YR1B7K15CC

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Through Hole Resistors, such as the YR1B7K15CC, are widely used components for minimizing interference or limiting energy flow in a range of industrial, commercial, and consumer applications. Generally, through-hole resistors consist of two important components: a resistor and a contact. The resistor element absorbs or limits energy, while the contact ensures an electrical connection and reduces the risks of arcing and short-circuiting.

The YR1B7K15CC is a high-end, high-precision resistor that features an exceedingly low thermal resistance and a wide operating temperature range of -55°C to 125°C, making it highly reliable in extreme temperature environments. The power rating is 2W and the resistance ranges from 1Ω to 10MΩ, a very wide range to suit a number of applications such as medical, automotive, and communications.

The construction of the YR1B7K15CC begins with a brass contact that is cut to a specific shape and placed in a metal housing along with a ceramic substrate and conductive metal terminal. These components are assembled and soldered onto a printed circuit board, forming the basic architecture of the YR1B7K15CC. The metal housing contains the resistor element, usually made of NiChrome or Manganin, which is connected to both the contact and the terminal.

The resistor element absorbs or limits energy by converting the input current into heat energy. This energy is given off in the form of infrared radiation, which is detected by the substrate and then converted to electrical output by the terminal. This is the principle of operation of the YR1B7K15CC.

Because of its superior thermal and electrical properties, the YR1B7K15CC is suitable for use in some of the most challenging environments such as high-temperature, humid, and airborne dust applications. It can be used to protect sensitive electronic devices from potentially damaging levels of current and has been used in the automotive, medical, communications, and military industries.

In conclusion, the YR1B7K15CC is a high-precision through hole resistor with a wide resistance range and a high power rating. It is suitable for use in various applications requiring superior thermal and electrical performance. Its working principle is based on the conversion of input current into heat energy, which is then dissipated through infrared radiation detected by a ceramic substrate.

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