PC925 Optocoupler IC Dip-8

Description

PC925 Optocoupler IC Dip-8 The PC925 Optocoupler DIP‑8 IC is a high‑performance optically isolated gate‑drive device, designed to interface directly with MOSFETs and IGBTs in demanding power‑electronics applications. Its architecture combines an LED input, an integrated optical detector and processing circuit (OPIC™), and a high‑current output stage within a conventional 8‑pin dual‑in‑line (DIP) package. Features: 8-pin DIP package with double transfer mold construction for flow soldering compatibility. High-speed response with maximum propagation delay of 0.5µs. Peak output current of 2.5A with sustained output capability of 0.5-2.0A. Built-in direct drive circuit for MOSFET and IGBT gate drive applications. Wide operating supply voltage range from 15 to 30V. High isolation voltage of 5kV RMS between input and secondary circuits. Specifications: Parameter Specification Manufacturer SHARP Package DIP-8 Power Dissipation 295mW Low Level Delay Time 500ns High Level Delay Time 500ns Reverse Voltage 5V Voltage – Forward (Vf) 1.8V Voltage – Supply 15V ~ 30V Forward Current (If) 25mA Operating Temperature -40℃ ~ +100℃ CMTI (kV/µs) 15 kV/µs Number of Channels 1 Input Threshold Current 5mA Isolation Voltage (Vrms) 5kV Input Type DC Pin Configuration: Applications: IGBT and MOSFET gate‑drive circuits in inverter and power‑conversion systems. High‑speed switching circuits for industrial control equipment. Isolated interface systems requiring high common‑mode noise immunity. Audio‑visual and consumer electronics where isolation and speed are critical. Automation equipment and motor‑drive controllers. Package Include: 1x PC925 Optocoupler IC Dip-8 Datasheet: PC925

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