Manufacturer Part Number
MCC132-16IO1B
Manufacturer
littelfuse
Introduction
A robust silicon controlled rectifier (SCR) module designed for high-power control and switching applications.
Product Features and Performance
Series Connection - All SCRs design
Dual SCR module
Off State Voltage of 1.6 kV
On State Current (Average) up to 130 A
On State Current (RMS) up to 300 A
Gate Trigger Voltage maximum of 2.5 V
Gate Trigger Current maximum of 150 mA
Non-Repetitive Surge Current 50/60Hz at 4750A and 5130A respectively
Holding Current maximum of 200 mA
Operational temperature range from -40°C to 125°C
Designed for chassis mount
Enclosed in a Y4-M6 package
Product Advantages
High surge current capability
Suitable for high voltage applications
Capable of handling high average and RMS currents
Stable triggering characteristics
Key Technical Parameters
Off State Voltage: 1.6 kV
On State Current (It (AV)) (Max): 130 A
On State Current (It (RMS)) (Max): 300 A
Gate Trigger Voltage (Vgt) (Max): 2.5 V
Gate Trigger Current (Igt) (Max): 150 mA
Non-Repetitive Surge Current Itsm: 4750A / 5130A
Holding Current (Ih) (Max): 200 mA
Quality and Safety Features
Built to ensure reliable operation in robust environments
Operational temperature range ensuring stability across different climates
Compatibility
Chassis mount for easy integration with various industrial systems
Package type Y4-M6 compatible with specific hardware setups
Application Areas
Industrial motor control
Power conversion systems
AC/DC switching
Electric drives
Power regulation circuits
Product Lifecycle
Product Status: Active
No reported discontinuation or end-of-life, replacements or upgrades available
Several Key Reasons to Choose This Product
High reliability in demanding conditions
Allows for precise control over high power equipment
Diverse application field due to extensive operational temperature range and high current handling
Manufactured by littelfuse, a reputable company in circuit protection
Useful for systems requiring redundancy with Series Connection - All SCRs structure