1.5KE7V5CARL

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TVS-Diodes are electronic components, typically comprised of two diodes wired in opposite directions. They are used to absorb transient voltage that is created by power fluctuations and protect devices from voltage spikes. The 1.5KE7V5CARL is a type of TVS diode that is designed for automotive applications and is able to withstand a range of voltage. The voltage range of the 1.5KE7V5CARL is from 14V to 130V.

The purpose of TVS diodes is to be placed in series with a circuit in order to protect components and circuitry from voltage spikes. They have a very fast response time, which makes them ideal for applications such as in automobiles, where voltage spikes often occur. With its 14V to 130V voltage range, the 1.5KE7V5CARL is suitable for automotive applications where it is exposed to different kinds of voltage.

The 1.5KE7V5CARL has a working principle of bidirectional clamping, in which both positive and negative peak pulses are clamping at a peak reverse voltage for 12V or less. It has a peak power of 1500 watts for a 10/1000µs pulse, with a peak clamping voltage of 7V (typical) at 1.5kA. The component has a low-inductance-containment because it has no wire leads, so it is suitable for use on PCBs. The 1.5KE7V5CARL also has an ESD-protection level of 15kV, making it suitable for ESD-sensitive applications.

The devices can be used in a range of different applications, including cars, telecommunications, HVAC and industrial systems. In the automotive industry, they are used to protect components against voltage surges. For example, they can be used on the engine control unit to protect the components from voltage drops and spikes from the alternator. In telecommunication applications, they can be used to protect against surges in communication cables.

The 1.5KE7V5CARL is an ideal choice for automotive applications as it offers a broad operating range, high surge protection, and good ESD protection. It has a high reliability during operation, and thanks to its lack of wire leads, it can be easily mounted on a PCB. It is a cost-effective solution that provides both protection and reliability.

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