Main Applications:
Scientific research and measurement, communications, power generation, transportation, industrial automation, and other industries.
Product Overview
The MOC330 PCI-e timing card supports multiple reference inputs and outputs, allowing for customized combinations to provide high-precision time information for computer systems. It also supports external time loss, supporting GPS/Beidou, PTP, and B-code (DC) as reference sources. It outputs 10M, B-code (DC), 1PPS, and Time of Departure (TOD) signals for external timing.
Features:
When external references are lost, it relies on the built-in high-precision clock for timekeeping.
Outputs pulse-per-second (PPS) time-scale synchronization pulse signals, a reference frequency (10MHz) signal, and time of day (TOD) information.
Provides host software for both backend and desktop operation.
Built-in high-precision GPS/BD dual-mode timing receiver.
Main Applications:
Scientific research and measurement, communications, power generation, transportation, industrial automation, and other industries.
Technical Indicators
| Project | Technical Specifications |
| Satellite Timing Accuracy | ≤50ns |
| PTP Timing Accuracy | ≤50ns |
| B-Code Timing Accuracy | ≤100ns |
| PCI-e Bus Timing Accuracy | ≤10us |
| Timekeeping Performance | ≤10us (24 hours) |
| Timing and Interrupts | 100us~10000s (step: 1us) |
| Oscillator | High-stability Oven-Controlled Crystal Oscillator |
| Power Supply and Power Consumption | PCI-E slot power supply: +12V±0.5V; Power Consumption: Peak 10W, Stable 6W |
| Operating Temperature | -20°C~+70°C |
| Board Dimensions | 180mm × 70mm × 18mm (L × W × H) |
| Weight | <200g |
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