VCAS04AP182R0LATWA Circuit Protection

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The VCAS04AP182R0LATWA is a Varistor, which is used in many electronic devices of today. Varistors are mainly used for protecting electric circuits from overvoltage or surges. They are an electrical element which can absorb up to a certain level of excess voltage. In other words, they are automatically triggered to reduce the voltage and are very effective in protecting against overheating or too much current from damaging expensive equipment.

The VCAS04AP182R0LATWA is a voltage protective device, which is composed of non-linear positive temperature coefficient resistors. It is basically a metal oxide varistor (MOV) consisting of zinc oxide particles connected in a honeycomb pattern. The MOV is coated in epoxy, and the rectangular body is the same shape and size as a standard TO-220 transistor.

The VCAS04AP182R0LATWA works on the principle of limiting the voltage level at its terminals. When a voltage spike occurs, it limits the voltage level to the limiting voltage that it is rated for. The device is also highly reliable as it can withstand up to four times the rated voltage. It has great surge protection capability and is used in high voltage/high frequency applications.

The VCAS04AP182R0LATWA has a wide range of applications. It is used in communications, industrial control, military and aerospace, renewable energy, and power systems as well as in many device protection applications. It is often used in medical equipment, consumer appliances, home entertainment, and LED applications. Additionally, it is also used in heat pumps and many more applications.

To summarize, the VCAS04AP182R0LATWA is a Varistor which works on the principle of limiting the voltage level at its terminals when a voltage spike occurs. It can absorb up to a certain level of excess voltage and is therefore very effective in protecting against overheating or too much current from damaging expensive equipment. It has a wide range of applications, including communications, industrial control, military and aerospace, renewable energy, and power systems.

The specific data is subject to PDF, and the above content is for reference