VDRS05C175BSE

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TVS (transient voltage suppression) diodes are widely used in various types of electronic equipment, including computers, cellphones, and other sensitive electronic devices. They are used to protect the sensitive devices from transient over-voltage spikes, which may damage them. The VDRS05C175BSE is a type of TVS diode that is particularly designed for use in high-voltage power transmission, industrial automation and other power-related applications.

The VDRS05C175BSE is part of the varistor family, which includes metal oxide varistors, zinc oxide varistors, capacitors, thermistors, etc. Varistors are designed to work at the peak of a transient voltage spike, which allows them to provide reliable over-voltage protection. The VDRS05C175BSE metal oxide varistor features a high peak current capability, which makes it ideal for applications that require a high level of protection.

The VDRS05C175BSE has a breakdown voltage of 175V and a capacitance of 45pF. It is designed to protect against over-voltage transients of up to 175V. The breakdown voltage can be adjusted using a trimming resistor. The VDRS05C175BSE is designed to be used in series with a standard AC power line, providing short circuit protection and energy dissipation.

The working principle of the VDRS05C175BSE is simple: it acts as a voltage clamp, limiting the voltage to the limit of its breakdown voltage. When a voltage spike occurs, the voltages across the varistor increases rapidly, clamping its peak voltage. The resulting energy is then dissipated as heat, protecting the connected device. The device is typically rated for operation over a wide temperature range, and is designed to provide reliable and durable protection for the connected device.

The VDRS05C175BSE is designed for use in a wide range of applications, including industrial automation, power transmission, automotive systems, and other applications that require reliable over-voltage protection. It is a versatile, durable, and reliable device that can provide reliable protection against transient voltage spikes.

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