TISP4360H3BJR

Series:	--
Packaging:	Tape & Reel (TR)
Lead Free Status / RoHS Status:	--
Part Status:	Obsolete
Moisture Sensitivity Level (MSL):	--
Voltage - Breakover:	360V
Voltage - Off State:	290V
Voltage - On State:	3V
Current - Peak Pulse (8/20µs):	300A
Current - Peak Pulse (10/1000µs):	100A
Current - Hold (Ih):	225mA
Number of Elements:	1
Capacitance:	67pF
Mounting Type:	Surface Mount
Package / Case:	DO-214AA, SMB

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TVS – Thyristors

Thyristors are a class of power semiconductor devices which have been around since the early 1950s. They are used for many different applications including motor control, energy conversion, electrical power control and more. Thyristors are versatile devices that can be used for controlling large amounts of electricity, fast switching, and providing protection against short circuits. One of the more popular Thyristors is the TISP4360H3BJR.

TISP4360H3BJR Application Field

The TISP4360H3BJR is used mainly in low voltage power control applications. It is used mainly in electric drives, such as on motor control circuits and in high frequency power supplies. It is well suited for voltage inversion, and it is very useful for the most common applications such as controllers, variacs, AC/DC transformers, etc. The TISP4360H3BJR is a popular choice due to its low switching frequencies and ease of use. It has high power efficiency and can dissipate large amounts of power with low energy losses.

TISP4360H3BJR Working Principle

The TISP4360H3BJR works by using a thyristor switch. This switch uses a triac, which is an AC switching device, to switch the current flow through the device. It is controlled by a gate voltage applied to the control gate, which allows current to flow through the device when the voltage reaches a certain level.The TISP4360H3BJR turns on when a small current passes through the gate. This is referred to as the trigger current. This current increases as the voltage of the control gate is increased. When the trigger current reaches a certain level, the thyristor turns on and the current can flow through the triac. Once the current flow is established, the thyristor keeps the current flowing until it drops to a certain level or is removed from the switch. When the thyristor is no longer being triggered, the device is said to be in the “off” state. In this state, no current can flow through the device. The device then turns off completely and is no longer able to pass current through it. This is a very important feature as it allows the device to be used safely in a wide variety of applications.

Conclusion

The TISP4360H3BJR is a popular and versatile Thyristor that can be used in a variety of applications. It is an ideal choice for projects that require a low voltage power control application. It also has a high power efficiency and can dissipate large amounts of power with low energy losses. Overall, the TISP4360H3BJR is a great choice for projects requiring Thyristor technology.

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