TE Connectivity CPF 0402 Precision Fixed Resistor Datasheet

Category: Electronics, Resistors, TE Connectivity

Overview

The TE Connectivity CPF series 0402-sized high-precision fixed resistors are designed for surface mount applications. These resistors offer a 1% tolerance and a low temperature coefficient of 25 ppm, ensuring reliable performance in various conditions.

Features and Specifications

Product Type Features: The product presented is a precision fixed resistor with a TE part number of 7-1879208-3. It can be accessed for further details via TE.com.

Configuration Features: Each resistor in this series comes with two terminations for soldering to a circuit board.

Electrical Characteristics: Suiting various applications, these resistors have a resistance range from 1kΩ to 1MΩ. The model specifically detailed has a resistance value of 10kΩ. They are capable of handling a voltage up to 25V and power rating of 0.063W.

Termination Features: Designed to be soldered, they offer two termination points for mounting.

Mechanical Attachment: These components are designed for surface mounting, making them suitable for a wide array of PCB-based applications.

Dimensions: The compact size of 1 x 0.5 x 0.3 mm allows for integration into space-constrained designs.

Usage and Support

For assistance with using these resistors, the datasheet provides a support number: +1 800 522 6752. Additional resources and support may be available directly through TE Connectivity’s website.

Availability

The resistors are provided in taped and reeled packaging to facilitate automated assembly processes. Users can order through the product’s active status, thereby ensuring ready availability for production requirements.

Conclusion

This datasheet highlights the CPF 0402 10K 0.1% 25PPM 1K RL precision resistor, which is an active and reliable component for precision electronic circuits. Its compact form factor coupled with its precision attributes make it a suitable choice for designers looking to balance performance with space constraints on their PCBs.