Stackable Packaging System for ERES104ER Synchro/Resolver. The ERES104 provides a direct interface to two Synchro, Resolver, Inductosyn, or LVDT channels on the compact PC/104 form factor. Both sensor input channels are independently configurable with jumpers. An onboard solid state Scott-T circuitry provides a precision conversion from Synchro to Resolver signals. Onboard precision thin-film resistor divider networks for 11.8 VRMS or 90 VRMS configurations.
Features
- PC/104 stackable bus structure
- Modular rugged milled aluminum frames
- Maintains the PC/104 bus self-stacking concept
- Allows quick interchangeability of modules
- Frame includes ERES104 synchro/resolver, wiring and connectors
- Aluminum Alloy - 6061, Temper-T6
- Finish - MIL-PRF-85285 polyurethane topcoat, per FED-STD-595, color 36495 (light gray). Panel engravings per FED-STD-595, color 37038 (black).
• Additional paint options available upon request
External I/O Ports
- 37-pin D-sub receptacle (female sockets)
• 2 Independent Synchro/Resolver/Inductosyn/LVDT channels
• Connection to 90V/11.8V Synchros
• Programmable sine wave excitation 400 to 2500Hz
• Programmable resolution 10/12/14/16 - bits
• Bandwidth up to 1200Hz
• Tracking speed up to 2300 RPS
Physical Attributes
- Dimensions
• Length: 5.983 inches (152 mm)
• Width: 5.117 inches (130 mm)
• Height:0.669 inches (17 mm)
- Weight: Approximately 0.64 lbs. (0.30 Kg)
- Standard Operating Temperature: 90% humidity non-condensing: 0...+70°C
- Storage Temperature: -40 to +85°C
- MTBF: 2,066,213 hours
- Power requirements: 5 VDC typical (Power up to 2.5 Watts for external Sensors)
Ordering Options
| Manuf. Part No | | Part Description |
| IDAN-ERES104ER-1S | | PC/104 Two Channel DC Servo Motor Controller 11.8 V Synchro/Resolver Motor Interface IDAN Peripheral Module |
| IDAN-ERES104ER-2S | | PC/104 Two Channel DC Servo Motor Controller 90 V Synchro/Resolver Motor Interface IDAN Peripheral Module |
| IDAN-ERES104ER-3S | | PC/104 Two-Channel DC Servo Motor Controller, 2 V Synchro/Resolver Motor Interface in modular IDAN frame |
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