The REF-183457-03 is a high-performance reference design board from Samtec Inc. designed for testing and prototyping high-speed interconnect solutions. This board provides a versatile platform for evaluating Samtec connectors and cable assemblies, allowing engineers to characterize signal integrity and optimize their designs. It is engineered for demanding applications that require precision and reliability.

Applications

• High-speed signal integrity testing
• Prototype development and verification
• Evaluation of Samtec connectors and cable assemblies
• Data center equipment testing
• Telecommunications infrastructure validation
• Automated test equipment (ATE)

Features

• Optimized layout for high-speed performance
• Multiple connector footprints for various Samtec products
• SMA connectors for external signal connections
• Comprehensive test points for signal probing
• Controlled impedance traces to maintain signal integrity
• Multiple layer PCB design for improved grounding and power distribution

Benefits

• Accelerates design cycles by providing a ready-to-use test platform
• Reduces risk by verifying connector and cable assembly performance before integration
• Improves signal integrity by allowing optimization of board layout and component selection
• Facilitates accurate measurements with well-defined impedance control
• Supports a wide range of Samtec interconnect solutions, increasing design flexibility
• Provides reliable and repeatable test results

Additional Details

The REF-183457-03 reference design board typically includes SMA connectors for connecting test equipment, precisely designed traces for impedance control, and multiple footprints for different Samtec connector series. The specific PCB material and layer stack-up are chosen to minimize signal loss and reflections at high frequencies. Detailed documentation, including schematics and layout files, is generally available from Samtec to aid in understanding and replicating the design principles. This reference board is vital for ensuring that high-speed systems operate reliably and meet performance requirements.