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SKKT 273/16E Thyristor

Name: SKKT 273/16E Thyristor
Brand: RKSEMITRONICS
Price: 4400 INR
Availability: InStock

Price 4400 INR/ Piece

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MOQ : 2 Pieces

SKKT 273/16E Thyristor Specification

Response Time
Fast Switching

Usage
Power Electronics Applications

Components
Thyristors, Isolated Baseplate

Features
High Surge Current Capability, Dual Thyristor Module, Isolated Baseplate

Interface
Screw Terminal

Output
Controlled Rectified Power

Power Source
External Electric Supply

Operating Temperature
-40C to +125C

Power Supply
AC/DC

Input
Gate Trigger Current

IP Rating
IP00

Thermal Conductivity
Good (Isolated Baseplate)

Product Type
Thyristor Module

Application
Motor Drives, Power Control, Rectifiers

Rated Voltage
1600V

Supply Voltage
Up to 1600V

Size
Standard Thyristor Module

Dimension (L*W*H)
108 mm x 62 mm x 30 mm (approx)

Function
Phase Control, Switching

Color
Black and Silver

Weight
Approx. 600g

Current Rating
273A

Capacity
273A

Thickness
Standard Module Size

Frequency
50/60 Hz

Surge Current (ITSM)
4000A (10 ms)

Storage Temperature
-40°C to +125°C

Blocking Voltage (VDRM/VRRM)
1600V

Polarity
Bidirectional

Module Type
SKKT 273/16E

Gate Trigger Voltage (Vgt)
Max. 3V

Gate Trigger Current (Igt)
Max. 200 mA

Mounting Style
Screw Mount

SKKT 273/16E Thyristor Trade Information

Minimum Order Quantity
2 Pieces

Main Domestic Market
All India

About SKKT 273/16E Thyristor

Part Number07890140; 07890150; 07890160

Product StatusIn production

HousingSEMIPACK 3

(LLxBBxHH)115x50x52

Switches2

VRRM / VDRM in V1200-1800

ITAV / IFAV in A273

IFSM / ITSM in A8000

Advanced Phase Control and Switching

The SKKT 273/16E thyristor module excels in phase control and switching applications, enabling precise management of power in industrial setups. Its bidirectional polarity and fast response time make it versatile for various power electronics uses, from motor drives to controlled rectification.

Reliable Performance Under Harsh Conditions

Engineered with a storage and operating temperature range of -40C to +125C, and an IP00 rating, this module operates dependably in challenging environments. Its isolated baseplate ensures optimal thermal conductivity, enhancing the longevity and stability of your power control systems.

Easy Integration and Installation

Featuring a screw mount interface and standardized module dimensions (108 mm x 62 mm x 30 mm), installation is straightforward. Electrical connections via screw terminals streamline process integration, making the SKKT 273/16E convenient for both new and replacement applications.

FAQ's of SKKT 273/16E Thyristor:

Q: How can I install the SKKT 273/16E thyristor module?

A: The SKKT 273/16E is designed with a screw mount interface, allowing easy and secure installation onto heat sinks or mounting plates. Electrical connections are made through screw terminals, simplifying integration into your power electronic systems.

Q: What are the main usage areas for this thyristor module?

A: Typical applications include motor drives, rectifiers, and power control systems, where reliable phase control and high surge current handling are required. Its robust design makes it suitable for both AC and DC supply environments in industrial settings.

Q: When should I use a module with high surge current capability like the SKKT 273/16E?

A: This module is ideal when your application may experience occasional high inrush or fault currents, such as during motor startup or power supply interruptions, thanks to its ITSM rating of 4000A (10 ms).

Q: Where can the SKKT 273/16E operate effectively?

A: It operates efficiently between -40C and +125C, making it suitable for a wide range of climates and industrial environments. However, it should be installed in enclosures providing adequate protection, as the IP00 rating does not offer water or dust ingress protection.

Q: What is the benefit of the isolated baseplate in this thyristor module?

A: The isolated baseplate provides excellent thermal conductivity while electrically isolating the module from the heatsink, enhancing safety and improving heat dissipation, which extends device life and reliability.

Q: How does the gate trigger input function in this module?

A: The thyristor requires a gate trigger current of up to 200 mA and a gate trigger voltage not exceeding 3V to initiate conduction, allowing precise and reliable control over switching activities in your circuit.

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