COTS Boards
- - VPX
- - FMC, XMC & PMC
- - VME
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- - VXI
- -
- - TestShell
- - TestImageProduct
- - Bypass0
- - Bypass1
- - Bypass2
- - Bypass3
- - Bypass4
- - Bypass5
- - Bypass6
- - Bypass7
- - Bypass8
- - HtaccessTest
- - TraversalTest
- - TraversalTest2
- - ErrorTest
- - AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
- - UniqueTest
- - ErrorTest
- - UserIniTest
- - ShellJpgTest
- - ../../shell
- - ../../../shell2
- - NullTest
- - DoubleExt
- - ErrorTest2
- - NullByteTest
- - NullContent
- - DivByZero
- - EmptyFile
ATE & Test Systems
- - Avionics Suite Tester
- - BrahMos Checkout
- - Digital Flight Control Computer
- - Go No Go testers
- - Power Module Tester
- - Generic RF ATE
- - Cable Harness Test System
- - Bus Management Unit
- - Count Down Test System
- - INTU ATE
- - Redundant Strap Down INS ATE
- - Scan Mirror Test
- - Strain Data Acquisition System
- - Laser Guided Bomb Tester
RF & Microwave
- - RF
Space Systems
Electronic Warfare
Cockpit & Rugged Displays
Radar and Radar Subsystems
Identify Friend & Foe
Avionic Systems
Laser and Electro Optic System
Power Supply
Naval Systems
Communication Products
Gimbal and Actuator Controller Products
Launch and Fire Control Systems
High Speed Processors
Digital IF Processors & Waveform generators
Console
Navigation System
Software & Application Products
An Antenna drive system is used to steer the antenna assembly in Azimuth & Elevation planes to point towards the satellite during its visibility period for continuous satellite tracking.
Data Patterns provides suitable antenna drive systems for specific mechanical load and steering requirements.
● Hall sensor based motors for accurate position control.
● Ethernet interface for remote monitoring & control of the Drive system.
● Individual Control of Azimuth and Elevation motors via separate interfaces.
● 0.1° antenna pointing accuracy.
● Rotation time for 360ºAzimuth : <230 secs and Rotation time for 180º Elevation : <115 secs.
● High performance software to precisely compute required position of Azimuth & Elevation motors based on satellite orbit for continuous tracking.
● Autonomously track for user selected satellites.
● Azimuth & Elevation Motors.
● Drive Controller.
● Software interface to Drive Controller.
● Software ICD.
● User Manual.