V39ZT6PX2855

TVS - Varistors, MOVs are essential components used in a variety of different types of electrical and electronic applications. The V39ZT6PX2855 is a Varistor from a top producer and are renowned for their excellent performance and reliability. It offers a voltage ratings of 600V as well as an operational temperature range from -55°C to 125°C.

Varistors (also known as voltage dependent resistors or VDRs) are non-linear devices that provide surge and overvoltage protection. They are used in many different types of electrical applications, including power supplies, automotive, aerospace, and communications equipment. Varistors can be used to limit transient overvoltage that can occur due to switching, lightning events and power utility fault events. They provide an adjustable “clamp” voltage to reduce the amplitude of the transient.

A Metal-Oxide-Varistor (MOV) is also a voltage dependent resistor but incorporates a different design. MOVs work by increasing their resistance up to the breakdown voltage when they detect an overvoltage. This creates a lower level of impedance that causes the current to be diverted away from the sensitive components. MOVs are used in a number of applications, such as lightning protection, overvoltage protection circuits, and overload protection.

The design of the V39ZT6PX2855 provides superior performance with exceptional overvoltage protection. It also provides excellent dielectric strength, excellent reliability, and a unique capacitor-less design. The combination of features makes the V39ZT6PX2855 extremely reliable in surge protection applications. The V39ZT6PX2855 has two different connection options, which allow it to be used in most applications that require surge protection or overvoltage protection. They are typically used in power supplies, automotive, lighting applications, and telecom applications.

The working principle of the V39ZT6PX2855 is based on the non-linear reaction of the MOVs. The MOVs are designed to detect an overvoltage, then increase their impedance to reduce the current flow. As the voltage increases, the current is diverted away from the sensitive components and the excess energy is dumped into the MOVs, thus preventing damage to the components. This process is known as “clamping”. The V39ZT6PX2855 has a large active area that can accommodate many parallel connections, allowing it to be used for multiple overvoltage events.

The V39ZT6PX2855 offers exceptional surge protection capabilities and is ideally suited for use in applications that require protection from overvoltage events, such as lightning, overvoltage faults, and switching transients. The unique capacitor-less design allows it to provide superior performance in multiple applications, making it the perfect choice for a number of different surge protection applications.