5KP40CE3/TR13

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TVS - Diodes are an integral part of many electronics applications today. They are a two-terminal component used to protect electronic equipment from transient voltage spikes, such as those caused by electrical storms or other sources. The 5KP40CE3/TR13 TVS - Diode is a particularly popular choice. It has excellent spike protection characteristics and an extremely low level of leakage.

The 5KP40CE3/TR13 is a bi-directional silicon TVS diode used to protect sensitive electronics from electrical transients. It can be used in a variety of applications, such as mobile phone, computer, and automotive systems. The 5KP40CE3/TR13 has a low capacitance, meaning it does not significantly reduce the speed of data signals passing through it. It also has a low threshold voltage of 6 volts, making it suitable for applications with increasing levels of voltage.

The 5KP40CE3/TR13 TVS - Diode is designed to operate in a break-over or shunt configuration. In a break-over configuration, the voltage is diverted away from the device\'s sensitive areas and the TVS - Diode triggers a low voltage onto the ground. This helps prevent damage to the components by limiting the voltage. In a shunt configuration, the current bypasses the damaged area and the TVS - Diode to the ground.

The 5KP40CE3/TR13\'s working principle is relatively simple. When exposed to a transient voltage spike, the 5KP40CE3/TR13 turns on and directs the current away from the device being protected. When the transient voltage spike passes, the TVS - Diode automatically turns back off, restoring the device back to its normal conditions.

The 5KP40CE3/TR13 TVS - Diode is a versatile and robust component. It is designed to protect against voltage spikes, surges, inductive kickbacks, and lighting transients in a variety of electronic systems. Its low capacitance and low threshold voltage make it ideal for applications that require data signal speed and low-voltage protection.

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