YR1B137RCC

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Through Hole Resistors

YR1B137RCC application field and working principle are key elements of their design and use. By understanding the purpose and function of these resistors, it is possible to make the best choices when selecting an appropriate resistor for a given application.

YR1B137RCC is a through hole resistor, which means they are mounted flush with the surface of a circuit board and then secured with a nut and washer. As a single-turn resistor, or “variable resistor,” they allow users to adjust the resistance of the resistor by turning the control knob, located at the top of the resistor. This allows users to make fine adjustments to the operating parameters or electrical characteristics of the device in which the resistor is mounted.

Through-hole resistors such as YR1B137RCC are typically designed to support higher power requirements than surface-mount resistors. This is due largely to their larger size, allowing more heat to be transferred away from the resistor, and increased surface area, better dissipating heat from the resistor. Due to their larger size and greater power handling capabilities, through-hole resistors are more commonly used in high-voltage and power applications.

These resistors are also designed with a special internal structure to reduce their sensitivity to frequency changes. This unique structure helps them resist changes in their electrical characteristics over time when exposed to changes in frequency. The YR1B137RCC also features a large “bonded contact” design, which provides excellent conductivity and electrical continuity across the entire length of the resistor.

YR1B137RCC resistors come in various external form factors, depending on the application. The most common external form factor is a cylindrical shape with a thru-hole mounting hole, and several manufacturers provide both axial and radial variations of this shape. Radial designs have two discrete leads, one at each end of the resistor, while axial designs have one lead extending from either side of the resistor body. This wide variety of external form factors makes it easy to select a resistor for any given application.

The basic operating principle of YR1B137RCC resistors is simple. In basic terms, electricity flows from one side of the resistor to the other, passing through the material that forms the “body” of the resistor. This material is designed to have a specific resistance, usually indicated by a “resistance code”, and the resistor serves to reduce or “resist” the current flow through the circuit. This resistance is what gives the resistor its name.

The YR1B137RCC’s resistance value and operating voltage are determined by its design and materials. These resistors are made of materials such as stainless steel, nickel-iron or cobalt-iron, which have different resistivity. The resistivity of the material is then determined by combining the materials used, creating different resistivity models that are then used to produce the appropriate resistance for the resistor.

Although YR1B137RCC resistors are primarily used in high voltage or power applications, they can also be used in low-power applications as well. Because they are designed to be easy to use and are available in various external form factors. Furthermore, their resistance range is limited, making them well-suited for applications with fixed voltage or controlled power requirements.

In conclusion, YR1B137RCC application field and working principle provide a great deal of information about the use of these resistors. Their tolerance and application voltage limits, as well as their operational characteristics, make them suited for various applications. Furthermore, they are designed for reliable operation even when exposed to changes in frequency. Therefore, when selecting an appropriate resistor for a given application, it is important to such elements into consideration.

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