Cytec / AD Data Systems 230122-112 Single Pole, Registered Based VXI Switch Module

The Cytec / AD Data Systems 230122-112 is a Single Pole, Registered Based VXI Switch Module engineered for integration into VXI-based automated test systems. This C-Size module delivers high-speed signal routing through mercury-wetted reed relays and a registered-based architecture that ensures reliable switching operations within a VXI environment. The module complies with VXIbus specifications and ARINC 608A standards, enabling seamless interoperability across VXI chassis platforms. ## Technical Specifications • Module Type: VXI Switch Module (C-Size form factor) • Model Number: 230122-112 • Manufacturer: Cytec / AD Data Systems • Switching Configuration: Single Pole, Form A • Relay Type: Mercury-wetted reed relays • Current Rating: Up to 2 A per Form A switch • Architecture: Registered-based interface for high-speed control and efficient data transfer • Logical Address: Configurable via DIP switches; range up to 255 • Power Source: VXI card cage (+5V and +12 VDC) with optional external +12 VDC input ## Key Features • Mercury-wetted reed relay construction for reliable switching performance • Registered-based interface architecture enabling rapid command execution • Front panel connectors for external signal connections • Configurable logical addressing via side-mounted DIP switches • VXIbus Specification compliant for multi-module system integration • ARINC 608A design compliance ## Typical Applications • Automated signal routing in test and measurement systems • High-speed switching operations within modular VXI instrumentation • Signal path selection in complex measurement setups • Relay-based switching in aerospace and defense test environments ## Compatibility & Integration The 230122-112 operates via both message-based and register-based VXIbus protocols, allowing flexible integration with existing VXI chassis and instrumentation frameworks. The module's C-Size form factor adheres to standard VXI mechanical and electrical specifications, ensuring physical and functional compatibility across compliant VXI systems.