CP00103R000KE663

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Through Hole Resistors

Through hole resistors, also known as through-hole resistors, are resistors that are inserted through a hole in a printed circuit board (PCB). These resistors are available in various sizes and shapes, from tiny 0201 packages, which measure just 0.3 x 0.2 millimeters, to large axial components in the order of 10 millimeters in total length. The CP00103R000KE663 resistor is a type of through-hole resistor that is specially designed for applications requiring both high power and accuracy.

Application Field

The CP00103R000KE663 is a precision surface mount resistor ideal for high-end applications. It has an ultra-low wafer-level and high-temperature rating of up to 250°C, making it suitable for use in high-temperature environments. It is often used in frequency control applications such as telecommunication equipment, medical imaging devices, automotive systems, and more. Additionally, its small size and wide operating temperature range make it useful for audio amplification, loudspeakers, and higher-voltage circuitry.

Its wide operating temperature range also allows it to perform reliably in space-constrained applications, such as smart devices, consumer electronics, and communication systems. The resistor’s high reliability makes it suitable for use in mission-critical applications where tight precision tolerances and minimum losses must be achieved. The CP00103R000KE663 is also ideal for precision analog circuits and power circuits, providing tight ratios that can be adjusted for heavy load or high-frequency switching applications.

Working Principle

The CP00103R000KE663 is a rectangular resistor made from one or more sections of a printed circuit boards (PCB). It has an array of gold-plated pins that allow for easy installation and high precision connections. The resistor also has a laser-trimmed surface with wire-bonded contacts that provide uniform resistance across the component. This helps reduce EMI emissions during high-voltage operations.

The CP00103R000KE663 is based on the principle of resistance: when an electric current passes through a wire, it must overcome some of the resistance created by the atoms of that wire. The amount of resistance is calculated by the resistivity rating of the wire. The resistor’s design depends on the number of pins used to create the trace, as well as the amount of space between them, and the total length of the trace.

The CP00103R000KE663 has a high-precision, laser-trimmed surface that ensures exceptionally accurate electrical readings. This is important for high-temperature applications and for applications that require tight tolerances, as it ensures that the resistor will not fail due to temperature fluctuation or other electrical influences. The resistor also offers excellent flame resistance and electrostatic discharge immunity, as well as low current noise and superior mechanical strength.

The CP00103R000KE663 is typically made of an aluminum core wrapped in a ceramic coating with metal ends, resulting in a lightweight yet robust construction. The resistor has a wide range of resistance value, from 1 ohm to 10 megohms. It also has a high resistance tolerance of 0.05% and a long-term drift rate of under 0.1%.

The CP00103R000KE663 has been specifically designed for ease of use and installation. It has an IP67 rating, which makes it suitable for surface mount applications, and it can be installed without the need for a glue. Its robust construction means that it is impact and vibration resistant. This makes it ideal for use in harsh environments where sustained vibrations occur.

The CP00103R000KE663 is a versatile through-hole resistor that is ideal for high-end applications that need high power and accuracy. Its small size and wide operating temperature range make it suitable for use in space-constrained devices, while its high reliability makes it suitable for mission-critical applications. Additionally, the resistor’s laser-trimmed surface with wire-bonded contacts ensures tight ratios for heavy load or high-frequency switching operations.

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