Bamac MAST5-6A IGBT Driver Board User Manual

MAST5-6A IGBT driver board is a board product with 6 IGBT drivers, 6 isolated DC-DCs, current source drive mode, VCE detection mode short circuit protection, undervoltage protection, IGBT gate TVS protection elements, power indicator, pulse indicator and other functions.


Bamac MAST5-6A IGBT Driver Board User Manual - cover page
Brand
bamac
Document type
User Manual
Language
Chinese
Pages
10
File format
PDF
File size
192 KB
Updated
30 September, 2023
MD5 checksum
F27104B07BF8DEAAA27B4C78E5528C29

About this manual

This manual provides a complete overview of the MAST5-6A IGBT driver board, including its six isolated driver channels, built‑in DC‑DC converters, and protection features such as short‑circuit, undervoltage and TVS protection. Detailed pin definitions, signal input requirements, and power supply connections are listed with wiring diagrams.

Technical parameters such as supply voltage ranges, current limits, power consumption, operating temperature limits and electrical ratings are presented, along with guidance on layout, magnetic interference mitigation, and short‑circuit protection timing adjustments. This manual is written in Chinese.

What's inside

  • 功能描述
  • 结构和尺寸
  • 连接及说明
  • 扁平线引脚定义描述表
  • 信号输入说明
  • 保护信号输出说明
  • 电源输入
  • 驱动输出电路
  • 电气规范
  • 其它注意事项

Specifications

Number of driver channels6
Per‑channel driver current5 A
Isolation voltage3000 V AC
Supply voltage (24 V version) range18‑32 V
Supply voltage (12 V version) range9‑18 V
Maximum power consumption20 W
Operating temperature range-25 °C to 70 °C
Input voltage range (VI)-7 V to +7 V
Typical rise time (no load)0.1 µs

Frequently asked questions

What input voltage should be applied to the MAST5-6A driver board?

The board accepts either 12 V or 24 V DC applied to the VIN+ and VIN‑ terminals, observing correct polarity.

What protection functions are available for each channel?

Each channel includes short‑circuit protection, undervoltage protection, TVS gate protection, and power/pulse indicator LEDs.

How can the short‑circuit protection timing be adjusted?

By adding a capacitor (e.g., 1000 pF adds about 1 µs) to the Cx pins (x = 1‑6), the protection delay can be increased.

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