LCE12A

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The LCE12A is a TVS – Diode device intended for use in high voltage, low current applications. It is designed for use in applications such as data telecommunication, power supplies, and motor control applications. It is also suitable for use in portable and automotive applications.

The LCE12A is a two-terminal device consisting of a Zener diode and an integrated Zener diode array. It has a breakdown voltage of approximately 12V and is capable of protecting against voltage transients such as ESD, overvoltage, and surge conditions. Its low capacitance design makes it suitable for high speed applications such as data telecommunication.

The working principle of a TVS – Diode is simple. Its two terminals are connected in series, and a voltage exceeding the device’s breakdown voltage (VBR) will cause the device to quickly conduct current away from the source. This current is typically redirected to the source, or to a special clamping resistor. When the transient is over, the device will return to its normal non-conducting state.

The LCE12A is designed to handle transients up to 15V and provide protection up to 500W. It can be used in applications requiring ESD, overvoltage, or surge protection. It is also designed to provide protection against power line transient voltages and protect communication cables against EMI/RFI interference. The device is also UL recognized and has a temperature range of -55°C to 125°C.

The LCE12A has a few key benefits when compared to other TVS – Diodes. It has a low breakdown voltage, high current rating, fast response time, and a low clamping voltage. This makes the LCE12A a good choice for a range of applications. Additionally, the device is RoHS compliant and is easy to integrate into many systems.

In summary, the LCE12A is a two-terminal device intended for use in high voltage, low current applications. It is designed to provide protection against power line transient voltages and EMI/RFI interference. Its low breakdown voltage, high current rating, fast response time, and low clamping voltage make it an ideal choice for a variety of applications. It is RoHS compliant and UL recognized, providing a reliable solution for ESD, overvoltage, and surge protection.

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