GLL4763A-E3/96

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Diodes are some of the most common and versatile components found in circuit boards and electrical engineering. Within the category of diodes, Zener Diodes, also known as Voltage Reference Diodes, are components with a structured interface that allows them to produce a specific Zener Voltage when connected in its circuit. This voltage is maintained within a certain range of breakdown voltage regardless of the current of the appliance in which the Zener Diode is implemented. Thus, Zener Diodes are mostly used as voltage regulators, allowing components to have a stable and dependable connection despite changing current intensity in the device.

The GLL4763A-E3/96 is a Zener Diode categorized as Single, featuring an ultra-low voltage of 9.6 Volts, steady power dissipation of 500mW and an RMA Tolerance of 5%. With a maximum reverse voltage of 13 Volts, this component is made of a Zener Diode, also known as a “breakdown diode”, that works in the reverse direction of a normal diode, allowing electric current to flow in the opposite direction when the reverse voltage reaches its breakdown voltage. This specific component has a low noise feature and low temperature coefficient, efficient for turning high voltages into low voltages at approximately 9.6 volts.

The main application fields of the GLL4763A-E3/96 are designing circuits and systems that need devices that work with low voltages and require a steady and regulated power source, such as the prototyping field of robotic systems or control systems that need constant signal block sources. Additionally, this component is used in a wide range of devices such as signal conditioning circuits, digital audio systems or AC/DC converters that operate around 9.6 Volts and require protection circuits.

The GLL4763A-E3/96 is designed to convert large voltages into smaller voltages within a certain range of operating conditions using the process of reverse breakdown voltage. It works by the electrons moving from the cathode to the anode of the Zener Diode, establishing an ordinary diode. This produces a low potential barrier between the electrodes, allowing them to let more current flow when the voltage exceeds the breakdown voltage of the device. Then, using an internal electric field, the current is limited to a specified Zener Voltage.

In conclusion, the GLL4763A-E3/96 is a Zener diode categorized as single with a low breakdown voltage of 9.6 Volts, perfect for devices requiring a steady and reliable voltage source under regulation. Its main application fields include robotic systems, signal conditioning circuits and digital audio systems, among others. Working under reverse breakdown voltage, the device allows electrons to move from the cathode to the anode, and with an internal electric field, the current is limited to a specified Zener Voltage.

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