Overview of 135-3701-201 by Bel Fuse
The part 135-3701-201 by Bel Fuse is a RF MMCX connector designed for maximum frequency operations up to 6 GHz. This female jack comes with a locking feature and is typically mounted using solder terminals straight through the hole. Its design includes a brass shell material and a PTFE (Polytetrafluoroethylene) insulator material, known for its high resistance to heat, which contributes to its specified operating temperature ranges from -55 °C to 155 °C. Characterized by a 50 Ω impedance, the connector supports applications demanding high durability and reliability thanks to its performance across 500 mating cycles. Strategic elements like the gold over nickel plating and a coupling type categorized as ‘snap,’ meaning ease of connection and disconnection, add to its functional integrity. The 135-3701-201 also has a dielectric withstanding voltage up to 700 VAC and maintains excellent insulation resistance up to 1 billion Ω. This RF MCX/MMCX connector is an active part with a lifecycle status reflecting current technological relevance and compliance with RoHS, although not compliant with REACH regulations.
Industry Applications for 135-3701-201
The practical design and specifications of 135-3701-201 render it fit for a diverse range of applications across several industries. Some of these include:
- Telecommunications: In telecommunication systems, especially those operating within high frequency ranges, the 135-3701-201 could potentially be used for connecting RF modules critical to wireless communication protocols. Attributes such as a high operating frequency up to 6 GHz and good insulation could make it suitable.
- Consumer Electronics: Consumer devices such as Wi-Fi routers, radio communication systems, and high-performance RF applications could potentially employ the 135-3701-201. The component’s high thermal stability and precision operation in high-frequency applications align well with the demanding conditions of consumer electronic products.
- Computing and Data Storage: Server farms and network infrastructure that handle vast amounts of data exchanges might potentially leverage this connector for high-frequency radio communications, given its resistance to physical stress and electrostatic discharges.
- Aerospace and Defense: While the 135-3701-201 does not conform to military specifications, its robust operational parameters could suggest possible (yet careful and precisely validated) deployment in civilian aerospace systems or applications that require precision RF communications within stipulated temperature and frequency ranges.
Note, these potential industry applications are only conceptual/illustrative and necessitate detailed analysis and verification by engineering teams to ensure adherence to relevant standards and specifications for each specialized application.
About Bel Fuse
Bel Fuse Inc. specializes in manufacturing electronic components that cater widely to a spectrum of electronic connectivity needs including those related to RF signal transmissions. Considering products like the 135-3701-201, Bel Fuse demonstrates its competence in designing connectors that are essential in a plethora of electronic applications, especially where small-sized yet robust connectors are crucial. The company’s RF MCX/MMCX Connectors range, which includes 135-3701-201, highlights Bel Fuse’s commitment to quality and durability in components that need to manage relatively high frequencies while ensuring reliability and ease of use.
Where to Find 135-3701-201 by Bel Fuse
To purchase the 135-3701-201 by Bel Fuse, start by searching through the inventory listing at findchips.com. On this platform, you can easily compare the current stock levels and pricing information from various distributors. Historically, notable distributors like Avnet Asia, Avnet Abacus, and Avnet Americas have carried this component, but it’s recommended to check FindChips for the latest availability. For alternatives, you can explore other RF MCX/MMCX Connectors which might be offered by Bel Fuse or other manufacturers.