VCAS120660M131DP Circuit Protection

The VCAS120660M131DP is a transient voltage suppressor (TVS) device designed to protect systems from voltage transients. It belongs to the varistor and metal-oxide varistor (MOV) family of devices. The VCAS120660M131DP has two main characteristics that distinguish it from other TVS devices: it provides a low-pass filter and it offers protection from as low as 4 V up to its 130 V peak pulse voltage rating.

The VCAS120660M131DP is ideal for protecting systems against overvoltage transients occurring on mains power lines, automotive and other types of electrical power lines. The device can handle both AC and DC transients by providing a combination of both high pulse current and low impedance characteristics. It is peak current rated up to 500 A and delivers a particularly low clamping voltage. This makes it suitable for a wide range of applications.

When installed into a system, the device works by absorbing the incoming surge current and redirecting it safely away from sensitive system components. The VCAS120660M131DP has a low voltage clamping characteristic which, combined with its fast response time, ensures that the surge current is clamped quickly and safely. The device’s fast response time also helps to reduce the duration and magnitude of the voltage transient, thus helping to protect sensitive system components from damage.

The VCAS120660M131DP is a robust device designed to withstand vibrations and shock in both commercial and industrial environments. The device is UL recognized and is capable of withstanding temperatures ranging from -55°C to +125°C, making it suitable for use in both hot and cold climates. In addition, the device features a low profile design which allows for a compact installation area.

Overall, the VCAS120660M131DP is a reliable and cost-effective solution for protecting sensitive system components in commercial, automotive, and industrial applications. The device’s low voltage clamping characteristic, robust design, and fast response time combine to make it an ideal choice for protecting against overvoltage transients.