5KP110CAE3/TR13

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TVS (Transient Voltage Suppressor) Diodes are a type of semiconductor device that can be used to help protect against power surges. The 5KP110CAE3/TR13 is one such device. It has a voltage rating of 11 volts, a transient working peak power rating of 600 watts, and a unidirectional voltage clamping of 9.1 volts. It has a lead-free RoHS compliant case design, making it a good choice for environmentally friendly designs.

The 5KP110CAE3/TR13 is designed to provide protection against transient surges in power, such as those caused by service or line-side power faults, as well as lightning strikes. The device is also designed to provide protection against electrostatic discharge (ESD) and induced surges. It is suitable for protection in such applications as motor control circuits, telecom power lines, interconnection systems, and high voltage power circuits.

The 5KP110CAE3/TR13 is designed to be easy to use. It has built-in surge current capability provided by the internal Zener breakdown mechanism, and is available in a compact SMT (surface mount technology) package. This makes it an ideal choice as a reliable and cost-effective solution for power surge protection.

The working principle of the 5KP110CAE3/TR13 is based on the reverse-bias diode voltage phenomenon in which the diode turns the current into a low impedance voltage-regulated path. This results in a voltage-clamping action that allows voltages greater than the Zener voltage to pass through the device without causing damage to the protected circuit. The surge current capability is determined by the power rating of the device and the current-voltage characteristics of the Zener diode.

In summary, the 5KP110CAE3/TR13 is a TVS Diode designed to provide protection against power surges and ESD as well as induced surges. It has a voltage rating of 11 volts, a unidirectional voltage clamping of 9.1 volts, and a lead-free RoHS compliant case design. It has built-in surge current capability, allowing it to provide reliable protection for applications such as motor control circuits, telecom power lines, interconnection systems, and high voltage power circuits. Its working principle is based on the Zener diode voltage phenomenon, which allows the device to provide protection against voltages greater than the rated Zener voltage.

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