CMS16CME20K00JE

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Special Resistors: CMS16CME20K00JE Application Field and Working Principle

Special resistors are electrical components used to control the flow of electric current and to adjust the signal amplitude in electronic applications.

The CMS16CME20K00JE special resistor is a high precision resistor with low drift against temperature, current, and age. It is made of a semi-rigid high-temperature ceramic chip, with a gold-plated nickel contact and cut to medium size. It is available in surface-mount packages (<0.1 inch ), and is relatively low in cost.

The CMS16CME20K00JE has an overall resistance tolerance of ±2%. It is highly reliable, with an operational temperature range from -55°C to 100°C. This special resistor is rated for up to 1W of power, making it suitable for use in a range of applications such as audio amplifiers, displays, telecommunications, radio frequency, and video signal processing.

The CMS16CME20K00JE special resistor has a working principle based on Ohm\'s law, which states that the current through a conductor is directly proportional to the potential difference across it. This means that when a voltage is applied across the resistor, the current passing through it is proportional to the voltage applied.

The CMS16CME20K00JE\'s electrical characteristics, such as resistance and current carrying capacity, are determined by its size and shape. The materials used in its construction are selected to provide a specific resistance value for the application. The semi-rigid ceramic substrate provides an evenly distributed resistance across the surface of the resistor, resulting in increased stability and uniformity across its terminal.

The CMS16CME20K00JE is a reliable, low-cost and stable resistor suitable for a wide range of applications. It has excellent stability and accuracy over a wide temperature range and is suited for applications that require precise values and reliable performance. It can be used for power supplies, audio signal processing, broadcast equipment, microprocessor-based systems, and many other applications where precise current control, stability, and uniformity are required.

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