- This package is ideal for industrial use, facilitating quick connection and relocation
- DIN rail mountable and compatible with OKW Railtec C-5 enclosure
- On-board BASIC compiler runs 30 times faster than interpreted BASIC
SUCCESS
Astronomy
A NASA astronomer selected ARM Ethernet controllers to create a one-off error-correction system for an infrared telescope.
Our secondary mirror
assembly would occasionally jerk. So we constructed a system using
eight BMA180 accelerometers, each attached to an ARMWeb SBC.
These were then programmed to acquire and stream the accelero- meter data to a Linux server. The server would save and graph the data in real time. When an 'image jump' was recorded, this accelero-
meter data was analyzed to help identify the faulty mechanism.
Our secondary mirror
assembly would occasionally jerk. So we constructed a system using
eight BMA180 accelerometers, each attached to an ARMWeb SBC. These were then programmed to acquire and stream the accelero- meter data to a Linux server. The server would save and graph the data in real time. When an 'image jump' was recorded, this accelero-
meter data was analyzed to help identify the faulty mechanism.
—Anthony D.
University of Hawaii
University of Hawaii
APPLICATIONS
- Ethernet
- Wireless
- Sensors
- Monitoring
TECHNICAL SPECIFICATIONS
System
- DIN rail enclosed 60 MHz 32 bit ARM7 CPU (LPC2138)
- Programmable in a compiled BASIC, C, HTML and XML
- On-board BASIC compiler runs 30 times faster than interpreted BASIC
- 1 million I/O operations per second
Size
- 88.5mm x 84mm (3.4” x 3.3”)
- Compatible with DIN rail OKW Railtec C-5 enclosure
Storage
- 512k flash with 64k user code space
- 224k available for user web pages
- 224k user file space
- 32k RAM
Power
- Less than 1W
- 5-40V DC input
- Output power 3.3V regulated, 250 mA available to user
Connectors
- 25 pins programmable for I/O
- 8 x 10 bit analog A/Ds, 1 10bit DAC
- Optional USB connection
DOCUMENTATION
FREE SOFTWARE TOOLS
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