SMDA15C-4E3/TR13

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The SMDA15C-4E3/TR13 is a device commonly used in television sets, particularly those with LED screens due to its reliable and fast response. It is a two-pin, ultra-low capacitance bidirectional unidirectional TVS diode array that can provide high levels of suppression for Electrostatic discharges (ESD) and lightning effects. It is part of an expanding product range of low capacitance ESD protection devices from Rayex Electronics.

The SMDA15C-4E3/TR13 is designed to protect lines and other vulnerable components from over-voltage events such as ESD and lightning. It works by providing a shunt impedance at the point of transient current flow, which limits the peak voltage appearing on the protected line. This keeps the connected components within their normal operating range, protecting them from potential damage.

The SMDA15C-4E3/TR13 is designed with two key features: a low clamping voltage and a fast response time. This ensures that it can accurately detect and suppress ESD events and other transients in seconds, preventing damage to the protected components. The device is also designed to be ultra-low capacitance, ensuring that it does not introduce significant additional noise or distortion to the signals it is protecting.

The SMDA15C-4E3/TR13 is typically used in a variety of applications in electronic devices, such as LED TV sets, computer monitors, and other devices with sensitive components. It is designed to provide excellent protection without increasing power consumption, and its small size makes it easy to integrate into existing designs. Additionally, it is designed to be extremely resistant to humidity and other environmental conditions, allowing it to provide years of reliable protection.

The SMDA15C-4E3/TR13 is an innovative protection solution for television sets and other devices. It can be used to protect against ESD and lightning without increasing power consumption or adding significant noise or distortion to the signal. Additionally, its ultra-low capacitance and fast response time make it an ideal choice for protection of sensitive components and devices.

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