V30MLA0805LH Circuit Protection

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TVS (transient voltage suppressors) and MOVs (metal oxide varistors) are two common components used in the manufacture of electronic devices. They both work to limit the current and voltage of the circuit, allowing it to operate under normal conditions while providing protection against voltage spikes. The V30MLA0805LH is a MOV specifically designed for low-voltage applications.

The V30MLA0805LH is a metal oxide varistor with a voltage rating of 30V, making it suitable for circuits with low-voltage requirements. It is a surface-mount component with a package size of 0805 (2.54mm x 1.27mm). The V30MLA0805LH is capable of handling power dissipation of up to 3W, and has an operating temperature range of -40°C to 105°C.

The V30MLA0805LH is commonly used in automotive, industrial and consumer electronics applications. In automotive applications, it is mainly used for protection against transient voltage spikes, electromagnetic interference, and for surge protection. It can also be used for input protection in industrial and consumer electronic circuits. In addition, the V30MLA0805LH can be used in other applications such as telecommunications, power supplies, and audio and video equipment.

The working principle of the V30MLA0805LH is based on the principle of a variable resistor or varistor. A varistor is a diode-like device that can can adjust its resistance in relation to the applied voltage. When the voltage across the V30MLA0805LH exceeds its rated voltage of 30V, the resistance will increase and limit the current of the circuit. This helps to protect the components from damage due to high-voltage spikes.

The V30MLA0805LH is a low-voltage MOV with a voltage rating of 30V. It is a surface-mount component with a package size of 0805 (2.54mm x 1.27mm). It is commonly used in automotive, industrial and consumer electronics applications for protection against transient voltage spikes, electromagnetic interference, and for surge protection. The working principle of the V30MLA0805LH is based on the principle of a variable resistor or varistor, which increases its resistance when the voltage across the device exceeds its rated voltage of 30V.

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