D5V0H1U2LP-7B Circuit Protection

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The D5V0H1U2LP-7B is an electronic device belonging to the TVS (transient voltage suppressor) diode family. It is used to protect sensitive electronic components from voltage spikes. It is a low-profile, surface-mount device with a high surge capability.

This TVS diode is commonly found in automotive, telecommunication, and computer systems as well as industrial power supplies and appliances. It is designed to protect from overvoltages and transient voltage surges as well as to protect microelectronics and signal boards from electrical overstress.

The D5V0H1U2LP-7B requires minimum operating voltage of 5V and can sustain peak pulse power of up to 1500 watts. The device is rated for a peak non-linear current capacity of 12.5 A. It also has a maximum clamping voltage of 38 V.

Working principle of the D5V0H1U2LP-7B is based on a phenomenon called the avalanche effect. In this phenomenon, high voltage causes a break down in the material, resulting in a low, regulated voltage on the other end of the device. This effect is also known as the Zener breakdown. It works by increasing the resistance of the device at high voltages and clamping down the voltage when it reaches the breakdown voltage.

The D5V0H1U2LP-7B has a fast response time of less than 10 ns and offers excellent ESD protection to devices connected to it. In addition, it is RoHS compliant and can withstand mechanical stresses such as shocks, vibrations, and thermal shock.

As an electronic device designed for transient voltage surge protection, the D5V0H1U2LP-7B is an essential part of any system that needs to be protected from high voltage spikes. It’s ability to quickly clamp down the voltage and provide reliable protection make it a great choice for applications ranging from industrial control systems to consumer electronics.

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