Overview of NC20KC0100KBA by Kyocera AVX Components
The NC20KC0100KBA is a Negative Temperature Coefficient (NTC) thermistor with a resistance of 10 ohms and a thermal sensitivity index of 3470 Kelvin. This surface mount component features a chip package that complies with the AEC-Q200 standard, suggesting reliability in automotive environments. Manufactured by Kyocera AVX Components, the NC20KC0100KBA is mainly used for temperature compensation. Its design for easy surface mounting (SMT) helps streamline the assembly process on printed circuit boards.
The part has robust operating temperature limits, ranging from -55°C to a maximum of 150°C, and is contained in a compact rectangular package with dimensions of 3.2 mm x 1.6 mm x 1.5 mm. Noted for its compliance with RoHS, REACH, and being marked under ECCN Code “EAR99”, this part assures users of its acceptability in various global markets without concerns surrounding hazardous substances or export restrictions. Additionally, the part is also described as having a “Factory Lead Time” of 16 weeks as of the current writing, which suggests potential planning required for inventory and manufacturing cycles.
Industry Applications for NC20KC0100KBA
The diverse features and specifications of NC20KC0100KBA, such as its temperature sensing capability and robust package design, make it potentially suitable for a variety of industry applications. However, the assertions below are conceptual and should be analyzed and verified by engineering teams for compliance and applicability:
- Automotive: Given its compliance with AEC-Q200, the NC20KC0100KBA could potentially be used in automotive applications for monitoring and controlling temperature critical components such as engine thermal management systems, HVAC systems, and battery management systems. Its ability to operate across a broad range of temperatures aligns well with the thermal challenges present in automotive environments.
- Consumer Electronics: The small package size and temperature compensation capability of the part could make it suitable for use in consumer electronics such as smartphones, tablets, and wearables where precise temperature control is essential for device stability and battery safety.
- Industrial Automation: In industrial settings, temperature monitoring and control are critical for the operational stability of machinery and processes. The NC20KC0100KBA could potentially be incorporated into industrial sensors and automation systems, helping to ensure precise control and prevent overheating.
- Computing and Data Storage: Thermal management is vital in computing systems to maintain optimal performance and prevent overheating. This thermistor could potentially be used in both passive and active thermal management strategies within servers, storage arrays, and networking equipment.
Note: The potential applications listed above are illustrative and require thorough validation to ensure the part meets specific standards and operational requirements of each industry.
About Kyocera AVX Components
Kyocera AVX Components is renowned for its development and manufacturing of advanced electronic components, particularly in the space of resistors and capacitors. Within the realm of resistors, their range includes various types, with a special focus on Non-linear Resistors. The NC20KC0100KBA, part of this subcategory, demonstrates their capability to produce components that meet stringent industry standards such as AEC-Q200, making their products reliable choices for high-stake applications like automotive and industrial automation.
Where to Find NC20KC0100KBA by Kyocera AVX Components
Purchasing the NC20KC0100KBA requires careful consideration of supplier availability and current stock levels. Historically, this part has been available from distributors such as Avnet Abacus, TME, TTI, Mouser Electronics, Avnet Americas, DigiKey, and Newark. To find current pricing and availability, and to explore alternate parts within Non-linear Resistors that might be offered by Kyocera AVX or other manufacturers, visit findchips.com.