2
System setup guide
2.1
Hardware description
2.1.1
STEVAL-IOD04KT1 evaluation kit
The
is a reference design kit that exploits the features of the
device transceiver.
The kit consists of the STEVAL-IOD004V1 main board (not available for sale), the
programmer
and debugger tool, a 14-pin flat cable, and an M8 to M12 standard industrial connector adapter.
The kit acts as a modern smart industrial sensor to be connected to a master IO-Link hub (or a suitable PLC
interface).
The power supply for the MCU, sensors, and other logic devices derives from the DC-DC converter controller
embedded in the
.
The on-board
microcontroller runs an IO-Link demo stack v.1.1, which controls the IO-Link
communication, and the software code that manages the
transceiver and the MEMS industrial sensors.
The tiny dimensions of the main board have been achieved thanks to the small sizes of the CSP package options
of
Connect the main board to an IO-Link master via the adapter and the M8 connector included in the kit for normal
operation. Connect the same board to the
through the flat cable only if you want to program the
with a new firmware.
Figure 4.
STEVAL-IOD04KT1 evaluation kit
STEVAL-IOD004V1
M8 to M12 cable
ST-LINKV3MINI
14-pin cable
2.2
Hardware setup
The following steps explain how to control the STEVAL-IOD004V1 through the
Step 1.
to the STEVAL-IOD004V1 through three wires (L+, L-/GND, and
CQ).
The
includes an M8 (four-way socket) to M12 (five-way plug) connector to easily
interface the STEVAL-IOD004V1 to any IO-Link master with an M12 (socket) connector.
The easiest way to connect the STEVAL-IOD004V1 to the
M12 (four- or five-way socket) on one side and free wires on the other side (for example, Katlax p/n
CBF12-S44N0-1.5BPUR).
UM2943
System setup guide
UM2943
-
Rev 1
page 5/13
