BZX585-C3V6,135

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Diodes, the basic building blocks of electronics and the foundation of many circuits and systems, are integral components in any normal electronic system. One of the most popular types of diodes is the Zener diode, which is distinguished by its ability to operate in both forward and reverse-biased conditions. The BZX585-C3V6,135 is a type of Zener diode with a specific set of characteristics and capabilities that make it a good choice in certain applications. This article will take a look at what the BZX585-C3V6,135 is and how it works, as well as explore the types of applications where it can do the best work.

The BZX585-C3V6,135 is a Zener diode designed for operation in low voltage circuits. It is rated for peak reverse voltages ranging from 3.3 to 5.1 volts, allowing it to control a wide range of potentials as well as current. It has a typical forward voltage drop of 0.9 volts at room temperatures, and its breakdown voltage can reach up to 6.3 volts. As with many other diodes, the BZX585-C3V6,135 has a maximum power dissipation of 30 mW and can handle maximum reverse currents of 500 mW.

A Zener diode\'s main purpose is to provide a stable reference voltage for a circuit and to divert an excessive current that may otherwise cause the circuit to fail. The way it does this is by maintaining a constant voltage and allowing the current to flow when the voltage rises above that threshold. In the case of the BZX585-C3V6,135, its breakdown voltage is 6.3 volts. When the voltage rises above this, the diode will allow the current to pass and will dissipate the excess voltage.

One of the main advantages of the BZX585-C3V6,135 is that it has a low power rating, making it suitable for small, low-power applications. It is also streamlined and efficient, able to dissipate excess current with minimal power usage. Furthermore, the diode\'s low threshold voltage makes it suitable for applications where a consistent voltage is required.

The BZX585-C3V6,135 can be used in a variety of applications. Some of the most common include voltage clamping, EMI/RFI filtering, and overvoltage protection. As a voltage clamp, the diode can be used to limit the amount of voltage a circuit or device is exposed to. This can be especially useful in applications that require a steady voltage level, such as low-power computing devices. Other applications include using the diode to shield sensitive components from EMI/RFI interference by filtering out any incoming noise.

The BZX585-C3V6,135 is also useful in overvoltage protection applications. It can be used to divert any excessive current away from sensitive components, protecting them from potential damage. Finally, the diode can be used to maintain a steady voltage level when two or more voltage sources are connected in series. This can be useful in a variety of circuits, such as power converters.

In conclusion, the BZX585-C3V6,135 Zener diode is a low-power, efficient solution for applications where stable, low-voltage operation is required. Its low voltage and power ratings make it suitable for low-power applications such as computing devices, while its capabilities as a voltage clamp and EMI/RFI filter give it additional uses in various types of circuits. Finally, the diode can be used as an overvoltage protection device, preventing sensitive components from becoming damaged in the event of a power surge.

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