SMBG5929AE3/TR13

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SMBG5929AE3/TR13 is a Zener single diode, which is composed of a semiconductor material sandwiched between two electrodes which can provide a regulated voltage output with a known tolerance. It is designed to provide a low-voltage reference voltage in applications with high voltage transistors and voltage regulators. This diode can provide an accurate, fast, and stable reference voltage that is reliable with general-purpose efficiency and excellent thermal management features.

The working principle of SMBG5929AE3/TR13 is based on the flow of current through the diode\'s junction. The voltage drop across the junction is dependent upon the current that flows through it, which is in turn determined by the applied voltage. When the applied voltage is greater than the Zener voltage, a certain amount of current will flow through the diode, although it may be limited by external components. This current can be used to regulate the output voltage to the desired level.

In terms of application fields, SMBG5929AE3/TR13 is a reliable solution for many design challenges in voltage regulation in the automotive, industrial, and aerospace sectors. This diode can be used in DC-DC converters, in low dropout regulators (LDOs) and switching regulators, in protected crystal oscillators, in voltage splitting circuits, and as a shunt regulator.

It also features a tight voltage tolerance and can be used in current sensing and voltage monitoring applications. It is designed with low capacitance and low-noise characteristics that allow it to provide a fast and stable reference voltage which can be used in a wide variety of applications. Additionally, its low-voltage threshold makes it suitable for use with many high-voltage transistors.

The SMBG5929AE3/TR13 is an excellent example of how a single diode can be used to create reliable and accurate voltage references in a variety of different applications. With an accurate reference voltage, voltage regulators can be created which can provide excellent performance and protection against excessive current, ensuring that the designs that use them are always running safely and optimally.

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