H4768RBZA

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Through Hole Resistors are one of the most popular and widely used components in the electrical engineering industry. The H4768RBZA is a type of through hole resistors which offers superior performance in various applications. It is designed to provide operational stability and accuracy in high temperature, voltage, and current applications. This article will explore the applications and working principle of the H4768RBZA resistor.

The H4768RBZA is a through hole resistor which is primarily used in applications that require resistors to operate with high precision and stability. It is typically used in systems that are exposed to high operating temperatures, voltages, and currents. The device is ideal for use in automotive, military, aerospace, industrial, medical, and other high-reliability applications. The device offers excellent power dissipation, temperature range, corrosion resistance, and stability.

The working principle of the H4768RBZA Through Hole Resistor is based on the principle of ohm’s law. It is a three-terminal device, in which one terminal serves as the input connection for current to be passed through the resistor. The two other terminals are the output terminals. The current passing through the resistor is determined by the voltage drop between the two terminals, which depends on the resistance of the resistor. Generally, the higher the resistance, the greater the voltage drop.

In terms of performance, the device offers excellent accuracy and stability. It has a load life stability of 0.5% max over an operating temperature range of -40C to +125C and a dissipation factor of 0.2W to 1W. It also features a capacitance of 0.01pF and an inductance of 0.05uH. The resistor is also able to dissipate up to 250mW of power without developing an electromotive force.

The H4768RBZA resistor is a reliable and durable component, perfect for applications that require high accuracy and stability. It is suitable for use in a variety of applications, including automotive, industrial, and military. Its three-terminal design allows for precise current regulation, making it ideal for use in complex systems. The device also offers excellent power dissipation and temperature range, as well as corrosion resistance and stability.

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