Everest CORE - Product Manual |
Pinout
INGENIA | 08/01/2019
17
3
5V_D
5 V, 300 mA continuous logic
supply input. Must be low
ripple and ensure ±2%
regulation tolerance or less. It
is advised to connect all four
5V_D pins. It is recommended
to provide at least 500 mA
input current if pins 9 or 10
(3.3V_D) are used to drive
external circuits.
Power
input
4
5V_D
5 V, 300 mA continuous logic
supply input. Must be low
ripple and ensure ±2%
regulation tolerance or less. It
is recommended to connect all
four 5V_D pins. It is advised to
provide at least 500 mA input
current if pins 9 or 10 (3.3V_D)
are used to drive external
circuits.
Power
input
5
5V_D
6
5V_D
7
GND_D
Digital signal Ground.
Power
8
GND_D
Digital signal Ground.
Power
9
3.3V_D
3.3 V, 250 mA max. output to
supply peripherals. An
excessive current demand on
this pin could cause failure or
even permanent damage to the
Everest CORE.
Power
output
10
3.3V_D
3.3 V, 250 mA max. output to
supply peripherals. An
excessive current demand on
this pin could cause failure or
even permanent damage to the
Everest CORE.
Power
output
11
GND_D
Digital signal Ground.
Power
12
GND_D
Digital signal Ground.
Power
13
GND_D
14
MCB_S
PI_MIS
O
Motion Control Bus, Master
input Slave output
Output
15
GND_D
16
MCB_S
PI_MO
SI
Motion Control Bus, Master
output Slave input
Input
17
GND_D
18
\MCB_
SPI_CS
Motion Control Bus, Chip
Select output
19
GND_D
20
MCB_S
PI_CLK
Motion Control Bus, Clock
output
21
GND_D
22
MCB_S
YNC0
Motion Control Bus,
synchronization signal 0
23
GND_D
24
MCB_S
YNC1
Motion Control Bus,
synchronization signal 1
Output
25
GND_D
26
MCB_I
RQ
Motion Control Bus, interrupt
request output
27
GND_D
28
DNC
Reserved. Do not connect
(leave floating).
-
29
NC
Internally not connected.
Recommended to leave them
unconnected.
-
30
GND_D
Digital signal Ground.
Power
31
NC
32
GND_D
