H418K7BZA

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Through Hole Resistors are becoming increasingly popular in the market due to their ability to offer superior electrical performance. The H418K7BZA is one of the latest additions to this line of resistors, and it boasts several impressive features and capabilities.

The H418K7BZA is a high-precision, high-accuracy resistor that has a wide array of application fields. It has been designed for use in a variety of environments, ranging from automotive to industrial and scientific applications. As such, it is capable of operating in temperatures ranging from -55° 0C to 150° 0C. In addition, the H418K7BZA is also suitable for use in higher-voltage systems, offering a maximum voltage rating of 550V.

Given its wide range of application fields, the H418K7BZA is often used in general-purpose resistors, which refers to resistors that can be used in a variety of situations. This resistor is available in a range of standard sizes and resistances, which cover the vast majority of needs for general-purpose resistors. Furthermore, the H418K7BZA also comes with a wide range of mounting options, which allows it to be used in many different applications.

Along with its versatile application field, the H418K7BZA also offers high precision and accuracy. This is achieved through the use of precision-calibrated resistors, which are used to ensure that the resistor matches the measured resistance to the ideal value to within 0.5%. This means that the H418K7BZA can provide precise readings even when used in high-voltage applications.

The key to the success of the H418K7BZA lies in its working principle. This resistor consists of two main components: a functional layer and a set of electrical contacts. The functional layer is composed of a ceramic layer, a thin titanium layer, and a platinum-oxide layer. The electrical contacts are typically made of copper, and they are placed onto the functional layer in order to allow electricity to travel through it. The resistance of the H418K7BZA is determined by the size of the ceramic layer and the thickness of the titanium layer.

In order for the H418K7BZA to function correctly, the electrical contacts must be accurately connected to the platinum-oxide layer. This is done by injecting electrons into the platinum-oxide layer, which then travels and interacts with electrons in the contacts. When this occurs, a charge differential is created, which in turn results in electrical current flowing through the H418K7BZA. This allows the resistors to provide accurate readings, even when used in higher-voltage systems.

Overall, the H418K7BZA is an ideal choice for any through-hole resistor applications. Due to its reliable operation and high precision, it is an excellent choice for a wide range of applications, ranging from automotive to industrial and scientific applications. Additionally, its wide variety of mounting options and reliable performance make it a great option for general-purpose resistor applications.

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