TISP4219M3BJR-S

Series:	--
Packaging:	Tape & Reel (TR)
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Voltage - Breakover:	219V
Voltage - Off State:	180V
Voltage - On State:	3V
Current - Peak Pulse (8/20µs):	220A
Current - Peak Pulse (10/1000µs):	50A
Current - Hold (Ih):	600mA
Number of Elements:	1
Capacitance:	74pF
Mounting Type:	Surface Mount
Package / Case:	DO-214AA, SMB

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Introduction

The TISP4219M3BJR-S is a triac-controlled power stage module designed to provide reliable switching of high-power loads with minimal losses and no over-current generation. It is a special type of thyristor, commonly referred to as a Triode for Alternative to Inductive Control (TISP). The TISP4219M3BJR-S has a maximum current capability of 42 A, a continuous on-state current rating of 10 A, and a surge withstand capability of 9.6 kilovolts (kV).Thyristors are a type of semiconductor device that has been around for many decades. They are made from four or more junctions, and act as a switch when a voltage is applied to the gate terminal. The TISP is a special kind of thyristor that uses a patented multi-parallel inductor control method to supply alternating current to a load. This type of thyristor is highly reliable and efficient, and is commonly used in residential and commercial lighting, heating, and air-conditioning applications.

Application Fields and Working Principle

The TISP4219M3BJR-S offers a wide range of applications for controlling high-power loads. This thyristor can be used to control residential and commercial lighting, heating, and air-conditioning systems. In residential applications, the TISP4219M3BJR-S can be used to switch the mains electricity supply in order to control lighting levels, heating, and air-conditioning. In industrial applications, the TISP4219M3BJR-S can be used to switch high-power loads such as motor drives, pumps, and process control systems.The way in which a TISP works is quite simple. It consists of four branches, each with a different resistance. When a voltage is applied to the gate terminal, a current flows through the branches, forming a bridge between the anode and cathode. This bridge causes a surge of current to flow from the anode to the cathode, allowing the load to be switched on or off. The TISP4219M3BJR-S is designed to minimize losses and protect the load from over-currents by controlling the current flow through the device.

Conclusion

The TISP4219M3BJR-S is a specialized thyristor designed for controlling high-power loads. It is a reliable and efficient power switching device that can be used in residential and commercial applications. The TISP4219M3BJR-S is able to switch loads on and off quickly and effectively, while also protecting against over-currents and minimizing energy losses. It is an ideal solution for a variety of residential and commercial applications.

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