Elecbee ADF4350 ADF4355 RF Balun Differential to Single-Ended Converter 10MHz-6GHz SMA 1:1 RF Signal Module

Elecbee ADF4350 ADF4355 RF Differential to Single-Ended Converter Module is a compact RF balun conversion board designed for high-frequency signal conversion between differential RF interfaces and single-ended RF interfaces. The module supports broadband RF applications from 10MHz to 6GHz for RF development, signal conditioning, PLL synthesizer integration, microwave communication, and laboratory testing environments.

The RF conversion board uses a 1:1 balun structure to help reduce insertion loss during differential and single-ended RF signal conversion. The module is suitable for ADF4350, ADF4355, SDR systems, RF signal generators, communication modules, and microwave development platforms requiring RF impedance and signal conversion.

Technical Specifications

• Brand: Elecbee
• Product Type: RF Differential to Single-Ended Converter
• Compatible Chipsets: ADF4350 / ADF4355
• Frequency Range: 10MHz-6GHz
• Balun Ratio: 1:1
• RF Function: Differential and Single-Ended Signal Conversion
• RF Interface Ports: RFIN/OUT2 and RFIN/OUT3
• Connector Type: SMA RF Interface
• PCB Dimensions: 29 × 19mm
• Product Weight: 7g

Application Scenarios

• ADF4350 and ADF4355 RF synthesizer applications
• Software Defined Radio (SDR) systems
• RF laboratory testing
• Microwave communication development
• Differential RF signal conversion
• Signal generator integration
• RF measurement systems
• Wireless communication research

The broadband RF architecture supports stable high-frequency signal conversion across multiple RF bands while helping reduce insertion loss between differential and single-ended RF paths. The compact PCB design supports integration into embedded RF systems, signal processing platforms, and microwave development environments.

The module is compatible with RF synthesizers, SDR platforms, RF analyzers, microwave communication equipment, and laboratory signal processing systems using standard SMA RF interfaces. The lightweight structure supports portable RF testing and compact wireless communication applications.