B39612B8382L210 by Qualcomm

Overview of B39612B8382L210 by Qualcomm

The B39612B8382L210 is a band pass filter featuring a single section design, operating at a center or cutoff frequency of 6137.5 MHz. Manufactured by Qualcomm, this component is essential in applications requiring the isolation of a specific segment of the frequency spectrum while rejecting frequencies outside this range. The filter maintains a compact form factor with dimensions of 1.4 mm in length, 1.1 mm in width, and 0.53 mm in height, making it well-suited for surface-mount technology (SMT) on crowded printed circuit boards.

This Qualcomm filter supports operating temperatures ranging from -30 °C to 85 °C and features 6 terminals. With an input and output impedance of 50 Ohm, and a max insertion loss of 2.9 dB, it ensures minimal signal attenuation. The voltage standing wave ratio (VSWR) of 2.1 indicates efficient transmission power and minimal reflection. Additionally, this part is finished with a Gold (Au) with Nickel (Ni) barrier, optimizing it for reliability and performance in various operating environments.

Adhering to Qualcomm’s commitment to environmental compliance, B39612B8382L210 is RoHS compliant and packaged using environmentally conscious methods including a tape and reel (TR) of 13 inches, which facilitates automated assembly processes. The filter’s qualifications for modern electromagnetic requirements make it a robust choice for numerous advanced communications and radar systems applications.

Industry Applications for B39612B8382L210

While the B39612B8382L210 could serve a broad spectrum of industries, there are specific sectors where its characteristics might be particularly beneficial:

  • Telecommunications: Its high-frequency capability could be utilized in microwave communications where narrow band filtering is critical to separate different channels and minimize interference.
  • Consumer Electronics: In devices such as wireless routers or broadband access devices, this filter could potentially enhance performance by ensuring clean signal transmission within designated frequencies.
  • Industrial Automation: In automated factories, reliable data communication is crucial. This filter might help improve the integrity of wireless signals used for remote monitoring and control of equipment.
  • Aerospace and Defense: Given its high frequency and precision, this filter could potentially be applied in communications equipment or radar systems, where signal clarity and distinction are crucial.
  • Computing and Data Storage: For high-frequency wireless communication components within data centers, this filter might aid in maintaining signal clarity amidst numerous competing signals.

Please note these potential industry applications are only conceptual/illustrative and require detailed analysis and verification by engineering and design teams to ensure compliance with industry standards and specific application needs.

About Qualcomm

Qualcomm is a key player in the design and manufacture of digital communication products, particularly known for its pioneering developments in semiconductor components and General Purpose Passive Filters. B39612B8382L210 is an example of Qualcomm’s innovative approach toward high performance and reliable filter technologies integral to telecommunication and electronic devices globally. The company is revered for its leading-edge technology solutions that cater to a broad spectrum of wireless communications, contributing significantly to the evolution of connected devices.

Where to Find B39612B8382L210 by Qualcomm

For acquiring B39612B8382L210, we recommend conducting a thorough search on findchips.com to check real-time availability and pricing from various distributors. This filter, part of the General Purpose Passive Filters category, has historically been available from distributors such as Richardson RFPD and DigiKey, although current stock and prices can only be confirmed through our website.

Compare pricing for B39612B8382L210 and other General Purpose Passive Filters / Filters at findchips.com