Overview of 2506036017Y0 by Fair-Rite Products Corp.
The 2506036017Y0 is a ferrite chip designed primarily for filtering applications. It features a frequency range that operates between 100 MHz and 1000 MHz, making it useful for a variety of electronic devices that require effective noise suppression in their signal lines. The part has a DC current rating of 0.4A and shows a maximum DC resistance of 0.35 Ohm, which supports its application in data line filtering tasks.
Constructed in a 0603 package – a common size in surface mount technology (SMT) – the dimensions for this component are 1.6 mm in length, 0.8 mm in width, and 0.8 mm in height. It is made from a ferrite material that contributes to its functionality in reducing electromagnetic interference (EMI) in electronic circuits. Meeting RoHS compliance guidelines, this part is designed with environmental regulations in mind. It has an impedance of 600 Ohm at the specified frequencies and a tolerable impedance variation of ±25%.
As of the current writing, the part is still considered active and readily available, which points to its continued relevance in various applications. Its 2-pin configuration is standard for this type of component, allowing for straightforward installation on compatible printed circuit boards (PCBs).
Industry Applications for 2506036017Y0
The 2506036017Y0 ferrite bead could potentially find applications in several industries, providing solutions to noise filtering challenges presented in electronic circuits. Here are a few example industries and potential applications:
- Consumer Electronics: This part might be used in smartphones, laptops, and tablets where high-frequency signals are prevalent. Its effective impedance characteristics could help in mitigating signal degradation from interference, thereby improving overall device performance.
- Telecommunications: Telecommunications equipment, such as routers and modems, might utilize this ferrite bead to filter out unwanted noise from the data lines. The ability to handle frequencies up to 1000 MHz could be beneficial in maintaining data integrity and reducing packet loss.
- Industrial Automation: In automated systems, this component could potentially be used to enhance the reliability of signal communications between various sensors and controllers. Noise reduction in these systems is crucial for maintaining operational efficiency and safety.
- Robotics and Drones: Equipment in robotics might leverage the 2506036017Y0 to ensure stable communication between components, especially in environments with high electromagnetic interference. Any noise reduction can contribute to better navigational accuracy and control.
- Automotive (Conditional): If this component adheres to automotive industry standards, it might find applications in automotive control units, where signal integrity is paramount. It could potentially help in minimizing road noise affecting electronic systems in vehicles.
These potential industry applications are only conceptual and illustrative, requiring thorough analysis and verification by engineering and design teams to ensure adherence to industry standards and specific application requirements. The effectiveness of similar parts may also contribute to these applications depending on specific filtering requirements.
About Fair-Rite Products Corp.
Fair-Rite Products Corp. specializes in manufacturing ferrite components, including the 2506036017Y0. Their line-up includes a range of filters designed to reduce EMI across different applications. Established in the electronic components market, the company is recognized for its innovative solutions in the field of electromagnetic interference suppression.
In addition to the 2506036017Y0, Fair-Rite manufactures various other ferrite beads and cores. These are available in multiple configurations and specifications to meet the diverse needs of engineers and designers working on everything from consumer products to industrial equipment. Their experience in the development of Data Line Filters, such as the 2506036017Y0, enables them to provide effective filtering solutions that adhere to current technological requirements.