Request a Quote
Click here for more information. One of our sales associates will respond as quickly as possible.

Markets

Aerospace
Power Utilities
Communication Networks
Satellite Ground Stations
Aerospace
Test Ranges
Secure Military Communications
Schools
Airports
Rail Stations
Process Control Systems
TimeSpy - A precise measurement tool for a wide range of signals

The TimeSpy precisely measures the time accuracy of a wide range of inputs (such as: NTP, IRIG B, 1PPS, and ASCII) against an internal precision GPS-controlled oscillator, displayed on the large, full color windows-based touch screen.  The TimeSpy can precisely measure the time error at the point of use for systems where time is distributed over large distances.  The TimeSpy can also measure free-running clocks and timing systems which are synchronized from untraceable sources, such as television and radio broadcasts, electrical power lines and the internet.

timespy_elan_sm_2

A precise measurement tool for a wide range of signals, such as NTP, IRIG B, 1PPS, ASCII against an internal precision GPS-controlled oscillator

TimeSpy is available in three models with increasing levels of functionality to enable you to select the most appropriate for your needs:

TimeSpy

The classic model precisely measures the time accuracy of a wide range of inputs against an internal precision GPS-controlled oscillator.

TimeSpy Elite

Includes enhanced features on the classic TimeSpy. Precisely measures the accuracy of a wide range of classic and network timing inputs(including PTP) against an internal precision GPS-controlled oscillator

TimeSpy Elan

Includes all the features of the TimeSpy Elite, plus the useful ability to accommodate a laboratory standard input to use as a time reference

 


Measurement Reference Source



Internal C/A Code GPS Receiver with case-mounted antenna



Time Accuracy (1ơ) 30ns over 24 hours



Internal Time Interval Measurement: 0.2ns resolution with built-in self-calibration



Optional connection to external GPS Antenna



Internal Disciplined Rubidium Oscillator



Frequency Reference stability: 3x10-12 over 100s


Frequency aging without GPS: 3x10-11 per month


Loss of Time accuracy without GPS: +/-30ns per hour







Interfaces & Outputs



2 x USB Ports for printer/ data logger/ removable memory



Network Connection 100Base-T Ethernet [RJ-45 connector]



1pps: 0V to 5V pulse from 50ohms [BNC connector]



10MHz: 0V to 5V square wave from 50ohms [BNC connector]



IRIG-B AC, IRIG-B DC [BNC connector]



NTP [RJ-45 connector]



Have-Quick, Extended Have-Quick



Input Measurement Accuracy Against GPS Time Resolution

1pps [TTL;ST Fibre*;Differential (RS422); relay input]: +/-50ns 0.2ns

1ppm [TTL;ST Fibre*;Differential (RS422); relay input]: +/-50ns 0.2ns

1pph [TTL;ST Fibre*;Differential (RS422); relay input]: +/-50ns 0.2ns

IRIG-B AC & 1kHz carrier based codes [TTL;Diff]: +/-1µs 100ns

IRIG-b & DC Timecodes:



ASCII Serial time message RS232:
+/-1µs

ASCII Serial time message RS422:
+/-100ns

ASCII Serial time message RS485:
+/-100ns

NTP/ SNTP:



DCF-77 Timecode [TTL]:








Input Specifications



AC Timecodes: Nominal Input: 10Vpp


Peak to Peak Min/Max: 2.5Vpp/ 12Vpp


Input Impedance: 60kohm








Pulse DC Level Shift RS232
Pulse Input: Nominal Input: 0V to 2.5V 0V to 2.5V +/-9V

Input Low Max: 0.9V 0.9V + 0.8V

Input High Max: 1.4V 1.4V + 2.4V

Input Impedance 1.2kohm 1.2kohm 5kohm





RS422 Input: Common Mode: -7V to + 12V


Differential Threshold Min/Max: -0.2V/ + 0.2V


Input Impedance: 12kohm






Power: 110/230V AC + 6% - 10% 48-62 Hz Load 50VA



Internal rechargeable battery, nominal 3-hr battery life with 4-hr time to recharge







Mechanical: Portable Instrument Case







Dimensions: 350mm(W) x 150mm(H) x 260mm(D)







Weight: 9kg







Environmental: Temperature: 0˚C to + 40˚C

(Operation & Storage) Humidity: Up to 95% RH (non-condensing)


EMC: CE Compliant