Product Description
N TYPE BNC TYPE DIN TYPE SMA TYPE F TYPE N TYPE1 W N M DUMMY LOAD 3GHZ 2 W N M DUMMY LOAD 3GHZ 5 W N M DUMMY LOAD 3GHZ 10 W ... 5 W DIN M DUMMY LOAD 3GHZ.
Ads
N TYPE BNC TYPE DIN TYPE SMA TYPE F TYPE N TYPE1 W N M DUMMY LOAD 3GHZ 2 W N M DUMMY LOAD 3GHZ 5 W N M DUMMY LOAD 3GHZ 10 W ... 5 W DIN M DUMMY LOAD 3GHZ.
Ads
Exceptional RF PerformanceDelivering a low insertion loss and VSWR 1.3, these UFL cable assemblies maintain reliable signal transmission up to 6 GHz. The foamed polyethylene dielectric and high-quality PE insulation contribute to stable, interference-free operation for sensitive RF applications, ensuring optimal performance in Wi-Fi, GPS, Bluetooth, and IoT systems.
Versatile and AdaptableWith customizable lengths and single shield construction, these cables are ideal for space-constrained environments inside devices. Their excellent heat resistance and durable black PVC jacket ensure longevity and consistent functionality, even in challenging temperature conditions commonly found in embedded systems.
Quality Compliance and SafetyRoHS compliance guarantees that these assemblies meet stringent environmental and safety standards, making them suitable for professional use in manufacturing, distribution, and system integration within India. With 60V maximum voltage rating and no armored layer, these cables are tailored for internal RF signal transmission where safety is paramount.
FAQ's of RF CABLE ASSEMBLIES UFL:
Q: How are the UFL cable assemblies typically used in embedded systems or IoT devices?
A: These cable assemblies are designed for internal RF signal transmission within devices such as Wi-Fi routers, GPS modules, Bluetooth adapters, and various IoT equipment, providing compact, secure, and high-quality connectivity in confined spaces.
Q: What benefits do the U.FL male to U.FL male connectors offer for signal transmission?
A: U.FL connectors offer minimal insertion loss, reliable connections, and support high-frequency operations up to 6 GHz, ensuring stable and precise RF signal transmission suitable for demanding wireless applications.
Q: When should I choose a customized cable length, and what are the available options?
A: Customizing cable length ensures an optimal fit and reduced signal degradation for your device layout. The standard available customization for these RF cable assemblies ranges from 100mm to 500mm, suiting a wide array of internal applications.
Q: Where can these RF cable assemblies be installed within a system?
A: They are specifically intended for internal installations within electronic devices, such as inside enclosures or confined spaces of embedded systems, due to their thin profile and flexible design.
Q: What is the manufacturing process for ensuring consistent signal integrity?
A: Each cable assembly undergoes precise construction with a single tinned copper braid shield, foamed polyethylene dielectric, and high-quality PE insulation, followed by rigorous testing for impedance, VSWR, and insertion loss to meet stringent performance standards.
Q: How does the single shield with tinned copper braid protect against interference?
A: The tinned copper braid provides a first-level shield against electromagnetic interference (EMI), enhancing signal integrity and reducing noise, especially important in complex, multi-device environments.
Q: What safety and quality standards do these UFL cable assemblies adhere to?
A: They are RoHS compliant, ensuring they are free from hazardous substances and safe for production and integration, while also being heat proof and durable across their operating temperature range (-40C to +85C).