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2  ECU-P1706 Startup Manual

PIN Assignment

I/O Connector Signal Description

Signal 

Name

Reference Direction Description

AI<0..7>+

AGND

Input

Analog positive input 

channels 0 through 7.

AI<0..7>-

AGND

Input

Analog negative input 

channels 0 through 7.

AIGND, 

AOGND

-

Analog GND

AO0_VOUT
AO1_VOUT

AGND

Input

Analog voltage output 

channels 0/1

AO0_IOUT
AO1_IOUT

AGND

Input

Analog current output 

channels 0/1

DIO<0:15> DGND

Inout

Digital inout channels, 

direction can be set by 

software

DGND

-

Digital GND

CNT0_CLK
CNT1_CLK

IGND

Input

Counter clock external 

Input. External (1 Hz 

to 1 MHz) or internal 

(20MHz), set by 

software

CNT0_OUT
CNT1_OUT

IGND

Output

Counter out

CNT0_

GATE
CNT1_

GATE

IGND

Input

Counter gate

EXT_

SCAN_CLK

DGND

Input

Scan clock external 

Input. External (up to 

250 K) or  internal (up 

to 10 M)

EXT_

CONV_CLK

DGND

Input

Convert clock external 

Input. External (up to 

250 K) or internal(up 

to 10 M)

EXT_AI_Tri DGND

Input

AI Trigger external 

Input. External, Analog, 

software, as set by 

software

Specifications

General 

 

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Power Consumption: 

Typical: 5V @ 850mA 

 

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Bus Type: 

PCI-104 

 

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I/O Connector:

 Plug-in Terminal Block 

 

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Operating Temperature:

 -20 ~ 70°C (-4  ~ 

158°F) @ 5 ~ 85% RH 

 

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Storage Temperature:

 -40 ~ 80°C (-40 ~176°F) 

 

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Storage Humidity:

 5 ~ 95% RH, non-

condensing (IEC 60068-2-3) 

Analog Input

 

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Channels:

 8 differential 

 

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Resolution:

 16 bits 

 

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Sampling Rate:

 250 KS/s 

 

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FIFO Size:

 8 K samples 

 

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Overvoltage:

 30 VP-P Protection 

 

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Input Impedance: 

18 Mohm 

 

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Sampling Mode:

 Software, onboard 

programmable pacer and external (TTL Level) 

 

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Trigger Mode: 

Delay to Start trigger, Delay to 

Stop trigger

 

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Trigger Source: 

Analog Trigger, External 

Trigger 

 

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Input Range: 

     (V. Software Programmable) 

Bipolar 

±10

±5

±2.5

±1.25

Accuracy % of  
FSR±1LSB

0.04

0.04

0.06

0.08

Timer Counter 

 

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Channels:

 2 

 

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Resolution:

 2 bits 

 

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Mode In: 

Event counting, Frequency/PWM In 

 

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Compatibility:

 Isolated 24 V

DC 

 

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Max. Input Frequency:

 1 MHz 

 

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Max. Output Frequency: 

1 MHz 

Summary of Contents for ECU-P1706

Page 1: ... and found to comply with the limits for a Class A digital device pursuant to part 15 ofthe FCC Rules These limits are designed to provide reason able protection against harmful interference when theequipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with theinstruction manual may cause h...

Page 2: ...onvert clock external Input External up to 250 K or internal up to 10 M EXT_AI_Tri DGND Input AI Trigger external Input External Analog software as set by software Specifications General Power Consumption Typical 5V 850mA Bus Type PCI 104 I O Connector Plug in Terminal Block Operating Temperature 20 70 C 4 158 F 5 85 RH Storage Temperature 40 80 C 40 176 F Storage Humidity 5 95 RH non condensing I...

Page 3: ...urce as rising edge or falling edge The Trigger has several sources External digital TTL trigger from terminal board Soft trigger Threshold trigger Figure 2 Trigger Source and CLK Source Connection Counter Event Counter Figure 3 Event Counter Connection Frequency Measurement Figure 4 Frequency Measurement Connection Time Pulse Figure 5 Pulse Connection One shot Connection When the Gate pin receive...

Page 4: ... pins with the PCI 104 connector Slide the module into the connector The module pins may not slide all the way into the connector do not force the pins into place or the module may be damaged 6 Fasten the module to the CPU card by using the included brass screw Screw the brass spacer into the threaded hole on the CPU card Do not tighten too much or the threads may be damaged 7 Reinstall the CPU ca...

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