ICPDAS PCI-P8R8, PCI-P16C16, PEX-P8POR8i, PCI-P16R16, PEX-P16POR16i User Manual

...

Download

PCI-P16R16 Series

Includes PCI-P8R8/P16R16, PCI-P8POR8/P16POR16, PCI-P16C16 and PEX-P8POR8i/P16POR16i

Warranty

User Manual

Version 2.8 Apr. 2011

All products manufactured by ICP DAS are warranted against defective

materials for a period of one year from the date of delivery to the original

purchaser.

Warning

ICP DAS assumes no liability for damages consequent to the use of this product.

ICP DAS reserves the right to change this manual at any time without notice.

The information furnished by ICP DAS is believed to be accurate and reliable.

However, no responsibility is assumed by ICP DAS for its use, nor for any

infringements of patents or other rights of third parties resulting from its use.

Trademark

Names are used for identification only and may be registered trademarks of their

respective companies.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 1

Tables of Contents

1 . INTRODUCTION.............................................................................................................................1

1.1 FEATURES AND APPLICATIONS ........................................................................................................3

1.1.1. Features .........................................................................................................................................3

1.1.2. Applications ...................................................................................................................................4

1.2 BLOCK DIAGRAM ............................................................................................................................4

1.3 SPECIFICATIONS ..............................................................................................................................5

1.3.1 PCI-P8R8/P16R16........................................................................................................................5

1.3.2 PCI-P16C16..................................................................................................................................6

1.3.3 PCI-P8POR8/P16POR16 and PEX-P8POR8i/ P16POR16i.........................................................7

1.4 PRODUCT CHECK LIST.....................................................................................................................8

1.5 HARDWARE CONFIGURATION..........................................................................................................9

1.5.1 Unpacking......................................................................................................................................9

1.5.2 Board Layout................................................................................................................................10

1.5.3 Jumper Setting.............................................................................................................................14

1.6 PIN ASSIGNMENTS.........................................................................................................................17

1.6.1 PCI-P8R8/P16R16........................................................................................................................17

1.6.2 PCI-P16C16..................................................................................................................................18

1.6.3 PCI-P8POR8/P16POR16i and PEX-P8POR8i/P16POR16i.........................................................19

2 . HARDWARE APPLICATIONS....................................................................................................20

2.1 RELAY OUTPUT .............................................................................................................................20

2.2 OPEN COLLECTOR OUTPUT ...........................................................................................................21

2.3 PHOTOMOS RELAY OUTPUT..........................................................................................................22

2.4 ISOLATED INPUT............................................................................................................................23

3 . SOFTWARE INSTALLATION GUIDE.......................................................................................25

3.1 SOFTWARE INSTALLING PROCEDURE ...................................................................................................25

3.2 PNP DRIVER INSTALLATION .................................................................................................................26

3.3 CONFIRM THE SUCCESSFUL INSTALLATION..........................................................................................27

4 . I/O CONTROL REGISTER............................................................................................................28

4.1 HOW TO FIND THE I/O ADDRESS...........................................................................................................28

4.2 THE I/O ADDRESS MAP ........................................................................................................................34

4.2.1 Digital Output/Digital Input........................................................................................................34

4.2.2 D/O Readback Register................................................................................................................35

4.2.3 Card ID Register..........................................................................................................................35

5 DEMO PROGRAMS...........................................................................................................................36

5.1 DEMO PROGRAMS FOR WINDOWS .................................................................................................36

5.2 DEMO PROGRAMS FOR DOS..........................................................................................................37

5.3 PIO_PISO.EXE FOR WINDOWS ....................................................................................................38

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 1

1 . Introduction

Model Number Isolated Digital Input Output Type

PCI-P8R8 8 Channel 8 Channel Relay Output

PCI-P16R16 16 Channel 16 Channel Relay Output

PCI-P16C16 16 Channel 16 Channel Open Collector Output

PCI-P8POR8

PEX-P8POR8i

PCI-P16POR16

PEX-P16POR16i

8 Channel 8 Channel PhotoMos-Relay Output

16 Channel 16 Channel PhotoMos-Relay Output

• PCI-P8R8/PCI-P16R16

The PCI-P16R16/PCI-P8R8 is a PCI card supporting 5 V PCI bus and "Plug &

Play" feature to get I/O address automatically without manually setting. This

card contains 16/8 photo coupler digital input channels that provide 5000 Vrms

isolation protection, allowing the input signals to be completely floated so as to

prevent ground loops. They are also equipped with 16/8 relay output channels to

enable the control of the ON/OFF state of external devices, drive external relays or

small power switches, or activate alarms, etc.

• PCI-P16C16

The PCI-P16C16 is a 5 V PCI card that support “Plug & Play” functionality to

automatically obtain I/O resources from the BIOS. This card contains 16 optically

isolated digital input channels and 16 open collector (sink, NPN) digital output

channels. The DI channels provide 5000 Vrms isolation protection that allows the

input signals to be completely floated so as to prevent ground loops and isolate

the host computer from damaging voltages. The open collector output (DO)

channels are typically used for alarm and warning notification, control of signal

output, control of external circuits that require a higher voltage level, and signal

transmission applications, etc. The PCI-P16C16 contains a single DB-37

connector and a single 40-pin box header and includes a 40-pin to DB-37 flat

cable for easy wiring.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 1

• PCI-P8POR8/P16POR16 and PEX-P8POR8i/P16POR16i

The PCI-P8ROR8/P16POR16 supports 5 V PCI bus while the PEX-

P8POR8i/P16POR16i supports PCI Express bus. Each contain 8 or 16 optically

isolated input channels and 8 or 16 PhotoMos relay output channels. Both the

isolated DI channels and the PhotoMos relay channels use a short optical

transmission path to transfer an electronic signal between elements of a circuit

and keep them electrically isolated. The DI channels provide 5000 Vrms isolation

protection, allowing the input signals to be completely floated so as to cut down

ground loops, block voltage spikes, and isolate the host computer from damaging

voltages. PhotoMos relays are used where it is necessary to control a circuit using

a low-power signal (with complete electrical isolation between the control and

controlled circuits), or where several circuits must be controlled by one signal.

The PCI-P8POR8/P16POR16 and PEX-P8POR8i/P16POR16i can be used in

various applications, such as controlling the ON/OFF state of external devices,

driving external relays or small power switches, activating alarms, contact closure,

sensing external voltages or switches, etc. The card can be installed in PCI/PCI

Express slot and supports true "Plug & Play", with two DB-37 connectors provided

for easy wiring.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 2

1.1 Features and Applications

1.1.1. Features

Bus Type 5 V PCI Bus

Common

Features

Input Channel 8 16 16

Input Type Optically Isolated Digital Input

Output Channel 8 16 16

Output Type Relay Output

Led Indicators None External Power status

Table 1-1: Features of PCI-P8R8/P16R16/P16C16 card

PCI-P8POR8 PCI-P16POR16 PEX-P8POR8i PEX-P16POR16i

Bus Type 5 V PCI Bus PCI Express x 1

PCI-P8R8 PCI-P16R16 PCI-P16C16

z Optically Isolated Digital Input

z AC/DC Digital Signed Input

z AC Digital Input With Filter By Jumper Setting

Transistor

(Open Collector)

Common

Features

Input Channel 8 16 8 16

Input Type Optically Isolated Digital Input

Output Channel 8 16 8 16

Output Type PhotoMos Relay

Led Indicators Output Status

Table 1-2: Features of PCI-P8POR8/P16POR16 and PEX-P8POR8i/P16POR16i card

z Optically Isolated Digital Input

z AC/DC Digital Signed Input

z AC Digital Input With Filter By Jumper Setting

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 3

1.1.2. Applications

 Factory automation

 Laboratory automation

 Communication switching

 Security control

 Product test

 Energy management

1.2 Block Diagram

EEPROM

PCI BUS

PCI Controller

Buffers

Drivers

Buffers

Filters

P8R8 / P16R16

Relay

Transistor

Relay

Transistor

Photo Couple

P16C16

PhotoMos

P16POR16

PhotoMos

Figure 1-1: Functional Block diagram.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 4

1.3 Specifications

1.3.1 PCI-P8R8/P16R16

Model Name PCI-P8R8 PCI-P16R16

Digital Input

Isolation Voltage 3750 Vrms (Photo-couple)

Channels 8 16

Input Voltage

Response Speed

Relay Output

Channels 8 16

Relay Type 4 SPDT 4SPST 8 SPDT 8 SPST

Contact Rating

Operating Time 5 ms (typical)

Release Time 10 ms (typical)

Insulation Resistance

Life

General

Bus Type 5 V PCI, 32-bit, 33 MHz

Logic 1:AC/DC 5 ~ 24 V(AC 50 ~ 1 kHz)

Logic 0: AC/DC 0 ~ 1 V

Without Filter: 50 kHz (Typical)

With Filter: 0.455 kHz (Typical)

AC:120 V@0.5 A

DC: 24 V@1 A

1000 MΩ

Mechanical: 5000000 ops.

Electrical: 100000 ops.

Data Bus 16-bit

Card ID No

I/O Connector Female DB37 x 1

Dimensions (L x W x D) 183 mm x 105 mm x 22 mm

Power Consumption 500 mA @ +5 V 800 mA @ +5 V

Operating Temperature 0 ~ 60 °C

Storage Temperature -20 ~ 70 °C

Humidity 5 ~ 85% RH, non-condensing

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 5

Female DB37 x 1

40-pin box header x 1

1.3.2 PCI-P16C16

Model Name PCI-P16C16

Digital Input

Isolation Voltage 3750 Vrms (Photo-couple)

Channels 16

Input Voltage

Response Speed

Digital Output

Isolation Voltage 3750 Vrms

Channels 16

Compatibility Transistor(Open Collector)

Output Capability DC:600 mA/+30 V for one channel @ 100% duty

Response Speed 1 kHz (Typical)

General

Bus Type 5 V PCI, 32-bit, 33 MHz

Data Bus 16-bit

Card ID No

I/O Connector

Logic 1:AC/DC 5 ~ 24 V(AC 50 ~ 1 kHz)

Logic 0: AC/DC 0 ~ 1 V

Without Filter: 50 kHz (Typical)

With Filter: 0.455 kHz (Typical)

Female DB37 x 1

40-pin box header x 1

Dimensions (L x W x D) 183 mm x 105 mm x 22 mm

Power Consumption 800 mA @ +5 V

Operating Temperature 0 ~ 60 °C

Storage Temperature -20 ~ 70 °C

Humidity 5 ~ 85% RH, non-condensing

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 6

1.3.3 PCI-P8POR8/P16POR16 and PEX-P8POR8i/ R16i P16PO

Model Name

Digital Input

Isolation Voltage 3750 Vrms (Photo-couple)

Channels 8 16 8 16

Input Voltage

Response Speed

Relay Output

Channels 8 16 8 16

Relay Type PhotoMos Relay (Form A)

Contact Rating AC:350 V/130 mA (Peak AC)

Operating Time 0.7 ms (typical)

Release Time 0.05 ms (typical)

Insulation Resistance

Special

PCI-P8POR8 PCI-P16POR16 PEX-P8POR8i PEX-P16POR16i

Logic 1:AC/DC 5 ~ 24 V(AC 50 ~ 1 kHz)

Logic 0: AC/DC 0 ~ 1 V

Without Filter: 50 kHz (Typical)

With Filter: 0.455 kHz (Typical)

23 Ω

LED Indicators Output status

General

Bus Type 5 V PCI, 32-bit, 33 MHz PCI Express x1

Data Bus 16-bit

Card ID No Yes (4-bit)

Female

I/O Connector

Dimensions (L x W x D) 183 mm x 105 mm x 22 mm

Power Consumption 800 mA @ +5 V

Operating Temperature 0 ~ 60 °C

Storage Temperature -20 ~ 70 °C

DB37 40-pin box

header

1 1 1 1

- 1 - 1

Humidity 5 ~ 85% RH, non-condensing

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 7

1.4 Product Check List

The shipping package includes the following items:

 One PCI boards as follows:

• PCI-P8R8/PCI-P16R16

• PCI-P16C16

• PCI-P8POR8/PCI-P16POR16

• PEX-P8POR8i/PEX-P16POR16i

 One software utility PCI CD.

 One Quick Start Guide.

It is recommended that you read the Quick Start Guide first. All the

necessary and essential information is given in the Quick Start Guide, including:

 Where to get the software driver, demo programs and other resources.

 How to install the software.

 How to test the card.

Attention!

If any of these items is missing or damaged, contact the dealer from whom you purchased the product. Please save the shipping materials and carton in case you need to ship or store the product in the future.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 8

1.5 Hardware Configuration

This chapter describes how to unpack this I/O card and how to install it to your

system. Both the unpacking information and the jumper settings are described

in the following text. This manual should be carefully read before installation.

1.5.1 Unpacking

This I/O card was well-tested and inspected both mechanically and electrically

before shipping. It was free of marks and scratches our quality delivery policy

requires that all equipment be in perfect order before delivery. However, some

unconditional damages may occur while unpacking!! Please read this section

before unpacking the card. Feel free to contact your carrier and retain your

carton in case there is error.

CAUTION:

This card contains sensitive electronic components that can be easily

damaged by static electricity.

1. This card should be packed with an anti-static mat.

2. The user should wear an anti-static wristband, grounded at the same point to

the anti-static mat.

3. Inspect the carton for obvious damage. Either shipping or handing may

cause damages!! Be sure there are no shipping and handing damages on

the card before using.

4. After opening the carton, place the system board handle on a grounded anti-

static surface and let the component side up.

CAUTION: Do not apply power to the board if it has been damaged!

5. You are now ready to install your card.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 9

1.5.2 Board Layout

 PCI-P8R8/P16R16 Board Layout

Figure 1-2: PCI–P8R8 Layout

Figure 1-3: PCI–P16R16 Board Layout

Note:

CN1 D/I/O channel 0~7 for PCI-P8R8/P16R16. JP1 ~ JP8 Select the input AC or DC signals of D/I channel 0 ~ 7 for CN1. CN2 D/I/O channel 8~15 for PCI-P16R16. JP9 ~ JP16 Select the input AC or DC signals for D/I channel 8 ~ 15 for CN2.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 10

 PCI-P16C16 Board Layout

Figure 1-4: PCI-P16C16 Layout

Note:

CN1 D/I/O channel 0~7 for PCI-P16C16. JP1 ~ JP8 Select the input AC or DC signals of D/I channel 0 ~ 7 for CN1. CN2 D/I/O channel 8~15 for PCI-P16C16. JP9 ~ JP16 Select the input AC or DC signals for D/I channel 8 ~ 15 for CN2.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 11

 PCI-P8POR8/P16POR16 Board Layout

LED indicator

PCI - P8POR8

JP8...........JP1

Figure 1-5: PCI-P8POR8 Layout

LED indicator

PCI - P16POR16

CN2

CN1

JP8...........JP1

JP16

——

JP9

Figure 1-6: PCI-P16POR16 Layout

Note:

CN1 D/I/O channel 0~7 for PCI-P8POR8/P16POR16. JP1 ~ JP8 Select the input AC or DC signals of D/I channel 0 ~ 7 for CN1. CN2 D/I/O channel 8~15 for PCI-P16POR16. JP9 ~ JP16 Select the input AC or DC signals for D/I channel 8 ~ 15 for CN2.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 12

 PEX-P8POR8i/P16POR16i Board Layout

Figure 1-7: PEX-P8POR8i Board Layout

Figure 1-8: PEX-P16POR16i Board Layout

Note:

CON1 J1 CON2 J2 JP2 SW1

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 13

D/I/O channel 0~7 for PEX-P8POR8i/P16POR16i. Select the input type AC or DC signals for D/I channel 0 ~ 7. D/I/O channel 8~15 for PEX-P16POR16i. Select the input type AC or DC signals for D/I channel 8 ~ 15. Ground isolated protection Card ID dip-switch

1.5.3 Jumper Settings

 Input signal type:

You can change the I/O card configuration simply by setting the jumpers on this

board. Each digital input channel can be jumper-configured as a single-pole, RC

filter with a time constant of 1.2 ms. The Figure 1-9 , Figure 1-10 and Table 1-2

listed below shows each digital input channel and the corresponding jumper.

• PCI-P8R8/P16R16/P16C16/P8POR8/P16POR16:

CN1

CN2

DI6

DI4

DI7

Figure 1-9: PCI Series Jumper Settings

DI5

DI2

DI3

DI1

DI0

Jumper

Mapping

Channel

• PEX-P8POR8i/P16POR16i:

CON1

..........................

Jumper

Mapping

DI14

DI15

DI13

.............................

DI12

DI10

DI11

CON2

DI9

DI8

DI1

DI3

DI0

Figure 1-10: PEX Series Jumper Settings

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 14

DI2

DI5

DI4

DI6

DI7

DI9

DI10

DI11

DI8

DI12

DI13

DI14

DI15

Channel

• Jumper Mapping Digital Input Channel Table:

Jumper Jumper

PCI series PEX series

JP1 1 DI0 JP9 9 DI8 JP2 2 DI1 JP10 10 DI9 JP3 3 DI2 JP11 11 DI10 JP4 4 DI3 JP12 12 DI11 JP5 5 DI4 JP13 13 DI12 JP6 6 DI5 JP14 14 DI13 JP7 7 DI6 JP15 15 DI14 JP8

Table 1-2: Jumper assignment

8 DI7 JP16

The figure below shows how to select the digital input type:

Channel

PCI series PEX series

Channel

16 DI15

Figure 1-11: Jumper Settings

Without Filter For DC Signal

(Default Setting)

With AC Filter

For AC Signal

If you are using

AC input signals, you must short AC FILTER pin2-3 of the

corresponding jumpers. If you are using DC input signals, the AC FILTER

is optional. If the DC input signal response is less than 20 μs, set the filter to off.

If you want a slow response (about 5 to 10 ms) to reject either noise or contact

bouncing, short AC FILTER Pin2-3.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 15

 JP2: Ground isolated protection jumper for PEX-P8POR8i/P16POR16i

only

This JP2 jumper is used to select the isolated or non-isolated of ground for PEX-

P8POR8i/P16POR16i only. As shown in Figure 1-7, the user needs to connect

Pin1-2 to obtain the ground isolation protection, which is the default setting.

However, for the ground non-isolation, the Pin2-3 for the JP2 jumper should be

connected.

The figure below shows how to select the ground isolation type:

JP2 JP2

GND Isolation

Protection

(Default Setting)

Figure 1-12: Jumper Settings

GND Non-Isolation

Protection

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 16

1.6 Pin Assignments

1.6.1 PCI-P8R8/P16R16 PCI-P8R8/P16R16

CON 1

CON 2

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 17

NO: Normally Open

COM: Common

NC: Normally Closed

DIA: Digital Input (Point A)

DIB: Digital Input (Point B)

Extender Cable

1.6.2 PCI-P16C16

CON 1

CON 2

Ext. Power: External Power Input

GND: External Power Ground

OUT: Open Collector Output

DIA: Digital Input (Point A)

DIB: Digital Input (Point B)

External Cable

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 18

1.6.3 PCI-P8POR8/P16POR16i and PEX-P8POR8i/P16POR16i i

CON 1

CON 2

External Cable

DIA: Digital Input (Point A)

DIB: Digital Input (Point B)

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 19

2 . Hardware Applications

Model Number OUTPUT INPUT

PCI-P8R8 PCI-P16R16

PCI-P16C16

PCI-P8POR8 PCI-P16POR16 PEX-P8POR8i PEX-P16POR16i

Relay Output Optical isolation

Transistor Output

(Open Collector)

PhotoMos Relay Output Optical isolation

Optical isolation

2.1 Relay Output

• For PCI-P8R8/P16R16 Only

Whenever data is written data to the output control register, the relays will switch to NC or NO as specified by the control code. A｀1＇in the control register will

energize the corresponding relay. The relay will switch from COM to NO (normally open). A ｀0＇ in the control register will turn off the corresponding relay and the

relay will be switch from COM to NC (normally closed). The control register powers-on in NC mode. Hardware reset signal or programmable reset signal will also turn the relay to NC. The following figures show how to use the relay.

Basic Circuitry: (Current Rating < 0.3 A):

Relay Contact

COM

Figure 2-1: Basic Relay Circuit

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 20

AC/ DC

Power Supply

Load

Heavy Loading Application ( > 0.3 A ) :

Figure 2-3. Heavy load relay circuit.

P16R16DI

O Relay

Power Relay

Contact

Heavy Loading

2.2 Open Collector Output

• For PCI-P16C16 Only

The PCI-P16C16 provides 16-channel open collector outputs and 4 channels per

common power. Each common power has designed fuse protection and LED

indicated status.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 21

2.3 PhotoMos Relay Output

• For PCI-P8POR8/P16POR16 and PEX-P8POR8i/P16POR16i Only

The PCI-P8POR8/P16POR16 and PEX-P8POR8i/P16POR16i includes 8/16

normally open, form A, PhotoMOS relays. The board can eliminate ground-loop

problems and isolate the computer from damaging voltages. Use the PCI-

P8POR8/P16POR16 and PEX-P8POR8i/P16POR16i to switch loads, up to 350

VAC and 130 mA.

PCI-P8POR8 PCI-P16POR16 PEX-P8POR8i PEX-P16POR16i

130 A @ 350 V

Measurement Meter

Load

AC (max.)

Power

AC/DC

AC/DC Signal CM

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 22

2.4 Isolated Input

• For PCI-P8R8/P16R16/P16C16/P8POR8/P16POR16 and PEX- P8POR8i/P16POR16i

Reading the isolation input register will give the digital input state of the photo-

couple (isolation input). Figures 2-3 and 2-4 show the basic circuit of the digital

input.

DIA 0

Internal

Circuit

DIB 0

Figure 2-3. Basic Digital Input Circuit.

If Using AC

Signal, JP1 must

be shorted 2-3!!

Switch

5 ~ 24

VAC/DC

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 23

Although the normal input voltage range is 5 to 24 VAC or VDC, the input can still be

changed to a larger range by choosing suitable external resistors. The following

figure shows how to connect to a larger input. Please note that the input current

should be limited between 2 mA to 20 mA; too large an input current will burn

down the internal resistor Ri, while too low of an input current will not active the

photo-coupler isolator. Calculate input voltage and current, then replace resister

Ri.

Figure 2-4. Isolated Digital Input

Vin

External Circuit

 20mA

On board circuits

A rough estimate:

if Vin = 120 V and we ignore photo-coupler turn-on voltage.

We’ll get:

Vin / Vin = 120(V) ,

120(V) / 0.01 (A) = 12000 (Ω)

f =

=10(mA) , Ri = Vin/ If

= 1.2 kΩ /1 W

f =

2 mA ~ 20 mA

PC - 814

If you replace 12 kΩ as resistor Ri, we can calculate the power consumption of Ri

as follows:

P = I2Rex = (10 mA) 2 * 12 KΩ = 1.2 W

The power consumption is 1.2 watts, but choosing 1.5 or 2 watts is better.

Thus, we can choose a 12 K/2 W resistor to replace the resistor Ri.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 24

3 . Software Installation Guide

The PCI-P8R8/P16R16/P16C16/P8POR8/P16POR16 and PEX-P8POR8i/

P16POR16i series can be used in DOS and Windows 98/NT/2K and 32-bit/64-

bit Windows XP/2003/Vista/7. The recommended installation procedure for

windows is given in Sec. 3.1 ~ 3.2. Or refer to Quick Start Guide

(CD:\NAPDOS\PCI\PCI-P16R16\ Manual\QuickStart\).

http://ftp.icpdas.com/pub/cd/iocard/pci/napdos/pci/pci-p16r16/manual/quickstart/

3.1 Software Installing Procedure

 UniDAQ SDK driver (32-bit/64-bit Windows XP/2003/Vista/7):

Step 1: Insert the companion CD into the CD-ROM drive and after a few

seconds the installation program should start automatically. If it doesn’t start automatically for some reason, double-click the

AUTO32.EXE file in the NAPDOS folder on this CD. Step 2: Click the item: “PCI Bus DAQ Card”. Step 3: Click the item: “UniDAQ”. Step 4: Click the item: “DLL for Windows 2000 and XP/2003/Vista 32-bit”. Step 5: Double-Click “UniDAQ_Win_Setup_x.x.x.x_xxxx.exe” file in the

Driver folder.

 Windows driver (Windows 98/NT/2K and 32-bit Windows XP/2003/Vista/7):

Step 1: Insert the companion CD into the CD-ROM drive and after a few

seconds the installation program should start automatically. If it

doesn’t start automatically for some reason, double-click the

AUTO32.EXE file in the NAPDOS folder on this CD. Step 2: Click the item: “PCI Bus DAQ Card”. Step 3: Click the item: “PCI-P16R16/PCI-P8R8”. Step 4: Click the item “DLL and OCX for Windows 98/NT/2K/XP/2003”.

Step 5: Choose the Win2K_XP, Win98 or WinNT folders for setup according

to your PC platform and then double-Click “.exe” to install driver.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 25

The setup program will then start the driver installation and copy the relevant

files to the specified directory and register the driver on your computer. The

directory where the drive is stoned is different for different windows versions, as

shown below.

 Windows 64-bit Windows XP/2003/Vista/7:

The UniDAQ.DLL file will be copied into the C:\WINNT\SYSTEM32 folder The NAPWNT.SYS and UniDAQ.SYS files will be copied into the

C:\WINNT\SYSTEM32\DRIVERS folder

For more detailed UniDAQ.DLL function information, please refer to

UniDAQ SDK user manual (CD:\NAPDOS\PCI\UniDAQ\Manual\).

http://ftp.icpdas.com/pub/cd/iocard/pci/napdos/pci/unidaq/maunal/

 Windows NT/2K and 32-bit Windows XP/2003/Vista/7:

The P16R16.DLL file will be copied into the C:\WINNT\SYSTEM32 folder The NAPWNT.SYS and P16R16.SYS files will be copied into the C:\WINNT\SYSTEM32\DRIVERS folder

 Windows 95/98/ME:

The P16R16.DLL and Nappci.Vxd files will be copied into the C:\Windows\SYSTEM folder

For more detailed P16R16.DLL function information, please refer to

“PCI-P16R16 Series Software Manual.pdf” (CD:\NAPDOS\PCI\PCIP16R16\Manual\). http://ftp.icpdas.com/pub/cd/iocard/pci/napdos/pci/pci-

p16r16/manual/

3.2 PnP Driver Installation

Power off the computer and install the PCI-P8R8/P16R16/P16C16/

P8POR8P16POR16 and PEX-P8POR8i/P16POR16i cards. Turn on the

computer and Windows 98/ME/2K and 32-bit/64-bit Windows XP/2003/Vista/7

should automatically defect the new PCI device(s) and then ask for the location

of the driver files for the hardware. If a problem is encountered during

installation, refer to the PCI-P16R16_PnP_Driver_Installation.pdf

(CD:\NAPDOS\PCI\PCI-P16R16\Manual\) for more information.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 26

3.3 Confirm the Successful Installation

Make sure the PCI-P8R8/P16R16/P16C16/P8POR8P16POR16 and PEX-

P8POR8i/P16POR16i card installed are correct on the computer as follows:

Step 1: Select “Start” Æ “Control Panel” and then double click the “System”

icon on Windows.

Step 2: Click the “Hardware” tab and then click the “Device Manager” button.

Step 3: Check the PCI-P8R8/P16R16/P16C16/ P8POR8P16POR16 and PEX-

P8POR8i/P16POR16i card which listed correctly or not, as illustrated

below.

Successful

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 27

4 . I/O Control Register

4.1 How to find the I/O Address

The Plug&Play BISO assigns a proper I/O address to every PCI-P8R8/P16R16/

P16C16/P8R8/P16POR16 and PEX-P8POR8i/P16POR16i card in the power-on

stage. The IDs of PCI-P8R8/P16R16/ P16C16/P8R8/P16POR16 and PEX-

P8POR8i/P16POR16i are as follows:

PCI-P16R16 PCI-P16C16

PCI-P16POR16

PEX-P16POR16i

Model Name

PCI-P8R8

PCI-P8POR8

PEX-P8POR8i

Vendor ID Device ID Sub Vendor ID Sub Device ID

We provide the following necessary functions:

1. PCI_DriverInit (&wBoards)

This function detects how many PCI-P8R8/P16R16 series cards are installed in

the system, and also records all their I/O resources information in the library.

The function is implemented based on the PCI Plug & Play mechanism. Please

refer to “PCI-P16R16 Series Software Manual”.

2. PCI_GetConfigAddressSpace(wBoards, &wTypeID, &wAddress0,

Use this function to get I/O resources information of a PCI-P8R8/P16R16 series

0x1234 0x1234

0x0808 0x1616

0x0000 0x0000

&wAddress1, &wAddress2, &wAddress3,&wAddress4,&wAddress5);

card installed in this system. Then the application program can control all

functions of PCI-P8R8/P16R16 series card directly. Please refer to “PCI-

P16R16 Series Software Manual”.

Note: The PCI-P8R8/P16R16 series card is to use the BAR 2

(&wAddress2) to control all functions, please refer to Sec. 4.2 The I/O

Address Map.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 28

The First 16 double words of a PCI device's configuration space are referred to as

the device's configuration region. Within these the 16 (0-15) double words, the 04,

05, 06, 07, 08 and 09 double words are referred to as Base Address0, Base

Address1, Base Address2, Base Address3, Base Address4 and Base Address5.

For more detailed information for about these 16 double words, please referring

the book titled PLUG AND PLAY SYSTEM ARCHITECTURE (written by Tom

Shanley, Addison-Wesley Publish Company, 1995). These base addresses are

utilized as control register and/or I/O register for many data acquisition boards. On

PCI-P16R16 and PCI-P8R8 series boards, the base address2 is utilized as the

base address of digital input and digital output. So the Digital I/O functions for PCI-

P16R16 and PCI-P8R8 series are coded as follows:

#define WORD unsigned int #define UCHAR unsigned char

void P16R16_DO(WORD BaseAddr, WORD wOutData) { outport(BaseAddr,wOutData); } WORD P16R16_DI(WORD BaseAddr) { WORD DigitalIn; DigitalIn=inport(BaseAddr); return DigitalIn; } void P8R8_DO(WORD BaseAddr, WORD wOutData) { outportb(BaseAddr,wOutData); } UCHAR P8R8_DI(WORD BaseAddr) { UCHAR DigitalIn; DigitalIn=inportb(BaseAddr); return DigitalIn; }

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 29

Please refer to the following program code to get these six base addresses for

PCI-P16R16 and PCI-P8R8. These codes are based on PCI Plug & Play

mechanism 2.

/******************************************************/ /* Reading PCI card's configuration address space */ /******************************************************/

WORD GetAddress(void) { DWORD dConfigAddress,dBaseAddress; WORD HiWord,LoWord; WORD ReturnCode; UCHAR Bus,Device,Function,WhichLong; WORD VendorID,DeviceID; WORD wIrqNumber;

wTotalBoards=0; /* initial board number is 0 */ Bus=0; for(Bus=0; Bus<10; Bus++) { Function=0; WhichLong=1; for(Device=0; Device<32; Device++) { WhichLong=0; WriteAddress(Bus,Device,Function,WhichLong); VendorID=inport(0xcfc); DeviceID=inport(0xcfe);

if( VendorID==0x1234 && DeviceID==0x1616 ) { /*----------- PCI-P16R16 --------- --- --*

WhichLong=4; // Base Address 0

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr0=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][0]=wBaseAddr0;

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 30

/*----------------------------------------*/ WhichLong=5; /* Base Address 1 */ WriteAddress(Bus,Device,Function,WhichLong); dBaseAddress=_inpd(0xcfc);

wBaseAddr1=(WORD)(dBaseAddress&0xfffe); wConfigSpace[wTotalBoards][1]=wBaseAddr1;

/*------------------------------------------*/

WhichLong=6; /* Base Address 2 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr2=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][2]=wBaseAddr2;

/*------------------------------------------*/

WhichLong=7; /* Base Address 3 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr3=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][3]=wBaseAddr3;

/*------------------------------------------*/

WhichLong=8; /* Base Address 4 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr4=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][4]=wBaseAddr4;

/*-------------------------------------------*/

WhichLong=9; /* Base Address 5 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr5=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][5]=wBaseAddr5;

/*----------- store the type name ID --------*/

wConfigSpace[wTotalBoards][6]=TYPE_P16R16;

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 31

/*-------------------------------------------*/

wTotalBoards++; /* increment board number */ wGetAddress=1;

}

if( VendorID==0x1234 && DeviceID==0x0808 ) { /*---------- PCI-P8R8 ---------- -*/ WhichLong=4; /* Base Address 0 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr0=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][0]=wBaseAddr0;

/*------------------------------------------*/

WhichLong=5; /* Base Address 1 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr1=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][1]=wBaseAddr1;

/*------------------------------------------*/

WhichLong=6; /* Base Address 2 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr2=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][2]=wBaseAddr2;

/*------------------------------------------*/

WhichLong=7; /* Base Address 3 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc);

wBaseAddr3=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][3]=wBaseAddr3;

/*------------------------------------------*/

WhichLong=8; /* Base Address 4 */

WriteAddress(Bus,Device,Function,WhichLong); dBaseAddress=_inpd(0xcfc);

wBaseAddr4=(WORD)(dBaseAddress&0xfffe);

wConfigSpace[wTotalBoards][4]=wBaseAddr4;

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 32

/*-------------------------------------------*/ WhichLong=9; /* Base Address 5 */

WriteAddress(Bus,Device,Function,WhichLong);

dBaseAddress=_inpd(0xcfc); wBaseAddr5=(WORD)(dBaseAddress&0xfffe); wConfigSpace[wTotalBoards][5]=wBaseAddr5;

/*---------- store the type name ID --------*/ wConfigSpace[wTotalBoards][6]=TYPE_P8R8;

wTotalBoards++; /* increment board number */ wGetAddress=1; } } } if( wTotalBoards>16 ) return( NotFoundBoard ); else return( NoError ); }

void WriteAddress(UCHAR bBus, UCHAR bDevice, UCHAR bFunction, UCHAR bWhichLong) { DWORD dOutData; WORD HiWord,LoWord; UCHAR HiByte,LoByte;

HiWord=0x8000|bBus; HiByte=(bDevice<<3)|bFunction; LoByte=(bWhichLong<<2) & 0xfc; LoWord=( (WORD)HiByte<<8 )|LoByte; dOutData=( (DWORD)HiWord<<16 ) | LoWord; _outpd(0xcf8,dOutData);

}

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 33

4.2 The I/O Address Map

The I/O address for PIO/PISO series cards is automatically assigned by the ROM

BIOS of the main board. The I/O address can also be re-assigned by user. It is

strongly recommended that users don’t change the I/O address. The Plug & Play BIOS will assign the proper I/O address to each PIO/PISO series card.

The detailed I/O register address mapping for the PCIP8R8/P16R16/P16C16/P8POR8/P16POR16 and PEX-P8POR8i/P16POR16i card is as follows:

BAR 2: DI/DO Register

Bar No. Offset

Name Operation Access

0x00 DI Port R 16-bit

(DIO)

0x00 DO Port W 16-bit

0x0C Read D/O Readback R 16-bit

0x3C Read Card ID R 16-bit

4.2.1 Digital Output/Digital Input

The sample code of DI/DO is given as follows:

// DI/DO function of PCI-P16R16/P16C16/P16POR16 and PEX-P16POR16i series

void P16R16_DO(WORD BaseAddr, WORD wOutData) { outport (BaseAddr, wOutData); }

WORD P16R16_DI(WORD BaseAddr) {

DigitalIn=inportb(BaseAddr); }

// DI/DO function of PCI-P8R8 /P8POR8 and PEX-P8POR8i series

void P8R8_DO(WORD BaseAddr, WORD wOutData) { outportb(BaseAddr, wOutData); }

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 34

UCHAR P8R8_DI(WORD BaseAddr) {

DigitalIn=inportb(BaseAddr);

}

4.2.2 D/O Readback Register

The format of the D/O readback register is given as follows:

BaseAddr +0x0C

Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0

The sample code of reading the given as follows:

// D/O Readback function of PEX-P8POR8i and PEX-P16POR16i

DigitalIn=inportb(BaseAddr+0x0C);

4.2.3 Card ID Register

The format of the Card ID register is given as follows:

BaseAddr +0x3C

X X X X

It can be used to read the card ID set from SW1 switch

The sample code of reading the given as follows:

// Card ID function of PEX-P8POR8i and PEX-P16POR16i

*wID=inportb(BaseAddr+ 0x3C)&0x000f;

N Note:

1. Refer to Sec. 4.1

2. The Card ID and D/O Readback function is only supported by the PEXP8POR8i and PEX-P16POR16i (Ver1.0 or above)

Bit3 Bit2 Bit1 Bit0

for more information regarding BaseAddr.

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 35

5 Demo Programs

5.1 Demo Programs for Windows

Please note that none of the demo programs will work normally if the DLL driver has not been installed correctly. During the DLL driver installation process, the install shield will register the correct kernel driver to the operating system and copy the DLL driver and demo programs to the correct location depending on the driver software package you have selected (Win98/Me/NT/2000 and 32-bit Win XP/2003/Visa/7). After installing the driver, the related demo programs, development library and declaration header files for the different development environments will be available in the following folders.

The demo program is contained in:

CD:\NAPDOS\PCI\PCI-P16R16\DLL_OCX\Demo\

http://ftp.icpdas.com/pub/cd/iocard/pci/napdos/pci/pci-p16r16/dll_ocx/demo/

 BCB 3 Æ For Borland C

P16R16.H Æ Header files P16R16.LIB Æ Linkage library for BCB

 Delphi3 Æ For Delphi 3

P16R16.PAS Æ Declaration files

 VB6 Æ For Visual Basic 6

P16R16.BAS Æ Declaration files

 VC6 Æ For Visual C++ 6

P16R16.H Æ Header files P16R16.LIB Æ Linkage library for VC6

 VB.NET2005 Æ For VB.NET2005

P16R16.vb Æ Declaration files

Builder 3

A list of available demo programs is as follows:

 DIO: D/I/O demo

 CSharp2005 Æ For C#.NET2005

P16R16.cs Æ Declaration files

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 36

5.2 Demo Programs for DOS

The related DOS software and demos are located on the CD as below:

CD:\NAPDOS\PCI\PCI-P16R16\dos\

http://ftp.icpdas.com/pub/cd/iocard/pci/napdos/pci/pci-p16r16/dos/

After installing the software, the following drivers will be installed onto your hard

disk:

 Demo code, Lib for Borland C++

...\P16R16\BC\HUGE\DEMO Æ huge mode demo programs.

...\P16R16\BC\HUGE\LIB Æ huge mode library, P16R16H.LIB

...\P16R16\BC\LARGE\DEMO Æ large mode demo programs

...\P16R16\BC\LARGE\LIB Æ large mode library, P16R16L.LIB

 Demo code, Lib for MSC

...\P16R16\MSC\HUGE\DEMO Æ huge mode demo programs

Please see readme.txt in sub-directory of DEMO and LIB for further information.

...\P16R16\MSC\HUGE\LIB Æ huge mode library, P16R16H.LIB

...\P16R16\MSC\LARGE\DEMO Æ large mode demo programs

...\P16R16\MSC\LARGE\LIB Æ large mode library, P16R16L.LIB

 Demo code, Lib for TC

...\P16R16\TC\HUGE\DEMO Æ huge mode demo programs

...\P16R16\TC\HUGE\LIB Æ huge mdoe library, P16R16H.LIB

...\P16R16\TC\LARGE\DEMO Æ large mode demo programs

...\P16R16\TC\LARGE\LIB Æ large mode library, P16R16H.LIB

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 37

5.3 PIO_PISO.EXE for Windows

The PIO_PISO.exe utility is located on the CD as below and is useful for all

PIO/PISO series cards. CD:\NAPDOS\PCI\Utility\Win32\PIO_PISO\

http://ftp.icpdas.com/pub/cd/iocard/pci/napdos/pci/utility/win32/pio_piso/

After executing the utility, detailed information for all PIO/PISO cards that are

installed in the PC will be shown, as illustrated below:

Note: The PIO_PISO.EXE application is valid for all PIO/PISO cards. The

user can execute the PIO_PISO.EXE file to retrieve the following information:

 List all PIO/PISO cards installed in the PC

 List the resources allocated to each PIO/PISO card

 List the wSlotBus and wSlotDevice details for identification of specific

PIO/PISO cards. (Refer to Sec. 4.1

PCI-P16R16 Series User Manual (Ver.2.8, Apr. 2011, PMH-013-28) 38

for more information)

ICPDAS PCI-P8R8, PCI-P16C16, PEX-P8POR8i, PCI-P16R16, PEX-P16POR16i User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

1.1 Features and Applications

1.1.1. Features

1.1.2. Applications

1.2 Block Diagram

1.3 Specifications

1.3.1 PCI-P8R8/P16R16

1.3.2 PCI-P16C16

1.4 Product Check List

1.5 Hardware Configuration

1.5.1 Unpacking

1.5.2 Board Layout

1.5.3 Jumper Settings

1.6 Pin Assignments

1.6.1 PCI-P8R8/P16R16 PCI-P8R8/P16R16

1.6.2 PCI-P16C16

2.1 Relay Output

2.2 Open Collector Output

2.3 PhotoMos Relay Output

2.4 Isolated Input

3.1 Software Installing Procedure

3.2 PnP Driver Installation

3.3 Confirm the Successful Installation

4.1 How to find the I/O Address

4.2 The I/O Address Map

4.2.1 Digital Output/Digital Input

4.2.2 D/O Readback Register

4.2.3 Card ID Register

5 Demo Programs

5.1 Demo Programs for Windows

5.2 Demo Programs for DOS

5.3 PIO_PISO.EXE for Windows