Technical Specifications
Electrical Power Conversion and Supply
Technical Specifications
- AC to DC Conversion (Transformer Rectification)
- 3 Phase, 235 VAC (L-L) / 115 VAC (L-N) input to 28 VDC output
- DC to DC Conversion (Buck Regulation)
- 28 VDC input to 12 VDC output
- 12 VDC input to 5 VDC output
- 5 VDC input to Low Voltage DC outputs (LVDC)
- Examples of LVDC supplies are: 0.8 VDC, 1.5 VDC, 2.5 VDC, 3.3 VDC
- DC to DC Conversion (Boost Regulation)
- 28 VDC input to 270 VDC output
Electrical Power Generation and Supply (Aerospace)
Technical Specifications
- Voltage = 3 Phase, 235 VAC (L-L) / 115 VAC (L-N)
- Apparent Power = 90 KVA to 300 KVA
- Frequency = 360 Hz to 800 Hz
- L-L denotes Line to Line configuration
- L-N denotes Line to Neutral configuration
Electrical Power Generation and Supply (Rolling Stock)
Technical Specifications
Light Rail Vehicles
- Voltage = 220 VAC
- Power = 90 KW to 300 KW
- Frequency = 60 Hz to 160 Hz
Technical Specifications
Locomotives
- Voltage = 25VDC (excitation voltage) to 220VAC (induced voltage)
- Power = 4300 HP (3.21 MW)
- Frequency = 79 Hz to 123 Hz
Electrical Power Conditioning, Power Conversion and Supply
Technical Specifications
Power Conditioning
- Electromagnetic Interference (EMI) and noise emissions filtering capabilities
- Power Supply Monitoring
- Overvoltage and Overcurrent Protections
- Fault Mitigation
Power Conversion and Supply
- DC to DC Conversion (Buck Regulation)
- 28 VDC input to 12 VDC output
- 12 VDC input to 5 VDC output
- 5 VDC input toLow Voltage Dc outputs (LVDC)
- Examples of LVDC supplies are: 0.8 VDC, 1.5 VDC, 2.5 VDC, 3.3 VDC
- DC to DC Conversion (Boost Regulation)
- 28 VDC input to 270 VDC output
Satellite Communication and Control Capabilities
Technical Specifications
Some of the Communication Protocols we are proficient with
- AFDX
- ARINC429
- ARINC664
- CAN
- Ethernet
- I2C
- PCIe
- RS485
- RS232
Power & Control Electronics Solutions
Additional Dansob Power & Control Electronics Solutions entails:
- Power and Control System Architectures
- Electronic Circuit Designs and Simulations
- Printed Circuit Board (PCB) Design Layouts and Configurations
- EMC and EMI Filter Designs
- Low Noise Analog Design
- Analog and Digital Closed Loop Control
- Power Supply Designs:
- Inverted (Multi-Phase and Multi-level)
- Converters (AC/DC, DC/DC)
- Switching Applications (semiconductor devices: transistors, IGBTs)
- Motor Control utilizing Brushless DC and AC induction machines:
- Applications:
- Multi-level high power (100KW)
- Actuation, fuel, and water pumps
- Applications:
- Fault Analysis
- Model Based Engineering and Design
- System Requirements Analysis

