TISP4095M3LMR

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TISP4095M3LMR Application Field and Working Principle

TVS(Thyristors) are a type of switching devices used in applications to protect against overvoltage surges. TISP4095M3LMR is a unidirectional transil designed to protect electronic devices against transient overvoltage events. It is ideal for communication lines operating up to 20 MHz in sine waves that use various logic levels.

The application field of TISP4095M3LMR includes: power supply rails, overvoltage protection on communication lines, DC or AC/DC signal lines, and various other sensitive electronics. It is commonly used in the industrial level, automotive electronics, and telecom fields due to its excellent protection performance and reliable structure.

In terms of working principle, TISP4095M3LMR has a protection thyristor inside, which is a conducting element. Under normal circumstances, it does not conduct, but is filled with a voltage larger than the breakdown voltage, so that it triggers the breakdown. Once triggered, current begins to flow continuously until the voltage on the device drops below the required threshold. After the current is interrupted, the device will be self-reset, which means it will resume non-conducting status.

The reverse breakdown voltage of TISP4095M3LMR ranges from 5V to 20V, making it ideal for protecting against electrostatic discharge(ESD) of various levels. Its leakage current is very low which gives powerful protection against transient overvoltage. Furthermore, the device also has a low capacitance and fast response time, which means it can respond quickly to transient overvoltage events and protects the equipment from damage.

In conclusion, TISP4095M3LMR has a wide application field, wide operating voltage range, low power consumption and excellent protection performance, making it the ideal choice for industrial level, automotive electronics and telecoms fields. Furthermore, its quick response to transient overvoltage events also makes it more reliable and can even provide additional protection to sensitive electronics.

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