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2    Startup Manual

 

*Note: Pins 23~25 and pins 57~59 are not defined for PCI-

1710UL.

*Note: The three ground references (AIGND, AOGND, 
and DGND) are connected together.

Analog Input -                                                     

Single-ended Channel Connections

The single-ended input configuration has only one sig-
nal wire for each channel, and the measured voltage 
(Vm) is the voltage referring to the common ground.

Analog Input -                                                      

Differential Channel Connections

The differential input channels operate with two signal 
wires for each channel, and the voltage difference 
between both signal wires is measured. On PCI-1710U, 
when all channels are configured to differential input, 
up to 8 analog channels are available.

Analog Output Connections

PCI-1710U provides two analog output channels, AO0 
and AO1. The figure below shows how to make analog 
output connections on PCI-1710U.

Pin Assignments

Signal Name Reference Direction Description

AI<0…15>

AIGND

Input 

Analog Input Channels 0 
through 15.

AIGND

Analog Input Ground. 

AO0_REF
AO1_REF

AOGND

Input 

Analog Output Channel 0/1 
External Reference.

AO0_OUT
AO1_OUT

AOGND

Output

Analog Output Channels 0/1.

AOGND

-

-

Analog Output Ground.

DI<0..15>

DGND

Input

Digital Input Channels 0 
through 15.

DO<0..15>

DGND

Output

Digital Output Channels 0 
through 15.

DGND

-

-

Digital Ground. This pin sup-
plies the reference for the dig-
ital channels at the I/O 
connector as well as the 
+5VDC and +12 VDC supply.

CNT0_CLK

DGND

Input

Counter 0 Clock Input.

CNT0_OUT DGND

Output

Counter 0 Output.

CNT0_GATE DGND

Input

Counter 0 Gate Control.

PACER_OU
T

DGND

Output

Pacer Clock Output.

TRG_GATE DGND

Input

A/D External Trigger Gate. 
When TRG _GATE is con-
nected to +5 V, it will enable 
the external trigger signal to 
input. 

EXT_TRG

DGND

Input

A/D External Trigger. This pin 
is external trigger signal input 
for the A/D conversion. A low 
-to-high edge triggers A/D 
conversion to start.

+12V

DGND

Output

+12 VDC Source.

+5V

DGND

Output

+5 VDC Source.

Input Connections

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