SMDA15C-8E3/TR13

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Transient Voltage Suppressors (TVS) are commonly used to protect components from voltage transients, avoid counterfeit designs, and suppress any noise that can otherwise cause damage to the circuit. Accessories such as TVS-diodes – a type of TVS- are commonly used to protect against voltage fluctuations. One such product is SMDA15C-8E3/TR13.

The SMDA15C-8E3/TR13 is used as an overvoltage protection device for automotive and aerospace applications. It is designed for applications such as dc motor controllers and AC inverters, and offers protection against overvoltages in the range of 20V-200V.

This device offers low capacitance (less than 1pF) and low clamping voltage (8V). It can also handle up to 3A of current and has an IEC flammability rating of UL94 V-0 which ensures safe operation. It also has an operating temperature range of -55°C to +175°C.

The working principle of SMDA15C-8E3/TR13 is quite simple. The device is designed to sense an overvoltage and then act as a switch to cut off the power supply. This is done by grounding the input line. Additionally, the device features an active current limiter, which allows it to control any inrush current.

The SMDA15C-8E3/TR13 is an ultra-fast responding device and is capable of suppressing high levels of transients with a low response time. This ensures that the device can act quickly to protect the circuit from damage. Additionally, it has high ESD immunity (up to 15kV) and low leakage current.

The device is offered in a 6-pin DO-214 package and features a wide variety of options such as reverse mounting, surge rejection, digital output, and more. It is also available in a variety of operating temperatures, ranging from -55°C to +175°C.

The SMDA15C-8E3/TR13 is a reliable and cost-effective overvoltage protection solution for automotive and aerospace applications. It is designed to offer maximum protection against high voltage transients and surges, as well as reduce any ESD and leakage current. Coupled with its low capacitance and low clamping voltages, this device is ideal for protecting sensitive components against voltage fluctuations.

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