Z0107MN,135 Discrete Semiconductor Products

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Thyristors - TRIACs are a type of electrical component in which two alternating current half-cycles, or one phase of alternating current, are used to control each other. The device has two terminals, three terminals, and four terminals, and so on. Z0107MN,135 is one of them. It is used to control the current and voltage of the power supply.

Z0107MN,135 Application Field

The Z0107MN,135 is a three-terminal device, combining the advantages of a thyristor with the advantages of an a.c. switch. It is used mainly in dimming applications, lighting control, phase control and inelectrical installations.It is widely used in household appliances such as microwaves, air conditioners, and heaters. Its use in street lamps and landscape lighting is also common. With the development of technology, its application field is becoming more and more extensive.

Z0107MN,135 Working Principle

When a positive voltage is applied to the Z0107MN,135, the Gate is triggered and the Thyristor is turned on. Once turned on, the Gate will remain in the on position until the Main Terminal voltage crosses zero. If the Main Terminal voltage is kept in the negative region, then the TRIAC will not turn off until the Breakover Voltage is reached. The Gate will then turn off, causing the TRIAC to turn off.

The Z0107MN,135 is able to both control current flow and provide overvoltage protection, making it ideal for applications where both of these features are needed. Under normal operating conditions, the Gate will control the Main Terminal voltage and current flow. But when an overvoltage is detected, the current is cut off, protecting the device from any potential damage.

Conclusion

The Z0107MN,135 has many advantages over traditional electronic components, making it a very versatile device. It can be used in a variety of applications, from dimming, light control, and phase control to overvoltage protection. Its easy to use and reliable design makes it an ideal choice. However, caution should be taken when working with this device, as it can be prone to thermal runaway and overheating.

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