SMDA03LCCTR

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TVS diodes are the electrical components which allow surge protection and are designed to protect sensitive electronic equipment from voltage transients. The SMDA03LCCTR belongs to the TVS diode array type of protection and provides miniature low capacitance and high-surge protection.SMDA03LCCTR is primarily used for Automotive, white goods, and consumer electronics application and has been designed to protect circuits from damage caused by ESD, over-voltage, and over-current transients. It was specifically designed to protect signal lines in applications such as USB, HDMI, DisplayPort, Ethernet, and CAN.The SMDA03LCCTR consists of three low capacitance array diodes that are internally connected in parallel. The device has an operating range of -6V to 12V and its maximum peak pulse power could reach up to 3000W. Moreover, it has a fast response time (less than 1ns) and low clamping voltage (less than 13V).The SMDA03LCCTR working principle is that when a surge or transient voltage occurs on a signal line, the TVS diode array provides an alternate path for the current to flow through. The diode is able to handle the peak current of the surge and the transient voltage is quickly clamped and isolated from the input signal.Benefits of the SMDA03LCCTR include transient voltage protection on all lines within a single device, extremely low capacitance values, better signal integrity than traditional bipolar devices, and improved system reliability and performance.The SMDA03LCCTR is installed across the power lines of sensitive equipment, reducing the risk of damage due to transients. Furthermore, the low capacitance values reduce signal degradation and interference.In summary, SMDA03LCCTR TVS diode arrays are designed to protect sensitive electronic equipment from voltage transients. With its low capacitance values, fast response time, and high peak pulse power, the device is effective at clamping transient voltage and thus providing surge protection. The device is suitable for automotive, consumer electronics, and white goods applications, enabling improved system reliability and performance.

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