Product Overview
The Jitter Analysis PCB is a precision-engineered test board designed for comprehensive timing performance analysis and jitter characterization in high-speed digital systems. This specialized testing solution enables engineers to accurately measure, analyze, and validate timing integrity across various signal types and frequencies.
Key Features
High-Precision Measurement Capabilities
- Sub-picosecond jitter resolution for ultra-precise timing analysis
- Wide frequency range support from DC to multi-GHz applications
- Multiple input channels for simultaneous signal monitoring
- Real-time jitter decomposition and statistical analysis
Advanced Signal Processing
- Integrated clock recovery circuits for data-dependent jitter analysis
- Programmable trigger and gating functions
- Built-in signal conditioning and impedance matching
- Low-noise reference oscillators for accurate baseline measurements
Comprehensive Test Coverage
- Random jitter (RJ) and deterministic jitter (DJ) separation
- Period jitter, cycle-to-cycle jitter, and accumulated jitter measurements
- Eye diagram generation and analysis
- Bit error rate (BER) correlation testing
Technical Specifications
- Jitter Resolution: <1 picosecond RMS
- Input Frequency Range: DC – 40 GHz (model dependent)
- Input Channels: 4-16 differential pairs
- Impedance: 50Ω/100Ω selectable
- Power Supply: +3.3V, ±5V, +12V rails
- Interface: USB 3.0, Ethernet, or PCIe connectivity
Applications
Perfect for testing and validation of high-speed digital designs including SerDes interfaces, memory systems, processor clocking, communication protocols, and precision timing circuits. Essential for compliance testing, design verification, and production quality assurance.
What’s Included
- Jitter Analysis PCB with integrated measurement circuits
- Comprehensive software suite for data acquisition and analysis
- Calibration standards and reference signals
- Detailed user manual and application notes
- Technical support and firmware updates
Ideal for R&D laboratories, production testing environments, and educational institutions requiring precise timing performance characterization tools.
