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Maker solution to drive inhibiter bits on VoxPower power supplies

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Panduza/pza-dev-voxpower-inhibiter

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pza-dev-voxpower-inhibiter

The device will serve as the link between the Panduza platform and the Voxpower to command the inhibiters. The platform will use a serial communication with the board and the board will deliver 5V to the desired channel.

global representation of the product

[VOX_INHIB_0000_00] - Board used

The board used must be an Arduino UNO R3

[VOX_INHIB_0010_00] - Cables

The connection between the PC and the Arduino must be via an USB 2.0 A to B.

The connection between the Arduino and the Vox Power must be via simple cables linked to the connectors.

[VOX_INHIB_0020_00] - Connectors

The connectors for the Vox Power must be :

Manufacturer Housing Terminal
Molex 511101251 503948051

connector

[VOX_INHIB_0030_00] - Pinout

The inhibiter pinout must be :

Arduino D2 D3 D4 D5 A0 A1 A2 A3 GND
Vox INH1 INH2 INH3 INH4 INH5 INH6 INH7 INH8 COM

arduino-pinout vox-pinout

[VOX_INHIB_0040_00] - USB configuration

The USB configuration must be done with a serial link and a baud rate of 115200.

[VOX_INHIB_0050_10] - Communication protocol

The protocol to specify the action (inhibit or enable or state) and the channel N must be :

"I" N

"E" N

"S" N

When receiving a "S" the Arduino must return the state "H" or "L" of the specified pin. When changing the state, the Arduino must return the state "H" or "L" of the specified pin.

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Maker solution to drive inhibiter bits on VoxPower power supplies

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