Epsilon
Epsilon configuration is intended for use as a general-purpose computer that supports analog connectivity and MIL-STD-1553B data bus.
Specification
- general purpose computing unit with MIL-STD-1553B connectivity
- analog and discrete control (integration with relays, temperature sensors, inductive RPM sensors, etc.)
- autopilot
- interfacing device for MIL-STD-1553B based equipment
Basic
- 4xRS-485
- 4xCAN
- 2xRS-232
- 2xEthernet
Analog/Digital Signals (Conversion and Processing)
- 4xVoltage inputs
- 12xDiscrete/PPM/PWM/Frequency inputs
- 12xDiscrete/PPM/PWM/Frequency outputs
- 6xRPM inductive sensors
- 4xThermocouples
- 6xThermistors
Extended
- 2x Dual Channel (i.e. A+B) MIL-STD-1553B
Pneumatic
- STATIC, PITOT pneumatic fittings for static and dynamic (pitot) pressure sensors
Radio
- GNSS receiver antenna connector
- Part Number: PD-E01-001
Documents
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Product Brief | Building Block: Epsilon | Sept. 30, 2021 |
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Product Catalog | Flight Autonomy Building Blocks | Oct. 12, 2021 |
Gallery
Modules
The FC-P01-000 flight computer module is the main computer for running flight control software and user application. It is available at CAT collaborative online development platform.
The NAV-001-000 module is the navigation Mezzanine which adds navigation sensors to the system. Sensor data is provided to the application running on the flight computer module.
The IO-001-000 is the Mezzanie which allows gathering real world discrete and analog signals and converting them into a functional connection. This building block extends system capabilities with emitting and capturing of various forms of electrical signals for controlling internal combustion engine, relays, measuring RPM, exhaust or coolant temperatures and etc.
The LSI-002-000 module is the Mezzanine board adding MIL-STD-1553 support to the system.
Get in touch
Contact us
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Mailing address:
440 N Barranca Ave #7708 Covina, CA 91723, USA
Business address:
530 Lytton Avenue, 2nd Floor, #2076, Palo Alto, CA 94301 -
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