Racal Instruments ADCBFLY

The Racal Instruments ADCBFLY is a plug-in module component within the Racal Instruments Adapt-a-Switch™ system, engineered to provide specialized switching or interfacing capabilities for flexible signal routing in automated test equipment (ATE) environments. As part of the modular Adapt-a-Switch™ platform, this component integrates with switch carriers and mainframes to enable high-density signal routing and control across VXIbus, GPIB, and LXI applications.

– Technical Specifications

The ADCBFLY functions as a plug-in module compatible with the Adapt-a-Switch™ ecosystem, which includes switch carriers such as the Racal Instruments 1260-100 and mainframes including the Racal Instruments 1256L. Related plug-in modules within this platform demonstrate switching capabilities ranging up to 13 A and voltage handling to 300 VDC or VAC, depending on module configuration. One example module (1260-112) handles digital and differential analog signals with 120 MHz bandwidth; multiplexer variants (1260-134) support audio, video, and telecom applications.

– Key Features

• Modular design enabling easy replacement and reconfiguration
• Compatible with VXIbus, GPIB, and LXI control architectures
• Integration with Racal Instruments 1256L mainframe and 1260-100 carrier platform
• Supports VXIplug&play drivers for Win32 API environments
• Compatible with LabWindows/CVI and LabVIEW frameworks
• Message-based and register-based command control via Option 01T interface
• SCPI command set compatibility through 1256L mainframe

– Typical Applications

The ADCBFLY serves specialized signal routing, adaptation, or interface functions within automated test and measurement systems. Its role within the Adapt-a-Switch™ ecosystem supports digital switching, analog signal conditioning, and high-density matrix routing for complex test scenarios.

– Compatibility & Integration

The module integrates with Racal Instruments switch carriers and mainframes designed for VXIbus, GPIB, and LXI platforms. Control is managed through standard interfaces supporting both message-based and register-based command protocols, with full compatibility for modern test software frameworks.