1N5354BE3/TR13

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1N5354BE3/TR13 Application Field and Working Principle

1N5354BE3/TR13 is a single zener diode which is mainly utilized in a regulated power supply, surge suppressor, and other related applications.

Application Field

1N5354BE3/TR13 single zener diode mainly used as an initial regulator in a linear regulator circuit, shunt regulator, and active clamp circuits. It also employed as a protector in choosing circuitry, such as power amplifiers, video integrated circuits and voltage converters. In addition, this diode is used as a protective device from lightning strikes.}

Working Principle

The basic function of a 1N5354BE3/TR13 single zener diode is to control the voltage level side by side to a defined Zener voltage. Its dynamic impedance decreases with the increase in reverse bias for maintaining the stability of the circuit. It works by passing current in the reverse direction due to the breakdown voltage. It prevents voltage from rising beyond the set value.

The diode conducts electricity during the breakdown, which causes the current to flow to the anode side. The flow of electrons is known as “Zener Injection.” As the voltage passing through the diode increases, the reverse current passing through the diode also increases, resulting in the regulation of the voltage.}

When the voltage is greater than the Zener voltage, the excess voltage is discharged by the Zener diode. This reduction of voltage maintains a constant voltage even if the external supply voltage fluctuates. Thus, the current flows until the voltage rise is reduced to the Zener voltage level.

Advantages of 1N5354BE3/TR13

1N5354BE3/TR13 is a highly efficient single zener diode, with many advantages for applications. Its important features include a wide voltage range, high surge current capability, low capacitance and a higher thermal resistance than other single zener diodes. It also has low power dissipation, low inserted capacitance, high breakdown voltage, and high efficiency.

1N5354BE3/TR13 also has a high dynamic range, allowing for a wide range of voltage regulation. Furthermore, the diode has an excellent reverse leakage current and low leakage current over a wide temperature range. The higher thermal resistivity ensures that the Vin/Iout device can easily maintain the power budget without any failure.

Conclusion

1N5354BE3/TR13 single zener diode is widely used in a variety of applications, and its high efficiency and utility of providing voltage regulation make it a preferred choice. Its high Zener voltage and low forward voltage drop enables it to handle substantial power even with low power consumption. Due to its many advantages, 1N5354BE3/TR13 can be trusted for voltage regulation and surge suppression in different applications.

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