Overview of 0402BB104KW500 by Passive Plus Inc.
The 0402BB104KW500 is a multilayer ceramic capacitor (MLCC) made by Passive Plus Inc. This capacitor is characterized by a dielectric made of ceramic material, with surface-mount technology making it suitable for compact electronic designs. Engineered for working voltages up to 50V, it offers a capacitance of 0.1 µF. The capacitor exhibits a ±10% tolerance in capacitance, important for applications where such precision is necessary.
Specifically designed for high-frequency applications exceeding 50 GHz, this capacitor suits precision filtering or timing applications often found in sophisticated communication equipment. Its size code is 0402, translating to a miniature footprint of just 0.040 x 0.020 inches, making it ideal for dense PCB layouts.
In terms of durability and reliability, the specified operational temperature range stretches from -55 °C to 125 °C, allowing use in environments experiencing extreme temperatures. The component’s temperature coefficient stands at 15% ppm/°C, which indicates its stability across temperature changes, vital for maintaining functional consistency under varying thermal conditions.
Industry Applications for 0402BB104KW500
The performance attributes of the 0402BB104KW500 make it potentially suitable for a range of industry applications, though these applications should be further verified by engineering teams. Below are some industries where this component might find use:
- Telecommunications: Given its high frequency exceeding 50 GHz, the capacitor could potentially be used in radio frequency (RF) applications, including base station equipment, RF filters, and high-speed networking infrastructure where signal integrity is paramount.
- Automotive: In automotive electronics, components need to withstand turbulent environments and wide temperature ranges. The thermal stability and compact size of this capacitor might make it suitable for use in vehicle radar systems or infotainment modules.
- Internet of Things (IoT): IoT devices often require components that combine longevity and reliable performance in various temperatures, especially for outdoor applications. This capacitor might be a candidate for use in IoT sensor nodes or communication devices.
- Environmental Monitoring: For equipment used in harsh or fluctuating environments, the robust temperature range and size of this capacitor could make it ideal for use in environmental sensors or monitoring devices that require stable characteristics irrespective of external conditions.
These potential industry applications are only illustrative and require thorough analysis and verification by engineering and procurement teams to ensure compliance with specific standards and requirements.
About Passive Plus Inc.
Passive Plus Inc. is a recognized manufacturer in the field of capacitors, especially known for their high-performance Ceramic Capacitors. They specialize in components that are geared towards demanding applications requiring precise tolerances, high frequencies, and stability across diverse environments. The 0402BB104KW500 is reflective of their commitment to producing high-quality capacitors suited for the advanced technological demands present in various sectors, including telecommunications, automotive, and aerospace.
About Passive Plus Inc.’s capacitors, they are particularly lauded for their miniature sizes and reliability under extreme conditions, which make them preferred choices for industries where space and functional durability are crucial. This dedication to quality and functionality has positioned Passive Plus Inc. as a dependable supplier in the capacitor market.
Where to Find 0402BB104KW500 by Passive Plus Inc
For procurement, our platform findchips.com is an ideal starting point. Here, you can research and acquire the 0402BB104KW500, alongside exploring other Ceramic Capacitors. Over the years, this part has been available through various distributors including DigiKey. However, to obtain accurate stock levels and up-to-date pricing information, visiting findchips.com is recommended.