The Keysight/Agilent/HP 16715-61603 is a flex assembly connection designed to provide flexible, reliable physical interfaces for signal transmission between electronic modules in test and measurement systems. This interconnect component enables board-to-board and module-to-module connections in space-constrained environments where rigid cabling is impractical, particularly within logic analyzer systems and associated probing hardware. The flex assembly architecture allows dynamic positioning and routing while maintaining signal integrity critical to high-speed digital testing.
## Technical Specifications
• **Manufacturer:** Keysight Technologies (formerly Agilent Technologies and Hewlett-Packard)
• **Model Number:** 16715-61603
• **Product Type:** Flex Assembly Connection / Flex Board Interconnect
• **Interconnect Technology:** Flexible printed circuit (FPC) or equivalent flexible interconnection
• **Connector Architecture:** High-density board-to-board/module-to-module connectors with specific pin configuration for system compatibility
• **Physical Form:** Thin, flexible construction conforming to tight spaces within equipment racks and enclosures
## Key Features
• Signal integrity maintained during module-to-module transmission
• Flexible routing capability eliminates rigid cable constraints
• High-density connector design for compact integration
• Optimized for high-speed digital signal paths where measurement accuracy depends on minimal signal degradation
## Typical Applications
• Logic analyzer module interconnection
• Mainframe-to-probe assembly connections
• Test system signal routing in confined rack environments
• High-speed digital measurement systems requiring dynamic conductor positioning
## Compatibility & Integration
The 16715-61603 integrates with Keysight/Agilent/HP test and measurement platforms, including logic analyzer mainframes and modules within the 16700 Series architecture. Compatibility extends to 16715A and related modules utilizing this specific flex assembly connector interface. System integration requires matching connector pin configuration and mechanical mounting specifications per the host equipment design.
