ACZRC5368B-G

Series:	Automotive, AEC-Q101
Packaging:	Tape & Reel (TR)
Part Status:	Active
Voltage - Zener (Nom) (Vz):	47V
Tolerance:	±5%
Power - Max:	5W
Impedance (Max) (Zzt):	25 Ohms
Current - Reverse Leakage @ Vr:	500nA @ 35.8V
Voltage - Forward (Vf) (Max) @ If:	1.2V @ 1A
Operating Temperature:	-55°C ~ 150°C
Mounting Type:	Surface Mount
Package / Case:	DO-214AB, SMC
Supplier Device Package:	DO-214AB (SMC)

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Overview

ACZRC5368B-G, categorised as a diode-zener single, is a low noise, low power, low voltage, 3 pin component used mainly in a variety of applications related to power management and energy efficiency. It is particularly useful for applications that require a low noise, low power and low voltage component since its profile is distinctively low in comparison to much of the other similarly categorised components. In this article, we will cover the application field and working principle of the ACZRC5368B-G component, to give the user an understanding of how it contributes to the market in terms of application and working principle.

Features

ACZRC5368B-G is an N-Channel, low noise, low power, low voltage, 3 pin component. It supports a maximum zener voltage of 3.6v and a maximum zener current of 1.5mA. It offers very low impedance of less than 0.2 ohms, which makes it well suited for applications that require high efficiency and low power loss. Furthermore, it features a maximum Leakage current of 0.2A and a breakdown voltage of 0.2V.

Application Field

The ACZRC5368B-G component is mainly used in applications such as power management, energy conservation, communication, robotics and in industrial automation. It is an ideal choice for low noise, low power and low voltage applications such as portable batteries, PLC systems, solar energy, automobiles and digital audio applications.

Power Management & Energy Conservation

ACZRC5368B-G is used in power management and energy conservation applications related to portable batteries, solar energy and PLC systems. As mentioned before, the ACZRC5368B-G component supports a maximum zener voltage of 3.6v and a maximum zener current of 1.5mA. This, in turn, makes it an ideal choice for portable batteries and solar energy, which require efficient and low power consumptions. It is frequently used in PLC systems, where it helps to reduce noise, power loss and inefficiency.

Communication & Robotics

The ACZRC5368B-G component is used in communication and robotics due to its low noise and low power features. It is mainly used in digital audio applications where it helps to reduce noise and power loss. Moreover, its low leakage current also makes it suitable for communication, as it helps to reduce interference and ensures smooth and efficient data transmission. It is also used in robotics to help reduce energy consumption and promote energy efficiency.

Industrial Automation

The low power, low noise, and low voltage features of the ACZRC5368B-G component make it suitable for industrial automation applications. It is mainly used in PLC systems to help reduce noise, power loss, and inefficiency. Furthermore, its low impedance also makes it highly suitable for applications related to industrial automation, such as for production control and automation.

Working Principle

The ACZRC5368B-G component consists of three pins, namely the anode, cathode, and gate. When a voltage is applied to the anode and gate pins, the diode-zener will enter a reverse bias condition, whereby the anode-to-cathode voltage will be greater than the gate-to-cathode voltage. The diode-zener will then conduct electricity as the anode-to-cathode voltage increases, allowing a maximum zener voltage of 3.6v and a maximum zener current of 1.5mA. To sum it up, the ACZRC5368B-G component is an N-Channel, low noise, low power, low voltage, 3 pin component mainly used in applications related to power management and energy conservation. It is particularly useful for applications that require a low noise, low power, and low voltage component since its profile is distinctively low in comparison to much of the other similarly categorised components.

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