P1300EC Circuit Protection

Series:	SIDACtor®
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Obsolete
Moisture Sensitivity Level (MSL):	--
Voltage - Breakover:	160V
Voltage - Off State:	120V
Voltage - On State:	4V
Current - Peak Pulse (8/20µs):	400A
Current - Peak Pulse (10/1000µs):	100A
Current - Hold (Ih):	150mA
Number of Elements:	1
Capacitance:	105pF
Mounting Type:	Through Hole
Package / Case:	TO-226-2, TO-92-2 (TO-226AC)

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TVS – Thyristors

Thyristors are devices that, when triggered, can be used as controlled switches. They typically come in two types of voltage-controlled and current-controlled thyristors. They are widely used in power electronic applications to control the flow of electricity and provide switches with very high electrical breakdown strength. The P1300EC application field and working principle of Thyristor is mainly used in the high-power switching application to cut off the circuit current after the load current reaches a predetermined value. When used for this purpose, they are referred to as SCRs (silicon-controlled-rectifiers). This type of thyristor is used for a variety of different applications such as high power switching, motor control, and Power Factor Correction (PFC) applications.When selecting the appropriate thyristor for a given application, a couple of key parameters must be considered. These parameters are the holding current and gate trigger voltage. Holding current is the current the thyristor must maintain for current to continue to flow after the triggering pulse has ended. Gate trigger voltage is the minimum voltage required across the gate in order for the thyristor to be turned on.In addition to these parameters, the triggering of the thyristor is also important to consider. The triggering pulse can be either positive or negative polarity and can be triggered externally by a voltage or the current that is passing through the device. The P1300EC application field and working principle of Thyristors also includes the ability to control the turn-off time of the circuit. This allows for greater precision and control of the circuit, especially when current is involved. Turn-off time can be adjusted by varying the voltage or current passing through the device. When it comes to the advantages of Thyristors, a major advantage is that they can operate in high current and high voltage environments due to their high electrical breakdown strength. They are also able to switch between two states very quickly, making them highly efficient in applications such as motor control and PFC. The P1300EC is a current-controlled thyristor with a maximum holding current of 1300 Amps and a gate trigger voltage of 150V. When triggered, the current passing through the device can be controlled up to the maximum current of 1300 Amps. This type of device can be used for a variety of applications including high power switching, motor control, and power factor correction (PFC). It is also ideal for medium to high power applications requiring fast switching such as welding applications. In conclusion, the P1300EC application field and working principle of Thyristors provides a cost-effective solution for high-power switching applications. With a maximum holding current of 1300 Amps and a gate trigger voltage of 150V, it can be used in a variety of applications. In addition, its ability to switch quickly and efficiently makes it a great option for high power switching and other power control applications.

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