BZX84C3V6-G3-18

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The BZX84C3V6-G3-18 is a single zener diode manufactured by Diodes Inc. It is used in applications such as voltage regulation, voltage protection, and signal conditioning. It is well suited for both fixed and variable voltage regulation, as well as signal signal clipping and signal amplitude stabilization. It is commonly used in a variety of consumer, automotive, industrial, and computer applications.

The BZX84C3V6-G3-18 is designed for low voltage, high current applications and has a maximum rated power dissipation of 500 mW. The diode has a maximum operating temperature of 175°C and a reverse power rating of 18V. The diode is also RoHS compliant and meets the requirements for lead-free solder. The diode features an average forward voltage drop of 0.7V, a junction capacitance of 14pF, and a maximum reverse leakage current of 1.5uA.

The BZX84C3V6-G3-18 diode works based on the characteristics of its PN junction. When a forward-biased voltage is applied to the diode, a forward current will flow through it. As the voltage is increased, the current will increase linearly until it reaches the breakover voltage, where the voltage will plateau. This is known as “voltage regulation” and is the main characteristic of this type of diode. The diode also has a reverse-biased voltage rating, which provides further protection against over-voltages and current surges.

The BZX84C3V6-G3-18 is suitable for a wide range of applications including voltage regulation in automotive and consumer electronics, voltage protection for circuitry, and signal conditioning for digital signal processing. Its high current and low voltage characteristics make it well-suited for scenarios where the current must be limited but the output voltage needs to be accurate. Additionally, the diode’s small size makes it ideal for use in space-constrained applications.

The BZX84C3V6-G3-18 is a reliable, cost-effective solution for voltage and current regulation in automotive and consumer electronics, as well as signal conditioning applications. Its wide operating temperature range, low capacitance, and high breakover voltage make it an excellent choice for any application requiring precise voltage regulation or signal stabilization.

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