SPIRENT GSS4200 GPS Production/Field teSt Multi-channel SiMulator The Spirent GSS4200 provides full navigation test capability in a production/field test environment. Designed specifically for easy ATE integration via the IEEE-488, the Spirent GSS4200 represents an attractive choice for high volume test environments. As navigation-based GPS solutions proliferate and become more Key Features demanding, the need for a multi-channel GPS simulator in a production environment becomes increasingly important. ¢ 6 channels GPS L1 C/A code ¢ Allows position fix with representative satellite The Spirent GSS4200 provides easy integration with a customer’s test dynamics and data environment via standard IEEE-488, USB or RS232 interfaces. The GSS4200 also supports synchronisation to other systems via its Trigger, ¢ Single channel mode Frequency Standard and 1PPS outputs/inputs. ¢ Supplied with a range of selectable test scenarios For users needing the flexibility to switch between single channel and designed to meet production test requirements multi-channel test modes, the GSS4200 unit offers the functionality of Spirent’s GSS6300 single channel signal generator. For assisted GPS ¢ Integrates easily with production line ATE via IEEE-488, USB or RS232 applications, the assistance data for each scenario is provided as standard. ¢ Wide dynamic range with output power levels as low as –155dBm The GSS4200 retains Spirent’s industry leading accuracy, fidelity and reliability. Run to run stability is within 0.1dB with low phase noise ¢ Calibrated high and low power RF output ports and high frequency stability. The GSS4200 can be calibrated in-situ, minimising down time and disruption. For A-GPS wireless protocol conformance test applications, the GSS4200 provides an ideal GPS signal source. Multi-Channel Production/Field Test Simulator: Spirent GSS4200 SPIRENT GSS4200 GPS Production/Field teSt Multi-channel SiMulator SPeciFication output Frequency Signal Level Control (both outputs simultaneously) ¢ L1 @ 1575.42MHz ¢ Range + 10/–25dB ¢ Resolution 0.1dB Channels ¢ Calibration Accuracy ±0.7dB RSS ¢ Number 6 ±0.1dB run-to-run ¢ Type GPS C/A code @ 50 bps (–25dB to +10dB) Signal Dynamics Signal Generator Unit ¢ Max Velocity ±1000m/s ¢ Channel type GPS C/A with data @ 50bps ¢ Size (HxWxD) 89 x 449 x 386mm Signal Accuracy (3.5 x 17.75 x 15.25inch) (RMS max over 1 minute) 480mm (19inch) desktop/ rack ¢ Pseudorange ±10cm mount case ¢ Pseudorange rate ±1cm/s ¢ Weight 5.5kg (12lb.) ¢ Delta-Pseudorange ±5mm ¢ Power 100 – 264V, 48-62 Hz ¢ Interchannel bias Zero Signal Quality ¢ Spurious (Max) – 30dBc Product Specification (MS3013) is available on request ¢ Harmonics (Max) – 35dBc Performance figures and data in this document are typical and ¢ Phase Noise (Max) 0.02 rad RMS (10Hz-10kHz offset) must be specifically confirmed in writing by Spirent -9 ¢ Frequency Stability ±1x10 per day Communications plc. before they become applicable to any particular order or contract. Signal Level ¢ Low power output – 130dBm nominal, front panel The publication of information in this document does not ¢ High power output – 70dBm nominal, front panel imply freedom from patent or other rights of Spirent ±0.1dB run-to-run (–25dB to +10dB) Communications plc. or others. For current product data, visit the Spirent websites at www.spirent.com/positioning or www.spirentfederal.com SALES AND INFORMATION Spirent Communications plc, Aspen Way, Paignton, Devon TQ4 7QR, UK T: +44 1803 546325 globalsales@spirent.com www.spirent.com/positioning US Government & Defense: Spirent Federal Systems Inc. 22345 La Palma Avenue, Suite 105, Yorba Linda, CA 92887 T: +1 714 692 6565 info@spirentfederal.com www.spirentfederal.com © 2012 Spirent Communications plc. All of the company names and/or brand names and/or product names referred to in this document, in particular the name “Spirent” and its logo device, are either regis- tered trademarks or trademarks pending registration in accordance with relevant national laws. All rights reserved. Specifications subject to change without notice. MCD00157 Issue 1-02 02/12