V150ZU05P

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TVS - Varistors, MOVs - are electronic components used to suppress surges and protect electrical systems, including sensitive circuits in telecommunications and computing devices. The V150ZU05P is an example of a varistor which offers high performance protection against both single and multiple surge events.

The V150ZU05P is a voltage dependent silicon construction device with a multilayer metal oxide construction. This type of device provides both low-level and high-level over-voltage protection. It is designed with a wide gap between the two main layers of the multilayer metal oxide structure, allowing for better performance in terms of surge suppression, withstanding of high voltage transients and protection against EMV interference.

The V150ZU05P offers excellent surge protection performance in both power and signal lines. The device can absorb multiple surge pulses with a peak pulse energy rating of 5.0J. This device can be used for a wide range of applications, such as industrial equipment, telecommunication systems, computers, automotive electronics, lighting, etc.

The working principle of the V150ZU05P is based on the property of the metal oxide varistor. When a voltage is applied to the varistor, the metal oxide undergoes a change in its electrical properties, leading to a controlled surge in current. This current is then dispersed, limiting the energy of the surge and protecting the system\'s components.

The V150ZU05P has a wide operating temperature range (-55°C to +125°C) and can be used in high temperature applications due to its high maximum rated voltage of 1500 volts. Its integrated EMI/RFI filtering makes it ideal for applications that require protection from both EMI and RFI interference. Additionally, the device has a low leakage current and low insertion loss characteristics which enhances the noise reduction.

The V150ZU05P offers a range of features which make it an attractive choice for both basic over-voltage protection and EMI/RFI protection applications. Its wide operating temperature range, high surge current capability and low insertion loss makes it suitable for a wide variety of applications. Additionally, its high maximum rated voltage, low leakage current and integrated EMI/RFI filtering enhance its performance.

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