1N5930BUR-1 is an industrial grade single Zener diode with soldered ends. It is extremely reliable and has a wide range of applications. This diode has a stable voltage accuracy, low leakage current and low noise. The maximum reverse current is 3.15 mA. It is used to maintain the voltage and current of circuits, stabilize power supply voltage, and generate high voltage. The 1N5930BUR-1 can be used in circuits that require low leakage current and high stability, such as electronic meters, transducers, and LED displays.
The working principle of 1N5930BUR-1 is based on the zener effect. In a zener diode, when the applied voltage exceeds the zener breakdown voltage, electrons are released from the valence band to the conduction band, resulting in a large reverse current flow. 1N5930BUR-1 provides a stable voltage by maintaining a constant reverse current over a wide dynamic range of applied voltages. The current is limited by the external resistor connected in series with the diode.
1N5930BUR-1 is mainly used in power supplies, LED displays, transducers, and electronic measuring devices. It can also perform negative voltage protection, over-voltage protection and voltage transformation. In addition, it can be used as a regulator for a wide range of AC and DC power supplies, as well as for voltage spike suppression. The 1N5930BUR-1 is often used in the control systems of electronic instruments, the control circuits of electronic appliances and the control circuit of automotive electronic systems.
In summary, 1N5930BUR-1 is an industrial grade single zener diode with soldered ends. It is highly reliable and has a wide range of applications. It is mainly used in power supplies, LED displays, transducers, and electronic measuring devices, as well as in the control systems of electronic instruments, the control circuits of electronic appliances and the control circuit of automotive electronic systems. The working principle is based on the Zener effect, which is used to maintain the voltage and current of the circuit, stabilize the power supply voltage, and generate high voltage.