TM150SA-60 MITSUBISHI ELECTRIC THYRISTOR MODULE

Name: TM150SA-60 MITSUBISHI ELECTRIC THYRISTOR MODULE
Brand: MICROCHIP TECHNOLOGIES
Price: 2500.0 INR
Availability: InStock

Price 2500.0 INR/ Piece

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MOQ : 1 Piece

TM150SA-60 MITSUBISHI ELECTRIC THYRISTOR MODULE Specification

Product Type
Thyristor Module

Application
Power control, rectifiers, inverters, motor drives

Supply Voltage
Up to 600V

Operating Temperature
-40C to +125C (typical for similar modules)

Temperature Range
-40C to +125C

Size
Approx. 94mm x 40mm x 30mm

Weight
Approx. 250g

Number of Phases
Single Phase

Gate Trigger Current (Igt)
Not Specified (Consult datasheet)

Module Type
TM150SA-60

Mounting Type
Panel Mount

Maximum Repetitive Peak Off-State Voltage (VDRM)
600V

Average On-state Current (IT(AV))
150A

Isolation Voltage
2500V AC (RMS) to base

Peak One Cycle Surge Current (ITSM)
1500A (typical, 50Hz, 1cycle)

TM150SA-60 MITSUBISHI ELECTRIC THYRISTOR MODULE About

The TM150SA-60 MITSUBISHI ELECTRIC THYRISTOR MODULE is a must-have component for engineers seeking a distinguished solution in power control. This hot deal features a rarefied specification lineup: single phase, 600V repetitive peak off-state voltage, and a spectacular 150A average on-state current. Its robust mounting design and 2500V AC isolation to base mark it as a popular choice for critical circuits. Known for reliability in rectifiers, inverters, and motor drives, this module embodies professional-grade performance for demanding applications.

Exceptional Features and Versatile Applications

TM150SA-60 offers outstanding durability with an impressive operating temperature range from -40C to +125C and a compact build, making it suitable for panel mounting in space-constrained environments. This module is particularly distinguished for use in commercial power control systems, such as industrial inverters and rectifiers. Its reliable performance and high surge current capacity ensure spectacular results in demanding commercial and automation systems where reliability and efficiency are paramount.

Sample Policy, Domestic Market, and Ready Stock Ordering

Our TM150SA-60 modules follow a swift sample dispatch policy, with stock ready to support urgent inquiries. FOB shipments are processed efficiently from leading ports to facilitate completion of orders at competitive rates. We primarily cater to the main domestic market, ensuring rapid fulfillment and exceptional service tailored to your project timelines. Place your orders seamlessly and enjoy the benefits of prompt, reliable supply tailored for critical industrial requirements.

FAQ's of TM150SA-60 MITSUBISHI ELECTRIC THYRISTOR MODULE:

Q: How can I use the TM150SA-60 Thyristor Module in power control applications?

A: You can employ the TM150SA-60 module for controlling power in systems such as rectifiers, inverters, and motor drives, where consistent high-current switching and reliability are necessary.

Q: What commercial sectors benefit the most from the TM150SA-60 module?

A: Industries involved in automation, industrial machinery, and large-scale motor drives benefit significantly from this module due to its robust current handling and versatile mounting options.

Q: Where can I find the datasheet for gate trigger current specifications?

A: For detailed gate trigger current (Igt) values, you should consult the module's official datasheet available from Mitsubishi Electric or authorized distributors.

Q: What is the process for ordering and receiving samples of TM150SA-60?

A: You can request samples via our standard sample policy, with stock ready for prompt dispatch. Orders are processed on a first-come, first-served basis to ensure swift delivery.

Q: When is the TM150SA-60 module suitable for use in high-temperature environments?

A: The module is designed to operate reliably within a wide temperature range, from -40C to +125C, making it suitable for installations facing extreme environmental conditions.

Q: How does the isolation voltage of 2500V AC benefit users?

A: The high isolation voltage enhances safety by preventing electrical breakdown between the circuitry and the base, ensuring secure performance in high-voltage environments.

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