30KPA168CA Circuit Protection

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TVS diodes, such as the 30KPA168CA, are an essential component in a wide variety of electronic circuits. They provide overvoltage protection and help prevent damage to sensitive circuitry or components from electrical transients. In addition, they are durable and relatively easy to install. As such, they have become a mainstay in the design of high-end electronic systems.

The 30KPA168CA is a Transient Voltage Suppressor (TVS) diode designed to offer protection against high-voltage transients. The device is constructed using a two-lead configuration, with lead configurations proceeding from the anode to the cathode. This configuration provides a low turn-on voltage and is highly efficient in preventing voltage spikes or surges.

The 30KPA168CA is typically used in high-end circuit designs. Its robust discrete solution provides protection for microcontroller systems, analog circuits, communication systems and signal lines. It also can be used in automotive and consumer applications, such as LCD displays.

The 30KPA168CA has a working principle that relies on two distinct mechanisms to protect against overvoltage transients. The first mechanism is the diode\'s breakdown voltage, known as the Peak Pulse Power rating. The breakdown voltage is the voltage level at which the diode starts to conduct electricity, quickly clamping and limiting the voltage. The other mechanism is its Peak Pulse Current rating, which is the amount of current the diode can conduct without sustaining damage.

Using these two mechanisms, the 30KPA168CA can be designed to provide the necessary protection for a wide variety of applications. For instance, it can provide protection against high-voltage surges of up to 10V peak in automotive and industrial applications. In consumer electronics, the 30KPA168CA can be used to limit voltage transients to 5V peak.

The 30KPA168CA is a reliable and cost-effective way to protect sensitive circuitry or components from overvoltage transients. It is used in a wide range of applications and is available in different package sizes and power ratings, making it a versatile component. Furthermore, its low turn-on voltage and robust protection capabilities make it an ideal choice for high-end electronic systems.

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