Phase micro-leap resolution: 2π/2^32

Phase noise: <-160dBc/Hz@1kHz

Time micro-leap resolution: 0.024fs

Frequency stability: ≤6E-14/s

Frequency micro-leap resolution: 1E-19

Supports mixed inputs of 5MHz and 10MHz, with outputs of 5/10MHz

Frequency stability better than 5E-13/s

Phase noise of 10MHz output is <-110dBc/Hz at 1Hz offset

Phase change before and after switching is ≤0.3ns

Suitable for clock arrays, primary/backup systems, and other fields that require high continuity of timing signals.

Input 10MHz, output 10MHz

Frequency stability better than 3E-13/s

10MHz output phase noise<-115dBc/ Hz@1HZ

Input and output frequencies can be customized

Application areas: phase noise enhancement for hydrogen, cesium, rubidium atomic clocks, clock signal recovery and purification, radar, etc

Up to 32 output channels can be selected, with a wide frequency

working range, supporting 1Hz-10MHz, and compatible with IRIG-B(DC) code.

It has an extremely short rise and fall time.

Short channel delay and low timing jitter.

Supports wide level input, with output as TTL signal, and a peak-to-peak value of 2.5Vpp.

Supports dual input channels.

Input: 1-120MHz Output Frequency: 1-120MHz

Module/Standard Chassis

Relative Phase Jitter between Channels: <3fs@1s

Frequency Stability: ≤5E-15/s

Phase Noise: ≤-140dBc/Hz@1Hz

Chassis version supports dual input channels