Specification
|
Item
|
Accuracy
|
Resolution
|
|
Internal GPS/Galileo Synchronization
|
30ns
|
8ns
|
|
Internal BD-Star Synchroniztion
|
100ns
|
20ns
|
|
Internal Measuremen t
|
20ns
|
20ns
|
|
Pulse Input Measurement
|
50ns
|
20ns
|
|
IR IG-B-DC Measurement
|
50ns
|
20ns
|
|
IR IG-B-DC-Modified Manchester Code
|
50ns
|
20ns
|
|
IR IG-B-AC Measurement
|
1us
|
20ns
|
|
Serial Message Time, With dedicated PPS
|
50ns
|
20ns
|
|
Serial Message Time, Start of Message
|
100us
|
20ns
|
|
Frequency Measurem en t
|
1HZ
|
1Hz
|
|
Pulse Width Measurement
|
20ns
|
20ns
|
|
SOE capture
|
50ns
|
20ns
|
|
PTP Message
|
50ns
|
8ns
|
|
Item
|
Specification
|
|
Optical Fiber Input
|
3,ST 820nm 62.5/125um Multimode
|
|
Isolated TTL
|
2,BNC Nominal Input：0V – 2.3V 2 500V RMS for 1 minute per UL1577
|
|
IRIG-B-AC
|
1,BNC Nominal Input：10Vpp Input Impedance：600 -Ohm
|
|
Empty Contact
|
1,BNC Propagation Time：<20us, typical 5us Isolation：5300V
|
|
EIA-232 Port
|
1, shared with EIA-422 DB9 2500V RMS for 1 minute per UL1577
|
|
EIA-422 Port
|
1, shared with EIA-232 DB9 2500V RMS for 1 minute per UL1577
|
|
Digital Scope Specification
|
8 Ports Every channel can be set to trigger Scan rate：500ns/DIV – 20ms/DIV Trigger rate：1s >= rate >=TBD
|
|
Ethernet
|
2 Ports Interfaces-RJ45：10/100/1000M-BASE-T Interfaces-Optical Fiber：1000-BASE-FX, SFP, single mode or multi mode
|
|
USB host port
|
1 Ports US B me mory and USB disk
|
|
USB device port
|
1 Ports Serial Console port Maximum current need：15mA
|
|
Build in Time Sync Source Specifications
|
GPS Receiver：30ns BD-Star receiver：100ns
|
|
External Sync P orts
|
Optical Fiber input channels：Protocol supported：IRIG-B Message + PPS
|
|
OCXO
|
GPS Absent Aging per Day+/- 5PPB Aging per Year+ /- 0.5PPM
|
|
Rubidium atomic clock
|
Short Term Stabilit y , T= 100s Aging per Day+/- 4E-11 Aging per Month+ /- 3E-10 Aging per Year+/- 1.5E-9
|
|
Touch Color LCD
|
5.7’ Resolution (Pixel)：320x24 0Xrbg Number of colors：262K (6 bit per RGB)
|
|
Console Port
|
Port Interface：Mini-USB Port Type：USB-Serial
|
|
Power Supply
|
85V – 250V Universal AC Input Power Consumption<30W
|
|
Dimensions
|
Portable 4 70mm x 315 mm x160mm 6.3 kg
|
|
Environment
|
Operating Tempe rature：0 - 40°C Storage Temperature：-20 - 60°C Humidity： To 95% without condensation
|
Feature
Functions and Features Measurement Specification
Time Reference
High Precise Reference Clock and Build-in Absolute Time Source
Relative Reference Time and External Time Synchronization
Measurement and Test Functions
PPS Measurement PPM Measurement
IRIG-B Timing Signal Test Serial Timing Message Test
Frequency Measurement Pulse Width Measurement
SOE Capturing Digital Storage Scope Function
PTP Protocol Analyzer
PTP Functions
PTP Grandmaster Clock PTP Slave Clock
PTP Boundary Clock PTP Switch Simulation
PTP Traffic Watch and Analyze
Timing Signal Outputs
1KHz, 10KHz, 1MHz, 1PPS, 1PPM, 1PPH outputs
IRIG-B outputs
HMI
Touch TFT color LCD based GUI
Console serial port based command line HMI
IWhilst carrying out the test and measurement functions, at the same time in the back ground, SY-PT-01 can be set to work as or to simulate any part of the PTP synchronization system components, to generate or pass through needed PTP network traffic.SY-PT-01Test Set can work as PTP Grand Master Clock, PTP Slave Clock, PTP Boundary Clock, and dual port PTP enabled Ethernet switch. For example, to test a PTP Master Clock, SY-PT-01Test Set can be set to work as a PTP Slave Cock to inter change PTP message with the Master Clock under testing, to check its functionality.
Application
SY-PT-01Tester Set can be used to monitor, capture, store, analyze timing messages. IEEE1588 PTP messages, IRIG-B-DC, IRIG-B-AC, IRIG-B- Modified Manchester coded timing code, and serial (EIA-232 or EIA-422) timing messages are supported.
SY-PT-01 Tester Set can monitor, capture, store, analyze timing pulses. Multiple PPS (pulse per second), PPM (pulse per minute) signals can be tested against the reference clock, and errors against the high precise reference clock can be measured. SY-PT-01 Test Set can measure frequency, pulse width, and SOE (Sequence of Event).
