Simple,
Transparent,
Testing

Telemetry Environment Simulator (TES)

Test Telemetry Systems in Preparation for High-Value Target Engagements

 

CDSI’s TES is designed to test Telemetry Systems in preparation for high-value target engagements. The TES combines the input antenna position with the synthetic target scenario to produce analog AM & AGC signals that are then fed to the ACU via the same analog inputs used by the receivers. TES is an excellent way to test end-to-end ACU/pedestal operation as it is transparent to the antenna system. Used as part of an Acceptance Test, Operational Maintenance, operator training, or pre-qualification before a critical mission.

 

KEY CAPABILITIES

  • Simulate & Test Complex Real-World Scenarios
    • Overhead Passes (Keyhole)
    • Close-Range Missile Launches
    • Hypervelocity Tracking
  • TES Matches ACU's AM Phasing Through a Calibration Process
  • Accepts Any Feed Scan Rates
  • Automatic High Gain/AcqAid Switching
  • Option to use Measured or Simulated Antenna Patterns
  • Test Systems Electromechanical Performance
  • Accommodates Various Position Feedback
    • Parallel (Encoder, SSI, Synchro)
    • External (IMU)

OTHER APPLICATIONS

  • Slave Pointing Accuracy Measurement
    • Flexible ICD Protocol Through Various Links (Ethernet, RS-232, 422, 485 or other)
  • Provide Operator Mission Training
  • Accept a System Using the TES as Part of the Vendor ATP

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FAQ

What kind of modernization options does CDSI provide?

We have provided upgrades to Feeds, Motors, Servos, and Controllers allowing our customers to extend their system’s operating life.

FAQ

What are the benefits of the Telemetry Environment Simulator (TES)?

The TES is a powerful tool that allows its user to verify the performance of a pedestal. It can also be used to train operators without the expense involved in organizing and operating a real mission.

FAQ

What benefits does CDSI’s feeds provide?

CDSI’s feeds are modular, using a common back end and mounting hardware and allowing the front end to be switched based on the frequency band being received. CDSI also provides filtering options based on the environment.