H45K36BDA

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Through hole resistors, also commonly referred to as THRs, are resistors that are mounted through the surface of a PCB, and are one of the most common components used in PCB designs. The most commonly used through hole resistor is the H45K36BDA resistor. This resistor is a 1206 or 1210 size surface mount device (SMD) with a 36V rating, a 45 mOhm resistance, and a bandwidth of up to 16 GHz.

The application field of H45K36BDA is versatile, and this resistor can be used in many different types of applications. Due to its small footprint and low profile, it is commonly used in high-density boards such as smartphones, laptops, and tablets, as well as in consumer electronic equipment. It is also widely used in telecom, digital, and wireless communication equipment. Other applications include motor control, medical equipment, and instrumentation.

The working principle of a THRs is based on the electrical resistance of the material used. This material can be either thick-film, thin-film, or metal-film. A thick-film typically uses a mixture of metal oxides that are either screen-printed or sprayed onto a ceramic substrate, and these metal oxides create a resistance that is proportional to its length and width. Thin-film uses a layer of thin-film metal and metal oxide vapor-deposited onto a substrate, creating a resistance that is dependent on its thickness. Metal-film uses a variety of metals that are vapor-deposited onto a substrate, creating a resistance that is dependent on the thickness and surface area.

In the case of H45K36BDA resistor, the configuration is a thick-film configuration. It is made up of multiple layers of metal oxide layers that are screen-printed on a ceramic substrate to create a desired resistance. This layer is then covered with a thin protective layer so that it can be soldered onto the PCB. The H45K36BDA is suitable for high-density applications because of its low profile and small footprint, and it is suitable for high-frequency applications due to its 16 GHz bandwidth.

The importance of using a THRs for many design applications can not be overemphasized. THRs offer a reliable, low-cost solution that is suitable for many different applications, and the H45K36BDA resistor is one of the most widely used THR components. It provides a wide bandwidth and low profile, making it suitable for a number of different applications. Understanding its working principle is key to being able to use it effectively in your designs.

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