Overview of CGA4J3X7R1A335K125AB by TDK Corporation
The CGA4J3X7R1A335K125AB is an X7R Ceramic Capacitor manufactured by TDK Corporation, designed for surface mount technology (SMT). It features a capacitance of 3.3 µF with a rated voltage (URdc) of 10 V. This multilayer ceramic capacitor (MLCC) is contained in a compact 0805 chip size with dimensions of 2 mm in length, 1.25 mm in height, and 1.25 mm in width, making it well-suited for dense circuit boards where space is a premium.
The part exhibits a ±10% tolerance in capacitance and carries both RoHS and REACH compliance, indicative of its environmentally-friendly profile. It operates within a temperature range of -55 °C to +125 °C and enjoys a temperature coefficient of 15% ppm/°C. Notably, the CGA4J3X7R1A335K125AB is qualified according to the AEC-Q200 standard, underscoring its reliability for applications in harsh environments, as well as its suitability for automotive applications.
With a current status in the product lifecycle as “Active”, it ensures ongoing availability and support, specified by the factory lead time of 16 weeks and 4 days as of the current writing. This part’s suitability for various demanding applications is further supported by its Halogen-Free status and encapsulation that enhances its chemical and thermal stability.
Industry Applications for CGA4J3X7R1A335K125AB
Given its versatile attributes, the CGA4J3X7R1A335K125AB may potentially find applications across various demanding sectors. Here are a few example industries and the related applications where this capacitor might be ideally suited:
- Internet of Things (IoT): Its capability to operate across a wide temperature range and small form factor might make it suitable for connected devices that require reliable performance in variable environmental conditions. Devices like smart home sensors and wearables could incorporate this component into their designs.
- Industrial Automation: The compliance with AEC-Q200 standards could render it reliable for industrial control systems and automation equipment that need long-term reliability and durability against environmental challenges.
- Healthcare: These capacitors may be incorporated into medical devices that are subject to stringent reliability standards and operate within wide temperature ranges.
- Renewable Energy: Devices like inverters or energy storage systems possibly use this type of capacitor thanks to its robustness and temperature resilience.
- Robotics and Drones: Robotics systems and drones might benefit from this capacitor’s stable electrical characteristics and compact footprint, ensuring consistent performance and efficient use of space within often compact electronic bays.
Note that these potential industry applications are conceptual and would require thorough evaluation by engineering teams to confirm suitability based on specific standards and requirements proper to each domain.
About TDK Corporation
TDK Corporation is a major player in the electronic components industry, known widely for their range of capacitors, including sophisticated Ceramic Capacitors. TDK’s capacitors are recognized for their quality, durability, and the technological adaptiveness that they incorporate into their designs. This ensures that their products, such as CGA4J3X7R1A335K125AB, meet sophisticated technical standards required in various advanced electronic and industrial applications. Their product lines include a broad array of capacitor types, serving everything from standard consumer electronics to specialized automotive and industrial systems.
Where to Find CGA4J3X7R1A335K125AB by TDK Corporation
To source the CGA4J3X7R1A335K125AB, potential buyers should consider searching on Findchips.com. This site not only provides current stock levels and pricing information but also alternatives that might match specific requirements. Some distributors that have historically provided this part include Chip1Stop, Avnet Asia, TME, Future Electronics, and Mouser Electronics. However, it’s advised to use Findchips for the most up-to-date data regarding availability.