SBG1035CT-T-F

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SBG1035CT-T-F is a Schottky rectifier array, featuring built-in ESD protection for both output and case connections. It includes ten independent reverse-biased Schottky rectifiers and offers a closely matching forward voltage. Its low forward voltage drop an series resistance contribute to a low forward voltage drop and steady current, respectively.

Based on its features, the SBG1035CT-T-F is mainly applied as a voltage regulation in power converters and/or active rectifiers. It can also be used in automotive and other commercial electronics such as appliances, telecom systems and industrial equipment, as a power supply-side protection. Thanks to its built-in ESD protection, the array is highly suitable for high-voltage applications.

Now that we\'ve seen where the SBG1035CT-T-F is applied, let\'s look at how it works. The SBG1035CT-T-F is an array of ten independent Schottky rectifiers. Each Schottky rectifier is basically a diode that has a low forward voltage drop and a fast reverse-recovery time. The array is placed in series to provide a steady, direct current (DC) output. Thus, when an alternating current (AC) source is applied to the rectifiers, the current is rectified and supplied to the output.

The key features of a Schottky diode that allow it to be used as a rectifier are its Forward Voltage Drop (Vf), its Reverse Recovery Time (TR) and its Reverse Breakdown Voltage (BVr). The Vf is the voltage at which the diode turns on. The TR is the amount of time it takes for the diode to turn off after it has been turned on. The BVr is the voltage at which the diode can no longer be used as a rectifier and begins to act like a resistor. The sum of the forward voltages of the rectifiers determines the output voltage of the array, which is the voltage that is provided to the system.

To sum it up, the SBG1035CT-T-F is a Schottky rectifier array which is mainly applied in voltage regulation and power supply-side protection. It consists of ten independent reverse-biased Schottky rectifiers that are placed in series, wherein the sum of the forward voltages determine the output voltage. Its low Vf, fast TR, and high BVr ensure a steady DC output.

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