Difference between revisions of "EScape"
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* Overvoltage and reverse protection | * Overvoltage and reverse protection | ||
* LEDs for power-supply int/ext | * LEDs for power-supply int/ext | ||
− | * Fits perfect between | + | * Fits perfect between LCD-cape and BBB |
* Direct Stackable or with dual P8+P9 (male/female) | * Direct Stackable or with dual P8+P9 (male/female) | ||
* RTC-chip DS1307 with battery | * RTC-chip DS1307 with battery |
Latest revision as of 09:06, 23 April 2015
Comming Soon ... see status on ngneers.com
The BeagleBoneBlack is a very interesting CPU-Module with the advantage it can easily be integrated in Your electronic design, but the main weakness of that board is the vulnerability of its port-pins! So we decided to design an easy and helpful interface between BBB and External Signals – the idea of our “EScape” was born.
In the last years our company worked on special replacements for obsolete industrial assemblies – we replace obsolete special devices like MC68230 with VHDL in FPGAs. Then we often had the same problem: Interfacing 3,3 or 1,8V devices to the rough 5V TTL environment. We took over our proven solutions to fix that issue for BBB!
We added some useful things that are important to make real solutions with BBB in the world of process technology:
- Industrial connectors (external Power-Supply)
- Overvoltage and reverse protection
- LEDs for power-supply int/ext
- Fits perfect between LCD-cape and BBB
- Direct Stackable or with dual P8+P9 (male/female)
- RTC-chip DS1307 with battery
- LM75 temperature sensor
- FAN controller output with FET
- Output header for System-Terminal TTY0
- BBB’s Reset- and Powerbutton available
- Debug-Connector with 3x Input for data wheel/pushbutton
- 2x complete microBUS-slots (3V3 and! 5V compatible)
- 16x External Signals 13x I/O, 1x Ser, 1x Analog
- Analog ports with divider and OV protection
- Standard 100mil dual row headers for easy connection
- All external signals with bidirectional level translation and protection