BZV90-C15,115

Diodes - Zener - Single - BZV90-C15,115

BZV90-C15,115 is a single zener diode. It has a wide variety of applications and relies on a fundamental principle of the zener diode to work. This article will explain the characteristics of this diode and its working principle, so that readers can understand the wide range of uses it has.

Characteristics of BZV90-C15,115

BZV90-C15,115 is a single Zener diode designed for general purpose applications. It has a breakdown voltage of 15V with a power rating of 115mW. It also has an operating temperature range of -55°C to +175°C, which makes it suitable for use in most environments. It has a maximum reverse current of 60μA and a maximum forward current of 30μA. Furthermore, it has a total package power dissipation of 350mW.

The diode is packaged in a DO-35 package, which is a popular SMT format for diodes. This makes the diode suitable for use on PCBs with surface mount technology (SMT). It also ensures that the diode is suitable for microelectronic circuits due to the extremely small package size.

Application

BZV90-C15,115 is a versatile diode with a wide range of applications. It can be used for voltage regulation, protection circuits, switching circuits, and active rectification. It can also be used in LED lighting applications. It is also suitable for high speed digital circuits due to its high breakage voltage and low capacitance.

BZV90-C15,115 is ideal for off-board applications due to its robust design. It is also used in various automotive applications. It can be used in control circuits, such as electronic engine control, EMS and immobilizers.

BZV90-C15,115 can also be used in medical equipment, such as optical instruments, scanners and medical imaging systems, as it has low capacitance, low noise, and low reverse leakage characteristics.

Working Principle

The working principle of the BZV90-C15,115 diode is based on the basic principle of the Zener effect. When a reverse voltage is applied to the diode, the built-in electric field in the depletion region will cut off the flow of electrons between the two sides of the junction, resulting in a decrease in current. As the reverse bias is increased, the depletion region will increase, resulting in a decrease in current.

When the voltage across the diode reaches a certain value, known as the break down voltage, the depletion region will be so large that the junction will breakdown and current will flow in the reverse direction. This is known as the Zener effect. This reverse voltage helps protect the device from excessive voltage changes.

Conclusion

The BZV90-C15,115 is a single zener diode with a wide range of applications and uses. It is suitable for use in microelectronic circuits and a variety of automotive applications. It works using the Zener effect, which helps protect against excessive voltages. This article has explained the characteristics of the diode and its working principle.