B72440C0050A160

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The B72440C0050A160 is a transient voltage suppressor (TVS) from the Varistors, MOVs (Metal Oxide Varistors, MOVs) category. TVS devices are mainly utilized for protecting sensitive electronic components, such as integrated circuits (ICs), optoelectronic components and transistors, from overvoltage or surges in the power supply line. The B72440C0050A160 is able to provide effective protection from voltage transients of up to 600V. It is built with a zinc oxide varistor die, which is enclosed in a plastic component case.

The B72440C0050A160 is suitable for applications where a high performance and reliable transient voltage protection is required. It is also suitable for use in automotive applications, such as with electric vehicles, as well as with portable electronics and consumer products, such as digital cameras and smartphones. It is also widely used in industrial environments, and is suitable for use in harsh environments.

The working principle of the B72440C0050A160 is based on the ‘metal-oxide’ (MOV) varistor construction. When excessive voltage transients occur on the power supply line, the MOV varistor die of the device conducts high volumes of current, which is then dissipated into the surrounding environment. This process serves to protect the electronic components connected to the power supply line, as the current conduction prevents damaging voltage transients from occurring at the electronic components. The MOV varistor die is constructed from a zinc oxide material, which exhibits a low resistance, meaning that it is able to conduct high volumes of current when required. It has a very high surge current rating, and a fast response time, meaning that it can effectively protect against voltage transients.

In summary, the B72440C0050A160 is a transient voltage suppressor form the Varistors, MOVs category. It is suitable for applications which require a reliable and robust protection against voltage transients. The device is constructed with a zinc oxide varistor die which conducts current when voltage transients occur on the power supply line, preventing the damaging transients from occurring at the connected electronic components.

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