Analog Devices MAX14916PMB Instruction Manual page 3

MAX14916PMB
8) Once the hardware is ready to use, launch the
Munich GUI software. The status bar in the GUI
should display Disconnected in the bottom right
corner. To configure the MAX14916PMB#, go to the
Device tab, select Industrial Digital, then select the
MAX14916PMB. (See
9) The GUI should automatically detect the USB-
2PMB2# board serial number and show it in the
USB2PMB Adapter dropdown menu. If no serial
number is displayed, check the USB connection,
and click Scan Adapters. Select the USB2PMB2#
board serial number from the dropdown menu once
it shows up.
10) Click Connect.
11) Connect CH1 (pin 7) and GND (pin 8) from the J3
connector to an oscilloscope or digital multimeter.
The MAX14916PMB# is configured in HighImped-
ance mode (High-Z) by default after power-up. Using
the CH1 dropdown menu, turn on CH1 by setting the
signal type from the default High-Z to Static High.
Figure 3. MAX14916PMB# Software (Munich GUI Device Menu)
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Figure 3)
Evaluates: MAX14916
Observe that STATUS LED (DS2 - green) is turned
on and the output on the oscilloscope or digital multi-
meter reads 24V.
12) Observe that when the output channel is turned on
and is shorted to GND, the Status LED turns off
and the Fault LED (DS6 - red) toggles on and off as
the output detects an overcurrent or overload fault.
The Munich GUI's Channel Faults box indicates the
channel in fault condition by turning the correspond-
ing channel's status bar to red.
13) Monitoring for open-wire detection (with channel
output ON and/or OFF) can be enabled in the Moni-
toring Setup Window of the Munich GUI. Channel
Output connected to V
abled in the same window. When a fault is enabled
in this window and detected on the MAX14916PMB#
board, it displays in the Munich GUI's SPI Result
Monitoring Window box and the fault LED for the
channel turns ON.
monitoring can also be en-
DD
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