A68064 Datasheet Link !new! <Cross-Platform Tested>

: TO-220, which is ideal for applications requiring heat sinking.

Never experiment with circuits like dimmers or motor controllers without proper knowledge and isolation. When soldering, ensure the metal tab of the TO-220 package is properly attached to a heatsink to manage heat. Always connect the gate terminal via a resistor (around 100Ω to 330Ω) to limit current and prevent false triggering.

Although an official manufacturer datasheet is not widely published, reliable sources provide these typical values:

part, but without the technical details, he was flying blind. He needed to know if it was a thyristor, a MOSFET, or perhaps a specialized latch driver. One wrong connection and the whole board could go up in smoke. a68064 datasheet link

| Parameter | Value | |-----------|-------| | Outputs | 4 independent NMOS DMOS drivers | | Continuous output current | 1.5 A per channel (all channels on) | | Peak output current | 2 A per channel | | Supply voltage | Up to 50 V | | Logic supply voltage | 3.3 V to 5.5 V | | On-resistance (typical) | 0.45 Ω at 25°C | | Overcurrent protection | Individual channel shutdown | | Thermal shutdown | 170°C (typical) | | Package | 20-pin DIP or SOIC (wide body) |

N-Channel Power MOSFET / High-Reliability Driver.

This table represents the most common specifications associated with the A68064. However, as a final design rule, always verify these parameters against an official datasheet for your specific part number. : TO-220, which is ideal for applications requiring

The physical TO-220 footprint features a metal tab intended for direct mounting to external heat sinks. This mechanical structure ensures highly efficient thermal dissipation under demanding, high-power pulse-width modulation (PWM) or phase-angle control environments. Primary Applications for the A68064

: Offers detailed technical specs, including equivalents and schematic diagrams.

: Alternative technical specs are hosted on Utsource for verification. Technical Summary for Your "Paper" Always connect the gate terminal via a resistor

Bolted to an aluminum heatsink with thermal paste for high-current applications. Key Applications in Modern Circuit Design 1. Pulse-Width Modulation (PWM) Motor Drivers

Utilized as the heavy-duty driving element in Pulse-Width Modulation (PWM) speed controllers and small DC motor driver H-bridges.

A standard TRIAC control circuit uses a diac in the gate to generate a clean trigger pulse. For microcontroller control: