GSXD100A020S1-D3

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GSXD100A020S1-D3 is part of a range of diodes, rectifiers and arrays manufactured by Toshiba Semiconductor & Storage. It is a single-diode array with an integrated common-anode Schottky barrier. It is specifically designed for automotive applications that require very low voltage loss and high resistance to transient surges.

The display of GSXD100A020S1-D3 includes two line-pair windings of two axial leads, both of which must be soldered by a qualified technician to ensure optimum performance. It also has a low-power design that is protected from reverse current. Additionally, this diode array is designed with a temperature operation of -40 to +125°C that ensures reliable operation in extreme temperatures.

The application field of the GSXD100A020S1-D3 is automotive, either passenger cars or commercial vehicles. This diode array is commonly used in car electrical systems, such as on-board chargers, start/stop systems, alternators, generator chargers, battery management systems, motor control modules, and dash boards. Additionally, it is designed to provide a low voltage drop in order to reduce energy loss. It is also suitable for use in applications that require improved surge robustness and noise immunity.

The working principle of GSXD100A020S1-D3 is based on Schottky barrier. It is a low-voltage, low-power device that is used to control current in automotive systems. The diode array works by connecting two anode electrodes, called junction terminals, across a reverse-biased diode, which enables current to flow from one junction to the other. The current is then directed to a load, such as an alternator or a battery. The two junction terminals are also connected to a control transistor. When the control transistor is closed, the current is switched off and the circuit is deactivated. Additionally, the Schottky barrier feature provides a low-voltage drop, which reduces energy loss and increases efficiency.

In conclusion, GSXD100A020S1-D3 is a diode array designed for automotive applications and it is based on a low-voltage, low-power Schottky barrier. It is specifically designed to provide a low voltage drop and improved surge robustness. This diode array is commonly used in car electrical systems, such as on-board chargers, start/stop systems, alternators, generator chargers, battery management systems, motor control modules, and dash boards. It is suitable for use in harsh conditions, as it is able to operate in temperatures ranging from -40 to +125°C.

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