SMCJ1.5KE150CA-TP

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TVS - Diodes:
SMCJ1.5KE150CA-TP is a component commonly used in the TVS diode technology. It is available in an SMC package, which is conducted in a conventional bidirectional full avalanche breakdown, suppressing ESD and transient over-voltage. This component provides high pulse power current with excellent clamping capability.

The application field of the SMCJ1.5KE150CA-TP typically involves CATV, telecom and datacom system equipment, IT components, medical equipment, automotive electronic equipment, power and control circuits, and land-based military equipment. In fact, this component can be used anywhere requiring protection against surges, spikes, ESD and rare over-voltage.

The working principle of the SMCJ1.5KE150CA-TP is that it has a gate to prevent current from flowing in either direction until it is triggered. This is possible due to its unique Zener diode construction, which allows conductivity in one direction while preventing it in the other direction. When the device is subjected to a surge, the gate opens and allows current to flow freely in both directions.

The device is capable of handling very high surge power because it operates on a highly efficient Zener diode-based circuit. This is because, when triggered, the gate opens and allows the voltage to surge through, which raises the voltage across the diode until it reaches a critical limit.

At this point, current and voltage quickly and safely dissipate, thus providing the transient protection necessary to minimize the effect of an over-voltage. This is further enhanced through the use of multiple stages of Zener diode-based protection, which is able to absorb more energy in the path of the surge.

Since Zener diodes use much less power when operating than other over-voltage protection devices, SMCJ1.5KE150CA-TP is a highly efficient component for protecting devices from over-voltage damage. Furthermore, its bidirectional design allows it to provide both ESD and over-voltage protection for both the upstream and downstream. This makes the device an ideal choice for a wide range of applications.

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