GE IS200DAMDG2A GATE DRIVE INTERFACE BOARD

Brand:GE

Item No:IS200DAMDG2A

Unit price:999$

Condition: Brand new and original

Quality Guarantee: 1 Year

Payment : T/T and Western Union

Delivery Time: 2-3 day

Shipping Port: China


Product Detail

Product Tags

General info

Manufacture GE
Item No IS200DAMDG2A
Article number IS200DAMDG2A
Series Mark VI
Origin United States(US)
Dimension 180*180*30(mm)
Weight 0.8 kg
Customs Tariff Number 85389091
Type GATE DRIVE INTERFACE BOARD

 

Detailed data

GE IS200DAMDG2A GATE DRIVE INTERFACE BOARD

The GE IS200DAMDG2A Gate Drive Interface Board is a module used in GE Mark VI and Mark VIe control systems to drive and amplify the signals that control high power switching devices. It can be used in applications involving inverters, motor drives, power converters, and other power electronic systems.

The IS200DAMDG2A amplifies the control signal from the control system and converts it to a higher voltage signal to drive power devices such as IGBTs and MOSFETs, which is critical for high-power switching.

It ensures precise and timely control of the gate switching of the power devices. Built-in protection ensures that the system remains safe under normal operation and fault conditions.

The IS200DAMDG2A and other DAMD and DAME boards are used to provide an interface without amplification and without any power input. The DAM board is used to connect the collector terminals, emitter and gate of the IGBT and the IS200BPIA bridge personality interface board of the control rack.

IS200DAMDG2A

Frequently asked questions about the product are as follows:

-What power devices can the IS200DAMDG2A drive?
It can drive IGBTs, MOSFETs and thyristors for high power electronic devices such as inverters, motor drives and power converters.

-Is the board compatible with redundant systems?
It can be used in redundant systems to ensure high availability and fault tolerance in critical applications.

-What are the benefits of real-time diagnostics in this module?
It allows for immediate detection of faults or anomalies in the system, enabling rapid intervention and reducing the risk of equipment damage and unplanned downtime.


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