CF14JT10K0 by SEI Stackpole Electronics Inc

Overview of CF14JT10K0 by SEI Stackpole Electronics Inc.

The CF14JT10K0 is a fixed resistor featuring a carbon film technology, offering a resistance of 10,000 ohms with a 5% tolerance. Designed for through-hole mounting, it comes in an axial leaded package ideal for traditional soldering methods onto PCBs. This resistor operates efficiently within a wide temperature range from -55 °C to 155 °C, making it adaptable across various environmental conditions. Additionally, it handles a maximum working voltage of 350 volts and a power rating of 0.25 watts, underscoring its capability in handling moderate power applications reliably.

This component is both RoHS and REACH compliant, ensuring its use in markets that adhere to strict environmental standards. Its environmental compliance is supported by a lead-free status and the JESD-609 e3 code, which indicates a matte tin terminal finish. The Carbon Film Resistors subcategory to which CF14JT10K0 belongs reflects a technology well-regarded for its performance and dependability in various electronic applications.

Industry Applications for CF14JT10K0

The CF14JT10K0, given its specifications and characteristics, might potentially be applicable in a diverse range of industries. Here are a few examples where such components might be used:

  • Consumer Electronics: This resistor could potentially be used in devices such as televisions, radios, and other household electronics where reliability and power efficiency are needed. Given its tolerance and power dissipation capabilities, it might ensure stable performance amidst varying electrical loads.
  • Industrial Automation: In automated machinery and control systems which require consistent performance over a wide range of temperatures, this component might play a critical role in maintaining system integrity and precision.
  • Computing and Data Storage: The CF14JT10K0 might possibly be used in power supply circuits within computing systems, supporting both stable operations and power efficiency. Its robust temperature coefficient and resistance capabilities provide the precision necessary in these sensitive applications.
  • Telecommunications: Given its axial package and reliable performance in diverse environments, this resistor could be an asset in the infrastructure of telecommunications systems, where long-lasting and accurate components are essential for signal integrity and system reliability.

It is essential to note that these potential industry applications are strictly illustrative and would require detailed analysis and verification by engineering and design teams to ensure conformity with specific requirements and standards.

About SEI Stackpole Electronics Inc.

SEI Stackpole Electronics Inc. is a recognized manufacturer within the field of electronic components, notably excelling in their range of resistor products. In the realm of Carbon Film Resistors, Stackpole Electronics offers products like CF14JT10K0, which are renowned for their reliability and robustness. The company focuses on various types of resistors, providing a wide range of options for different electrical and thermal characteristics suitable for various applications. The manufacturing/brand of CF14JT10K0 underlines Stackpole’s commitment to quality and adherence to environmental compliance reflected in their product offerings.

Where to Find CF14JT10K0 by SEI Stackpole Electronics Inc

The CF14JT10K0 has historically been stocked by various distributors including Master Electronics, Chip 1 Exchange, and Mouser Electronics, among others. However, availability can vary, and it’s advisable to check real-time inventory through reliable procurement platforms.

For ease of purchase and to view the most current pricing and stock status, visit findchips.com. Here, you can also explore other Carbon Film Resistors that might be offered by SEI Stackpole Electronics Inc or alternative manufacturers, if CF14JT10K0 does not completely meet your application requirements.

Compare pricing for CF14JT10K0 and other Carbon Film Resistors at findchips.com