CPR0327R00KE31

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Through Hole Resistors come in many shapes and sizes. The CPR0327R00KE31 is an axial lead resistor used in a wide range of applications and has a unique working principle. The 3-inch device design offers low profile and easily replaceability.

The CPR0327R00KE31 uses a porcelain core with a metal-electrode bridge between the two contact terminals. This bridge is secured against the porcelain core by a crimp. The crimp also ensures that the two sides of the bridge are forced together. Thus, resistance is generated in the bridge when the two bypass contacts are connected.

CPR0327R00KE31 Through Hole Resistors are suitable for use in low power applications and offer a high degree of long-term reliability. The resistor also features a wide operating temperature range and can be used in a variety of environments and applications, such as motor control, energy management, lighting, motor drive, sound systems, and home applications.

The resistors feature a low insertion and high withdrawal force, providing the device with superior reliability in the circuit. The device also features a high insulation resistance, making it suitable for applications that require high insulation resistance from outside influences. The resistor also provides excellent soldering characteristics and can withstand thermal shock in order to ensure its long-term performance.

The resistor also uses a low-profile design that allows for easy replacement and installation. The resistor also features high stability and is capable of withstanding shock and vibration due to its robust construction. This ensures that the resistor can operate for an extended period without its performance being affected.

CPR0327R00KE31 Through Hole Resistors are suitable for a wide range of applications and offer reliable performance. The device is easy to install and provides superior reliability in the circuit. The resistor also features a high insulation resistance, soldering characteristics, and thermal shock resistance, making it suitable for use in a variety of environments and applications.

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