BZX84C9V1LFHT116

BZX84C9V1LFHT116 is a silicon epitaxial planar Zener diode and belongs to the Single category of Zener diodes. It is mainly used to provide stable operating conditions in circuits and can protect regular diodes against overvoltage conditions. It is typically manufactured using trust-proven and reliable silicon technology, which allows for relaxed process conditions and superior properties as well as improved performance, especially in high-temperature and low-voltage settings.

The BZX84C9V1LFHT116 has a nominal breakdown voltage of 9 volts and a maximum reverse current of 350 microamperes. It is considered a medium power device as its power dissipation ranges from 1.2 to 400 mW. Its maximum forward voltage is 1.35V and its reverse breakdown voltage is 9V. It is also provided with a thermal resistance rate of 0.4°C/W, which keeps it cooler in operation. This Zener diode also exhibits low reverse leakage current, low capacitance, and low junction capacitance.

The BZX84C9V1LFHT116 is used in many applications requiring overvoltage protection, and due to its low package cost and its embedded characteristics, it is also used for audio and video circuits, DC/DC converters, and various pulse and switching power supplies. This Zener diode can also be used to facilitate on-chip regulation in communication systems and general electronic systems.

The working principle of the BZX84C9V1LFHT116 is simple. When a voltage reaches above 9V, the BZX84C9V1LFHT116 Zener diode conducts and absorbs additional voltage, thus stabilizing the voltage in the circuit. During conduction, a small amount of current passes through the diode, at a constant voltage, which is equal to the breakdown voltage of the diode. This protects regular semiconductor diodes from overvoltage conditions and current increases.

BZX84C9V1LFHT116\'s ease-of-use, low cost and efficient characteristics make them a widely used technology for various applications such including automotive and electrical systems. Its reliability and adhering to safety standards also attract designers for using this type of Zener diode for various circuit protection applications. This Zener diode also exhibits good thermal stability under extreme temperature and voltage conditions, which is why it is used in applications where stability and accuracy of the circuit are critical.