Overview of GRM2195C1H103FA01D by Murata Manufacturing Co Ltd
The GRM2195C1H103FA01D is a multilayer ceramic capacitor (MLCC) with 0.01 µF capacitance and a 50 V rated voltage. It features precise tolerance levels of ±1% and operates over a wide temperature range from -55º to +125ºC, making it suitable for various high-reliability applications. This part uses a C0G (NP0) dielectric material, commonly known for its ultra-stability and low thermal coefficient (30ppm/°C), making significant impacts in precision circuit applications. Packaged in a standard 0805 [2012 metric] size with surface mount technology (SMT), it has double wraparound nickel under matte tin terminals for optimal mounting and performance stability. This capacitor adheres to rigorous industry standards, including RoHS, REACH, and is classified with an ECCN Code of EAR99.
The packaging type for this part is TR, paper, on a 7-inch reel, making it optimal for automated assembly processes. The high-quality construction with a multilayer format and specified C0G (NP0) temperature characteristics positions this part for applications demanding high accuracy and stability. The part life cycle is currently marked as “Not Recommended,” which might suggest looking for a next-generation part, or verifying with Murata’s support teams regarding its availability and sustainability in future projects.
Industry Applications for GRM2195C1H103FA01D
The particular attributes of GRM2195C1H103FA01D such as its stability, high precision, and operating temperature range might potentially make it suitable for various high-demand sectors. The potential applications listed below are conceptual only and require further verification by engineering and design teams:
- Telecommunications: The precision and thermal stability could be beneficial in RF and microwave systems typically used in base stations and satellite communication gear where frequency stability is critical.
- Consumer Electronics: Devices such as smartphones, tablets, and high-performance computing devices could utilize such components for frequency regulation and power management circuits.
- Industrial Automation: In control systems and sensors that require precise timing circuits, the stable capacitance value regardless of temperature changes would be highly beneficial.
- Aerospace and Defense: Given its high-temperature tolerance and precision, this capacitor can potentially be used in avionics and military-grade electronics where reliability and performance are paramount, though specific compliance with military standards should also be confirmed.
Note that these potential applications are layered with assumptions and depend on more specific criteria including other environmental conditions and application-specific standards. This is an illustrative perspective and requires detailed component evaluation for any specific use case.
About Murata Manufacturing Co Ltd
Murata Manufacturing Co Ltd specializes in the design and manufacture of Ceramic Capacitors among other electronic components. In the field of capacitors, Murata’s products are widely appreciated for their reliability and cutting-edge technology. The company produces a broad range of capacitor types including MLCCs suitable for various applications from general electronic devices to specialized industry equipment. With extensive research and development, Murata continues to evolve its capacitive solutions, responding to the technological advances across industries.
Where to Find GRM2195C1H103FA01D by Murata Manufacturing Co Ltd
To source the GRM2195C1H103FA01D, findchips.com offers a reliable option for checking current stock levels and competitive pricing from various distributors. For alternative sourcing options, the same platform also lets users search for comparable parts within the Ceramic Capacitors category that may offer similar specifications. Previously, this part was available through distributors such as Avnet Asia, Sensible Micro Corporation, TTI, and DigiKey. However, it’s advisable to consult findchips.com for the latest availability and pricing details.