ERZ-E10A561CS

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TVS (Transil) varistors are three-terminal transient protection devices that play a key role in modern power control applications. ERZ-E10A561CS is one of the most prominent TVS varistors, designed to protect sensitive electronic components and provide over-voltage protection. With its wide range of characteristics and stress ratings, it is quickly becoming a top choice for surge protection.

ERZ-E10A561CS has a maximum clamping voltage of 561V, a capacitance rating of 3200pF, a peak pulse power rating of 10KW, and a temperature coefficient of 2%. It is also capable of breaking down at the range of 300Vdc, providing reliable protection for applications. The low capacitance allows it to respond quickly to rapidly changing transients, making it suitable for low-power designs. Additionally, the integrated red LED illuminates when the device is damaged, providing visible signs of surge protection.

In terms of application, ERZ-E10A561CS is most suitable for use in power conversion systems such as switching power supplies, photovoltaic inverters, high-speed telecommunications systems, automotive electrical systems and jet aircraft. It can also be used in medical electronics, military and civilian drones, uninterruptible power supplies (UPS), industrial automation and other industrial applications.

In terms of working principle, ERZ-E10A561CS utilizes a zinc oxide film (ZnO), which is formed by exposing a zinc-oxide material to a high-voltage electric field. When an AC signal is applied to the device, the ZnO film is poled, allowing current to pass through. During a surge event, the electric field is increased and electrons in the ZnO film are blocked from passing through, thus providing protection. The electric field intensity determines the protection level, allowing the device to respond to transients above its rating.

Overall, ERZ-E10A561CS is an excellent option for providing surge protection and is suitable for a variety of applications. With its wide range of characteristics, it is quickly becoming a popular choice for protecting sensitive electronic components. It can also provide reliable protection for applications requiring a clamping voltage of 561V.

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