5KP43CAE3/TR13

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TVS (Transient Voltage Suppressors) diodes are components that protect sensitive electronic components from damage due to electrostatic discharge (ESD) and other harmful voltage disturbances. They are widely used in telecommunications, aviation, medical, industrial, and automotive applications. 5KP43CAE3/TR13 is a TVS diode designed to provide protection against ESD, lightning, inductive switching surges, and other transient over-voltage events.

The 5KP43CAE3/TR13 is an ultra-high-performance, radio-frequency (RF) tolerant TVS diode which utilizes a multi-line barrier to ensure maximum protection. It features an ultra-wide Stand-Off voltage range of 4.3V to 78V, an Electrostatic Discharge (ESD) protection of 28kV (contact discharge), and handling up to an 8/20µs surge current of 600A.

The application field for 5KP43CAE3/TR13 is wide, as it is applicable in almost any electronic device. It is mainly used as a protection element for low and medium power applications such as personal computers, portable electronic devices, home appliances and automotive parts. Additionally, because of its high ESD protection capability and low clamping voltage, 5KP43CAE3/TR13 is widely used in consumer, medical and industrial applications.

The working principle of 5KP43CAE3/TR13 is based on silicon avalanche technology. When the TVS diode is exposed to a voltage transient higher than its clamping voltage, it forms a low resistance path allowing the transient current to flow until the voltage returns to its normal level. This low-resistance path prevents the other electronics from the damage of high surge currents. The 5KP43CAE3/TR13 also features an internal breakdown diode that clamps the voltage to a safe level and protects the electronics from the damage caused by voltage spikes.

All in all, 5KP43CAE3/TR13 is a highly efficient and reliable TVS diode suitable for multiple applications. It offers excellent ESD protection, low clamping vlotage, and high surge current handling capabilities. Its wide voltage range make it suitable for multiple applications, making it a valuable component for protecting sensitive electronics from the damage of voltage transients.

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