V230LS20A

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The V230LS20A is a multi-layer varistor (MOV) device designed to protect sensitive components, circuits and systems from damaging high voltage transients, low-level DC overvoltages, and AC power line surges. It is manufactured using a high-grade MOSFET material that is used to provide high breakdown voltage for low-level protection and low clamping levels for overvoltage protection.

The V230LS20A features an insulated window design which not only aids in preventing shock and EMI/RFI interference, but also helps to reduce noise while increasing the device\'s ability to absorb and dissipate energy. Its design also ensures that the device will not this application field and working principleunnecessarily interfere with system reliability or operation. As a result, it is suitable for a wide range of applications, such as medical and communications equipment, aerospace and defense, industrial and instrumentation systems, home appliances and computer products.

This varistor is designed to handle surges with a peak pulse current of up to 20 A with a very short rise time. Its pulse clamp rating is 200 V and the device has a peak pulse power rating of 500 watts. It is rated for operating temperatures up to 125°C with a storage temperature range of -40 to 125°C. It is also RoHS compliant.

The working principle of the V230LS20A is based on a phenomenon known as electrostatic induction. When an electric field is created in a solid material, electrons are induced to move within the material. The movement of electrons causes an electrical current to flow which is known as an induced current. This electrical current will vary depending upon the strength of the induced electric field and the resistance of the material.

When a strong transient voltage is applied to the V230LS20A device, a large electric field is created that induces a large current to flow through the device. This current passes through a special current-limiting resistor that is designed to reduce any further rise in the induced current. The current-limiting resistor also reduces the energy delivered to the device, thus preventing the circuit from being damaged. The higher the transient voltage, the higher the induced current, and the higher the current-limiting resistor resistance will be.

The V230LS20A is a versatile, reliable, and cost-effective voltage spike and overvoltage protection solution for a wide variety of applications. Its low-clamping levels and high breakdown voltage provide robust protection against both low-level and high-level surges. Its insulated window design improves its shock and EMI/RFI protection capabilities. Its pulse clamp rating makes it suitable for dealing with transient voltage surges, while its RoHS compliance makes it an eco-friendly component.

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