Description

With high ability to withstand the shock loading of large current, SCD12C80 of silicon controlled rectifiers,provides high dV/dt rate with strong resistance toelectromagnetic interference. It is especially recommended for use on solid state relay, motorcycle,power charger,T-tools etc. Package TO-252 is RoHS compliant.

Main Technical Parameters

  • Package type: TO-252
  • Off-state repetitive peak voltage/Reverse repetitive peak voltage (VDRM/VRRM): 800V
  • Maximum on-state current (IT(RMS)): 12A
  • Trigger current (IGT): ≤15mA
  • Dv/dt strong anti-interference ability: ≥200V/μs

Features and Advantages

  • High blocking voltage capability: 800V repetitive peak turn-off voltage, suitable for high voltage applications.
  • Strong surge current withstand capability: 140A surge current, suitable for motor starting and power surge protection.
  • Excellent thermal cycling performance: Fully plastic package, providing good thermal conductivity and electrical isolation, suitable for high-frequency thermal cycle industrial environment.
  • Low trigger current and voltage: Low gate trigger current and voltage, easy to integrate with low-power control circuits (such as microcontrollers).

Working Principle

Inside the SCD12C80 is a four-layer semiconductor structure (PNPN) with three pins:

  • A (Anode)
  • K (Cathode)
  • G (Gate)

It is essentially a controlled switch that will only conduct when certain conditions are met.

SCD12C80 adopts a unidirectional conduction structure. Its working principle is based on the on-off control of the PNPN structure. The device is turned on by an external gate trigger current and is used to control high current loads.

Typical Application

  • Crowbar protection
  • Inrush protection
  • Motor control
  • Voltage regulation

Product Line

For datasheet and more details of SCD12C80, please visit the website:

https://semiware.com/en/standard-scr/scd12c80

About Semiware
Semiware has a comprehensive product lineup of circuit protection device products. The company leverages its technology in the semiconductor field and application background in end products to serve customers in the electronics, automotive and industrial markets. For more information, please visit semiware official website: https://semiware.com/en/

Welcome to contact us for more details as follows:
Email: cassie@semiware.com;
Tel: +86-18930674110;
Whatsapp: 008618123742225