ERZ-E10A201CS

The ERZ-E10A201CS is a metal oxide varistor (MOV) designed for lightning protection. It offers a steady solution to protecting against transients caused by lightning. It is a cost-effective, low-profile, high-performance solution. This SMA package device presents a classic solution to the circuit board’s protection, helping reduce warranty claims.

TVS - Varistors, MOVs works on the principle of non-linear resistance that changes with the applied voltage. When exposed to a voltage transient, such as surge, lightning, or switchgear, the MOV device acts to immediately divert most of the energy to an intentional ”ground”. The device then quickly dissipates the excess energy, helping protect the circuit.

The clamping voltage of the ERZ-E10A201CS is 75V over the rated range. This device is suitable for applications requiring a reliable surge protection solution.

The ERZ-E10A201CS is used in a variety of different applications to protect devices from transients or voltage spikes. This includes power supplies, medical equipment, telecommunications, automotive systems, power buses, industrial controllers, and much more. The MOV device helps protect these systems from the risks of overvoltage transients, excessive voltage, and related issues.

The ERZ-E10A201CS is constructed using MOV components that provide excellent clamping performance, even at high levels of transient. It offers outstanding protection from power surges, lightning, and other transient electrical disturbances. The innovative design of the device helps further improve its performance and ensure it provides the required level of protection.

The ERZ-E10A201CS offers significant advantages over other types of surge protection such as gas discharge tubes, thermistors, or fixed limiters. It is capable of handling higher voltage levels, has a low power dissipation characteristic, and is highly reliable. It is also cheaper to operate and comes in a much smaller form factor compared to similar devices.

The ERZ-E10A201CS is a reliable, cost-effective solution for applications requiring surge protection. It offers impressive clamping performance at reliable levels of voltage, ensuring that the protected device remains safe from transient voltage rise. This device provides reliable, long-lasting protection against voltage transients and damaging overvoltage conditions.