4 layer board of 0.77 x 0.50 inches (19.6 x 12.8 mm)
Uploaded:
September 22, 2014
Shared:
September 22, 2014
Total Price:
$3.80
Accelerometer network module based on the FXLS8471Q. The chip select is shifted through the module to other modules using the D-Flip Flop (used like a shift register). Onboard indicator shows which module is selected.
Signals flow from J1 to J2 (i.e. The next module in the chain gets attached…
Accelerometer network module based on the FXLS8471Q. The chip select is shifted through the module to other modules using the D-Flip Flop (used like a shift register). Onboard indicator shows which module is selected.
Signals flow from J1 to J2 (i.e. The next module in the chain gets attached to J2).
J1 Pinout:
1 - Shift Reset (Resets all D-Flip Flops to 0)
2 - FF Clock
3 - Chip Select (Value shifted through the D-Flip Flops)
4 - SPI Clock
5 - SPI MOSI
6 - SPI MISO
7 - VCC (2V - 3.3V)
8 - GND
Rev P1 corrected a mistake with the shift circuit and added labels.
Show full description
Accelerometer network module based on the FXLS8471Q. The chip select is shifted through the module to other modules using the D-Flip Flop (used like a shift register). Onboard indicator shows which module is selected.
Signals flow from J1 to J2 (i.e. The next module in the chain gets attached…
Accelerometer network module based on the FXLS8471Q. The chip select is shifted through the module to other modules using the D-Flip Flop (used like a shift register). Onboard indicator shows which module is selected.
Signals flow from J1 to J2 (i.e. The next module in the chain gets attached to J2).
J1 Pinout:
1 - Shift Reset (Resets all D-Flip Flops to 0)
2 - FF Clock
3 - Chip Select (Value shifted through the D-Flip Flops)
4 - SPI Clock
5 - SPI MOSI
6 - SPI MISO
7 - VCC (2V - 3.3V)
8 - GND
Rev P1 corrected a mistake with the shift circuit and added labels.
Show full description
