Unmatched timing accuracy Using a GPS 1PPS reference, this GPS disciplined oscillator delivers exceptional frequency stability and a precise 10 MHz output for applications requiring exact timing references with minimal deviation. stability Features a stability crystal oscillator, significantly reducing frequency drift and maintaining consistent performance across varying conditions for sensitive electronic measurement and testing needs. Versatile connectivity Equipped with 10 MHz and 1PPS outputs, the GPS disciplined clock integrates smoothly with external devices such as frequency counters and end audio decoders, providing flexible signal distribution when precise timing is required. Compact and practical design Dimensions: 150 x 88 x 38 mm. In a black ABS housing, it fits easily into laboratory and field setups without occupying excessive space, making it a spaceefficient solution for professional environments. Key attributes Function: GPSdriven timing reference with 10 MHz output and 1PPS reference for synchronization and calibration. Compatibility: Standard 10 MHz and 1PPS interfaces suitable for a wide range of test gear, counters, analyzers, and timingcritical equipment. Size and material: Compact 150 x 88 x 38 mm form factor in durable black ABS housing. Performance: GPSderived timing reference with stability and low drift for reliable clocking in demanding environments. Use scenarios Laboratory calibration and measurement: Provide a stable 10 MHz reference and precise 1PPS timing to calibrate frequency counters, spectrum analyzers, and test benches, improving repeatability and accuracy. fidelity audio and DAC timing: Supply a stable clock to external decoders and audio equipment to minimize jitter and ensure clean digitaltoanalog conversion. Field timing and data logging: Deploy as a GPSsynchronized timing reference in field instruments and datalogging setups, ensuring consistent timing across devices in varying conditions.