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HARDWARE SETUP
J5: DC
ON/OFF
INPUT EN &
SWITCH
SELECT
CURRENT
SHUNT
USB DC
INPUT
LINE DC
INPUT
GPS INPUT
STX OUTPUT
nRF RESET
DEV KIT BOARD AND CONNECTORS
DEV KIT BOARD WITH ANTENNA SHIELD
3
BLE
NFC
GEO
ANT
CONN
PERIPHERALS
ST150M
ASIC PROGRAM/
DEBUG
PROGRAM/DEBUG
CLIENT USB
CONN
1
Remove the ST150M Dev Kit from the electrostatic safe bag.
2
Confirm or place the jumper on USB 5V header pins, jumper block J5.
NOTE: No jumper should be on the LINE IN header pins
3
Confirm or place the jumper on DC_INPUT_EN header pins, jumper block J5.
4
Locate Dev Kit Arduino shield Antenna PCB:
•
Install one of the u.fl antenna cables to the GPS u.fl connector on the shield.
•
Install the other end of the GPS cable to the GPS RX u.fl connector on the dev kit.
nRF52x
•
Install a second u.fl antenna cable to the STX u.fl connector on the shield.
•
Install the other end of the STX cable to the SAT TX u.fl connector on the dev kit.
5
Install the Dev Kit Arduino shield Antenna PCB onto the Dev kit board. Mate to
Arduino Rev 3 shield header (connector P17) as illustrated in the "Dev Kit Board with
Antenna Shield" image.
6
Connect a micro USB cable to the USB DC Input connection of the Dev Kit board to
USB supply having a current capability of 1 A.
•
The
red
DC_IN LED should now be active/illuminated.
7
Switching the ON/OFF switch to ON position will activate the 3.3 V regulator and
provide power to the ST150M.
•
The
green
8
Using nRF Connect or the ST150 configuration application on either iOS or Android,
you should see the unit advertising its Bluetooth
9
Utilize the phone application to generate a custom message. Details in the
following section.
4
3.3 V LED should now be active/illuminated.
id.
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