H856R2DZA

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Through Hole Resistors are used in a wide range of applications, and the H856R2DZA resistor is a prime example. In this article, we will discuss the application field and working principle of the H856R2DZA resistor.

One of the most popular uses of this resistor is for high voltage trimmable applications such as high voltage pulse amplitude modulation or for controlling the amount of current in various components in an amplifier stage. It is also found in power-supplying and voltage-sensing applications. The H856R2DZA is also often used in high-reliability linear systems, precision rectifiers, and optoelectronic circuits that require a reliable resistor.

The H856R2DZA features a very high power rating of 5W in a 0805 package, excellent temperature stability, low noise, and precision control. It also has a very low inductance of just 8nH which is unique among many resistors.

When talking about Through Hole Resistors, it\'s important to understand how they work and how they can be used. The H856R2DZA is a conventional axial-prototype through-hole element which works by converting electrical energy into heat. It uses electrical resistance to resist the flow of current and convert it into heat energy which is dissipated into the surroundings. The rate of electrical energy conversion into heat is determined by the value of the resistor, which is specified in Ohms.

In order to achieve the desired effect, the resistor must be connected to the outer circuit properly. In the case of the H856R2DZA, it is an axial-prototype through-hole element, which means the resistor body has a hole in the center and the leads are connected to the external circuit at each end of the body. The resistor is typically soldered directly to the circuit board using a solder masking, and the leads should not be bent excessively. This ensures that the resistor is properly connected and can perform its intended function.

Once the resistor is mounted on the circuit board, it should be tested to ensure that it is working properly. This is typically done using a multimeter or oscilloscope. The multimeter is used to measure the resistance value, while the oscilloscope can be used to measure the amount of change in resistance value over time.

The H856R2DZA through hole resistor is a very versatile component and can be used in a variety of applications. It is an especially good choice for precision control applications and optoelectronic circuits that require a reliable resistor. Its unique feature of a low inductance also makes it ideal for high-reliability linear systems, precision rectifiers, and power-supplying and voltage-sensing applications. Furthermore, its high power rating and temperature stability make it an ideal choice for high voltage trimmable applications.

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