ULN2003AG Seven Darlington Array 50V 500mA DIP-16

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ULN2003AG Seven Darlington Array 50V 500mA DIP-16 The ULN2003AG Seven Darlington Array 50V 500mA DIP-16 is a high-voltage, high-current Darlington transistor array designed for controlling loads that require more current than a typical digital logic output can provide. The device contains seven NPN Darlington pairs with open-collector outputs and common emitters, providing a convenient interface between logic circuits and loads such as relays, motors, solenoids, lamps, and displays. Features: Seven NPN Darlington transistor pairs in one IC. 50V maximum collector-emitter voltage. 500mA peak collector current per output. Integrated output clamp diodes for inductive-load switching. 2.7kΩ series base resistor on each Darlington input. Compatible with TTL and 5V CMOS logic. Seven open-collector outputs with common emitters. Specifications: Parameter Value Device Type Seven Darlington Transistor Array Transistor Type NPN Darlington Number of Channels 7 Maximum Collector-Emitter Voltage 50V Peak Collector Current 500mA Input Logic Compatibility TTL / 5V CMOS Input Series Resistor 2.7kΩ Maximum Input Voltage 30V Output Type Open Collector Clamp Diodes Integrated Common Emitter Yes Recommended Junction Temperature -40 to 125°C Maximum Junction Temperature 150°C Package DIP-16 / PDIP-16 Mounting Type Through-Hole Pin Configuration: Applications: Relay driver circuits. Stepper motor driver circuits. DC brushed motor driver circuits. Solenoid and actuator control. Lamp driver circuits. LED and gas-discharge display drivers. Line driver circuits. Logic buffer applications. Microcontroller-controlled load switching. Arduino and development-board projects. Industrial control and automation circuits. Package Include: 1x ULN2003AG Seven Darlington Array 50V 500mA DIP-16 Datasheet