LCE7.0 Circuit Protection

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Laser-triggered spark gap (LCE7.0) is a novel device designed for efficient and low-cost overvoltage transient protection. It has been used in a wide variety of industrial, consumer, medical, aviation, military and automotive environments for surge protection. The working principle of LCE7.0 is based on the interaction between laser pulses and electron-hole pairs generated by its integral laser diode.

When a voltage exceeds the material breakdown threshold of the spark gap, a laser pulse is used to initiate the spark. This pulses strikes the spark gap hot cathode and creates a spark, creating a large, low-impedance conducting path and dissipating the excess energy.

The LCE7.0 is available in a variety of sizes, ranging from 0.1 to 25J and is suitable for a range of dynamic applications. It can operate at temperatures up to 150°C and is resistant to surges up to 20kV. It is important to note that the LCE7.0 is a purely dynamic device and does not have any static protection functions, and is not designed to protect against static voltages.

The LCE7.0 has wide application in many areas. It has been used in a variety of industrial, consumer, medical, aviation, military and automotive applications for surge protection. It is also widely used in consumer electronics, such as TVs, computers, smartphones and other devices to protect them from voltage surges.

The LCE7.0 also has other applications such as capacitive discharge welding and energy storage. It can also be used for lightning protection and electrostatic discharge protection. This device is much less expensive than other types of surge protection due to its simple design and construction.

The LCE7.0 is a state-of-the-art technology for transient protection and is a cost-effective solution for protecting sensitive electronics and industrial equipment. It is a key component in many surge protection systems and is designed to protect the internal components of electronic devices from high-voltage surges and transients.

LCE7.0 is an excellent choice for high-reliability cost-effective surge protection. It offers superior performance in comparison to other surge protection designs and is extremely reliable. Additionally, it is easy to install and maintain, and offers a high degree of protection against surges and transients.

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