TP6KE30CA Circuit Protection

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TVS - Diodes provide circuit protection for high-speed transients and other overvoltage events, and TP6KE30CA is no exception. Its application fields include systems involving digital or analog computers, communications, industrial, consumer electronics and automotive electronics.

TP6KE30CA is a unidirectional 6.5 kW transient suppression diode. Contacting to terminals, it can block voltage spikes ranging from 5.0 kV to 6.0 kV. This device is equipped with 130 ℃ Heat Resistance Operating Junction Temperature. The circuit protector is molded in epoxy case "DO-229AB" (SMA).

Besides, TP6KE30CA has a maximum peak power rating of 6.5W @ 10/1000 μs waveform. The standard is composed by the effective current description and channel resistance. The peak pulse current is detected to get the breakdown voltage 5.0KV. Integral multiplier diode provides integral protection that prevents failure in high-reliability applications.

The working principle of TP6KE30CA is based on a critical loop that stimulates a reverse conduction current when a voltage spike occurs. It features low stand-off voltage and fast response times. The peak current levels are a factor of the signal rise time. This fast responding circuit provides superior clamping of transients as well as low clamping voltage.

Moreover, TP6KE30CA has a high reliability, which is indispensable for ensuring a safe and secure connection on any electrical system. In addition, the device carries enough peak current to make sure that the safety circuit cannot be overloaded when the transient current increase is detected. Finally, the device has low ON-state power dissipation which can increase the number of watts the system can dissipate during high-current transient events.

In conclusion, TP6LE30CA is a reliable unidirectional transient suppressor with a wide range of applications. It provides precise signal clamping, low-standoff voltage, fast-response times, and a high-reliability. By using this product, manufacturers are able to ensure the safety connection of the electric systems.

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