VE17M00151KED

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VE17M00151KED belongs to the category of TVS - Varistors, MOVs (Transient Voltage Suppressor - Metal Oxide Varistors and Metal-Oxide Varistors). These protective components are designed to protect sensitive electronic circuits from transient over-voltages. They consist of a diode or a network of diodes that dissipate a voltage spike above a predetermined threshold voltage. When over-voltage occurs in a circuit, VE17M00151KED absorbs and dissipates the energy associated with the transient voltage, and safely reduces the surge to an acceptable level.

VE17M00151KEDs are widely used in various fields, ranging from industrial and consumer applications to automotive. The most popular application fields include: telecommunication systems, medical equipment, computers, power supplies, portable electronics and automotive systems.

The working principle of VE17M00151KEDs is relatively simple. A voltage spike exceeding the specified threshold value causes a low impedance current to flow through the device, generating heat in the process. The heat generated dissipates the energy in the transient, thereby reducing the surge voltage to an acceptable level. The current then drops back to near zero, and the device returns to its original state once the transient has subsided.

VE17M00151KEDs are usually designed to offer protection against electrostatic discharges (ESD), lightning-induced transients, and over-voltages due to switching or power-line disturbances. The threshold voltage is usually specified as a peak or an RMS value and is typically between a few hundred volts and two thousand volts. VE17M00151KEDs are available for both unipolar and bipolar circuit protection, providing the required flexibility for various applications. These components are usually designed to operate up to a maximum specified voltage, for a given temperature.

VE17M00151KEDs are typically rated in terms of peak current, peak or RMS power dissipation, and clamping voltage. The peak current rating is usually the peak current that the device can dissipate without sustaining any damage. The peak dissipation is the amount of power dissipated by the device over a given period. The clamping voltage is the voltage that the device will clamp a transient to, thereby protecting the sensitive electronic component from damage.

VE17M00151KED is a device capable of providing reliable and efficient protection against transient over-voltage conditions. Its wide range of applications, flexibility and high performance make VE17M00151KED the perfect choice for applications where over-voltage protection is required.

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