1µF ceramic cap. Ideal for comms, computing & automotive.
High-efficiency MICROCHIP MCP1640BT DC-DC boost regulator. Adjustable 2-5.5V output, 350mA, ideal for portable & battery-powered devices.
Adjustable DC-DC buck step-down regulator by STMicroelectronics. 5.5V-48V input, 3A output, HSOP-8 package with thermal shutdown.
Precision micropower voltage reference from ONSEMI. Fixed 3.3V output, SOT-23 package, ±1% accuracy. Ideal for ADC and power circuits.
NXP
NXP single-chip WPC 1.2 compliant wireless power transmitter controller, 3.5V-5.25V, 8W, HVQFN-EP. Ideal for phone & smartwatch chargers.
Precise 3.3V MICROCHIP voltage reference IC in SOT-23-6 package. Features 0.1% accuracy, 50ppm/°C temp coefficient for stable analogue circuits.
Texas Instruments TPS54334DDA buck converter: 4.2-28V in, 0.8-24V out, 3A. High-efficiency, integrated MOSFETs, full protection. HSOP-8 package.
TEXAS INSTRUMENTS 3.3V LDO regulator, 100mA output, 4.2-30V input. Low 300mV dropout, SOT-23-3 package for compact designs.
