The Ciao Wireless CA67-256 is a wireless adapter engineered to deliver RF connectivity across extended frequency ranges. Built on Ciao Wireless’s proven platform of RF and microwave amplifiers and sub-assemblies, the CA67-256 combines military-grade reliability with high-performance signal conditioning. The device employs GaAs FET MIC technology and Thin-Film Hybrid MIC construction to ensure dependable operation in demanding environments.
## Technical Specifications
The CA67-256 operates within Ciao Wireless’s standard frequency coverage of 30 kHz to 45 GHz, with selective ultra-wideband models spanning 1 MHz to 52 GHz. Construction utilizes Thin-Film Hybrid (Chip and Wire) topology, enabling design flexibility and customization for specific operational requirements.
Amplification stages deliver variable gain configurations ranging from 10 dB to over 40 dB depending on model configuration. Output power capabilities reach +32 dBm across wideband power amplifier variants. Ultra-low noise designs achieve noise figures as low as 0.3 dB to 0.4 dB for sensitive receiver applications. All amplifier stages are guaranteed 100% unconditionally stable.
Operating temperature range extends from −54°C to +85°C, with performance specifications guaranteed at +23°C nominal. Performance degradation occurs at temperature extremes.
## Key Features
• GaAs FET MIC and Thin-Film Hybrid construction for reliability
• Frequency coverage: 30 kHz to 45 GHz
• Unconditionally stable amplification stages
• Military and Hi-Rel design compliance
• Customizable gain, noise, and output power configurations
## Typical Applications
The CA67-256 supports deployment in electronic warfare (EW), electronic countermeasures (ECM), electronic support measures (ESM), radar systems, data links, satellite communications, and test and measurement platforms.
## Compatibility & Integration
The adapter integrates within wireless systems requiring broad frequency support and high-reliability signal conditioning. Design flexibility accommodates both screened military applications and non-screened commercial implementations.
