TD62308APG,4-Channel High-Current Darlington Sink Driver, TTL,DIP-16

The TD62308APG is a 4-channel Darlington transistor array designed for driving high-current loads such as relays, motors, lamps, and other inductive loads. Featuring four NPN Darlington output stages, each capable of sourcing up to 1.5A, the TD62308APG is a reliable solution for applications requiring robust current control and switching.

This driver is compatible with TTL, CMOS, and 5V microprocessor outputs, making it versatile for use in various control systems. The device is equipped with integrated clamp diodes, allowing safe operation when driving inductive loads by absorbing back EMF, which protects the outputs from damage. The sustaining voltage of up to 50V makes it suitable for industrial environments where high-voltage loads are common.

Packaged in a DIP-16 form, the TD62308APG is easy to integrate into traditional through-hole circuit designs. It also includes a heat sink and ground terminals for improved thermal performance, ensuring reliability even under continuous high-current conditions. With a maximum input voltage of 30V and low-level active inputs, this driver is an excellent choice for powering demanding loads in industrial automation, consumer electronics, and motor control applications.

• 4-Channel Sink Driver: Equipped with four NPN Darlington output stages capable of handling up to 1.5A per channel, ideal for driving high-current loads.
• High Sustaining Voltage: Supports output sustaining voltage up to 50V, suitable for various industrial and consumer applications.
• TTL and CMOS Compatible: Input stage compatible with TTL, 5V CMOS, and microprocessors, ensuring flexible use across different control systems.
• Built-In Clamp Diodes: Includes output clamp diodes for switching inductive loads, preventing damage from back electromotive force (EMF).
• Heat Sink and Ground Terminals: Features separate heat sink and ground terminals for efficient thermal management and enhanced durability.
• Compact DIP-16 Package: Packaged in a standard DIP-16 pin configuration for easy integration into through-hole designs.