V07P250L1T

TVS – Varistors, MOVs – are a type of protectors designed to protect electrical circuits in the event of a high voltage surge. They work by clamping the transient or voltage spike at a predetermined level. This allows for a safe level of current to pass through the TVS, thereby avoiding short-circuits.

The V07P250L1T application field is mainly used as a Transient Voltage Suppressor (TVS) for transient protection in low voltage sensitive electronics, such as LED lighting systems, set-top boxes, communication systems, industrial interfaces, automotive, business machines and consumer devices. It is suitable for use in applications ranging from 24V to 220V with a capacitance range from 1.5 pF to 1.5uF. It is also used in mobile device manufacturers to protect electronic circuits against Electrical Fast Transients (EFT).

The working principle of the V07P250L1T is based on a voltage-dependent nonlinear conduction of the junction. This junction within the device acts as a charge-controlled switch which can limit currents above a certain level even when subjected to higher voltage surges in the system. This diverts the transient energy away from the protected circuits with minimum increase of the junction temperature.

The V07P250L1T has a variety of features making it well suited for wide range of applications. It has an ultra-low clamping voltage, fast reaction time and ESD protection. It also has overvoltage protection of up to 150V, increased surge handling capability and a low clamping voltage once the transient current has been absorbed. It also has a low profile design with a slim profile which brings down the total solution cost and thus makes it an attractive solution across different industrial sectors.

In addition, the V07P250L1T is RoHS compliant, making it suitable for use in lead-free assemblies. It is also available in a variety of packages, in both leaded and Surface-Mounted (SMD) variants, which allows it to be used in a large number of application scenarios.

The V07P250L1T is simple and cost-effective and can be used in a variety of applications both to protect against transient voltage spikes as well as to reduce voltage surges. It is suitable for use across a wide range of sectors, making it an ideal choice for designers in the electrical protection space.