The Anite B5007.500 is a precision RF connector designed to maintain signal integrity across rigorous operational environments. Built for high-frequency applications, this 50 Ohm impedance connector delivers minimal signal attenuation and reduced electromagnetic interference through optimized electrical characteristics. The connector integrates into test and measurement systems, communication infrastructure, and demanding RF applications where performance and reliability are non-negotiable.
## Technical Specifications
• Impedance: 50 Ohms
• Connector Type: RF Connector
• Model: B5007.500
• Manufacturer: Anite
Precision RF connectors of this class exhibit low VSWR for efficient power transfer and minimal signal reflection. Insertion loss remains minimal across operational frequencies, and contact resistance is engineered to reduce signal degradation. RF leakage is controlled through precision manufacturing tolerances.
## Key Features
• 50 Ohm matched impedance for standard RF/microwave systems
• Low VSWR design minimizing signal reflection
• Minimal insertion loss across operating bandwidth
• Low contact resistance for reduced signal attenuation
• Durable construction with corrosion-resistant plating
• Designed for multiple mating cycles in field environments
Body construction typically employs brass or stainless steel with nickel or gold plating for conductivity and environmental protection. Center contacts utilize high-conductivity alloys optimized for low-loss performance. Dielectric materials are selected to maintain impedance integrity and minimize signal degradation.
## Typical Applications
• RF test and measurement systems
• Communication infrastructure networks
• High-frequency signal transmission
• Laboratory and field instrumentation
• Systems requiring dependable connector performance
## Compatibility & Integration
The B5007.500 integrates into standard 50 Ohm RF systems and test equipment configurations. As an Anite product, it may be associated with legacy Keysight Technologies product lines or successor manufacturers. Connector gender, specific mating cycle ratings, operating temperature range, and mounting configuration should be verified against the component datasheet requirements.
