BZD17C16P MQG

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Voltage - Zener (Nom) (Vz):	16V
Tolerance:	±5.625%
Power - Max:	800mW
Impedance (Max) (Zzt):	15 Ohms
Current - Reverse Leakage @ Vr:	1µA @ 12V
Voltage - Forward (Vf) (Max) @ If:	1.2V @ 200mA
Operating Temperature:	-55°C ~ 175°C (TJ)
Mounting Type:	Surface Mount
Package / Case:	DO-219AB
Supplier Device Package:	Sub SMA

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Introduction

The BZD17C16P MQG is a component of a diode-zener-single family, characterized by its superior performance in terms of its forward voltage, static and dynamic reverse voltage, peak current, and current limit. This component is used to dissipate power, provide clamping, and stabilize currents in electrical systems of multiple types. In this article, we will discuss the application field, working principle, and feature of this component.

Application Field

The BZD17C16P MQG is a component used in the electrical systems of the following types of devices: • Computers and computer components – This component is often used to regulate the flow of current in the circuit boards and components of computers of various types. It effectively handles the fluctuations in power due to the on and off of components, and utilizes the voltage surges in the circuit for its operation. • Battery chargers – Battery chargers rely on pulsed current for effective charging, and the BZD17C16P MQG can serve as an ideal component for voltage regulation in the chargers. It safeguards the components of the charger and increases charging efficiency. • Telecommunication and networking equipment – This component can help regulate the voltage in telecommunications and networking systems, stabilizing currents and protecting the components from overload. • Audio-visual equipment – In audio-visual components, the low forward voltage and high peak current of this component fitted make it ideal for stabilizing the currents in the equipment.

Working Principle

The BZD17C16P MQG works its protective magic through the use of anode-cathode junctions and a low forward voltage. When a current passes through its anode-cathode junction, it creates a voltage drop across the junction, known as the forward voltage. The lower this voltage, the less energy is needed to operate the circuit, making it more efficient. The forward voltage of the BZD17C16P MQG is just one-third the industry standard, making it ideal for high-current and high-efficiency applications. As soon as a reverse voltage is applied, the diode opens its junction and applies a current across it. This current then creates an avalanche effect, where the high electric field generated by the current attracts more current positively charged electrons, reducing the voltage across the junction. In the BZD17C16P MQG, this avalanche effect is triggered from just 1.2 volts of reverse voltage, and the peak current can reach up to 200mA. This makes it ideal for applications such as battery charging, TTL input protection, and LED current regulation.

Features

The BZD17C16P MQG has a number of features that make it ideal for the applications outlined above. Firstly, it has an ultra-low forward voltage of only 0.15 Volts, making it ideal for efficient current regulation. It also has a wide reverse voltage range, between 1.2 to 24 Volts and a peak current of up to 200mA, making it suitable for a wide range of applications. Its typical dissipation is 0.5 Watts, making it a highly efficient component. Finally, it has a fast response time that is designed to protect against transient surges and voltage spikes.

Conclusion

In conclusion, the BZD17C16P MQG is a component of the diode-zener-single family characterized by its low forward voltage and high peak current. This makes it ideal for applications such as computers and computer components, battery chargers, telecommunication and networking equipment, and audio-visual equipment. It uses an anode-cathode junction and a low forward voltage to create and avalanche effect that has a peak current of up to 200mA and ranges from 1.2 to 24 Volts. Its fast response time makes it ideal for transient surge protection and efficient current regulation.

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