Datasheet4U Logo Datasheet4U.com

MTX400A - STANDARD THYRISTOR MODULE

Download the MTX400A datasheet PDF (MTX25A included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for standard thyristor module.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (MTX25A-ZENLI.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number MTX400A
Manufacturer ZENLI
File Size 374.29 KB
Description STANDARD THYRISTOR MODULE
Datasheet download datasheet MTX400A Datasheet

📁 Similar Datasheet

  • MTX-3531 - Shock sensor built-in type welding torch (DAIHEN)
  • MTX-5031 - Shock sensor built-in type welding torch (DAIHEN)
  • MTX-705 - FSK/ASK TRANSMITTER MODULE (ETC)
  • MTX-715 - FSK/ASK TRANSMITTER MODULE (ETC)
  • MTX-735 - FSK/ASK TRANSMITTER MODULE (ETC)
  • MTX110 - Thyristor (TECHSEM)
  • MTX2-73 - RF Transformer (Mini-Circuits)
  • MTX800 - Thyristor Modules (TECHSEM)
  • MTX90 - Thyristor Modules (Techsem)
  • MTXA-2531 - Welding torch for robot with a built-in shock sensor (DAIHEN)
Other Datasheets by ZENLI
  • MTX40A - STANDARD THYRISTOR MODULE
  • MTX1000A - STANDARD THYRISTOR MODULE
  • MTX110A - STANDARD THYRISTOR MODULE
  • MTX130A - STANDARD THYRISTOR MODULE
  • MTX160A - STANDARD THYRISTOR MODULE
  • MTX200A - STANDARD THYRISTOR MODULE
  • MTX250A - STANDARD THYRISTOR MODULE
  • MTX25A - STANDARD THYRISTOR MODULE

Full PDF Text Transcription

Click to expand full text
STUD VERSION SEMICONDUCTOR STANDARD THYRISTOR MODULE Features Applications Base & chip insulation AC voltage 2500V International standard packing Excellent temperature feature ≥300A could chose water-cool Easy to install Explanation AC DC motor control Motor soft start Industry heat-up control Rectificate power supply Welder Frequency transformer UPS power supply Battery change & dischange IGT,VGT,IH are all TA=25℃ test data,others are all TA=Tjm test data. I2t=I2TSM×tw/2:tw=Half sine wave current,when at 50Hz, I2t=0.005I2TSM(A2S) When at 60Hz,ITSM(8.3ms)=ITSM(10ms)×1.066,Tj=Tjm I2t(8.3ms)=I2t(10ms)×0.
Published: |