Designed specifically for hobbyists and makers, the TPIC6259 is a versatile power logic 8-bit addressable latch that simplifies controlling multiple high-power components. If you are working with Arduino, Raspberry Pi, or other microcontrollers and need to switch motors, LEDs, or solenoids without a complex array of individual transistors, this is the perfect solution. It features eight low-side power DMOS transistor outputs, allowing you to control eight separate devices using just a few logic pins. The through-hole (DIP) package makes it incredibly easy to use on breadboards or for manual soldering into your custom PCB projects. With built-in protection and high-voltage capability, it provides a robust and compact way to bridge the gap between your logic circuits and real-world power applications.
8-Bit Addressable Latch: Efficiently control eight outputs using simplified addressing logic.
Power DMOS Outputs: Features eight power DMOS transistor outputs for high-efficiency switching.
High Voltage/Current Capability: Designed to handle significant power loads compared to standard logic ICs.
Through-Hole Package: Available in a standard DIP package, ideal for hobbyist prototyping and easy soldering.
Reduced Component Count: Eliminates the need for external power transistors in many applications.
Logic Level Compatibility: Can be driven directly by common 5V or 3.3V microcontrollers.
Relay and Solenoid Drivers: Perfect for switching mechanical components in automation projects.
LED Matrix Control: Drive high-brightness LEDs or large LED arrays efficiently.
Stepper Motor Control: Can be used as part of a driver circuit for small unipolar stepper motors.
Industrial Controls: Suitable for low-side switching in various control systems.
Robotics: Manage multiple actuators or peripheral power systems from a single chip.
Output Current: Continuous drain current capability for each output.
Drain-Source Voltage (VDS): High-voltage rating for power switching.
Supply Voltage (VCC): Standard logic supply range for internal circuitry.
Input Logic Levels: Compatible with standard TTL and CMOS logic.
Package Type: 20-pin DIP (Through-hole).
Operating Temperature Range: Designed for stability across various environmental conditions.