Omega Engineering OMG-PCI-DIO48 manual Absolute Address, Port

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Technical Description

Absolute Address

Port 1		Port 2
Absolut	Port-Bit	Absolut	Port-Bit
e bit		e bit
Address		Address
0	A1-0	64	A2-0
1	A1-1	65	A2-1
2	A1-2	66	A2-2
3	A1-3	67	A2-3
4	A1-4	68	A2-4
5	A1-5	69	A2-5
6	A1-6	70	A2-6
7	A1-7	71	A2-7

8	B1-0	72	B2-0
9	B1-1	73	B2-1
10	B1-2	74	B2-2
11	B1-3	75	B2-3
12	B1-4	76	B2-4
13	B1-5	77	B2-5
14	B1-6	78	B2-6
15	B1-7	79	B2-7

16	C1-0	80	C2-0
17	C1-1	81	C2-1
18	C1-2	82	C2-2
19	C1-3	83	C2-3
20	C1-4	84	C2-4
21	C1-5	85	C2-5
22	C1-6	86	C2-6
23	C1-7	87	C2-7

Figure 7-Absolute bit Address (any configuration)

OMG-PCI-DIO48

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Contents User’sGuide Canada MexicoBenelux Czech RepublicContents Figures Installation IntroductionSystem Installation Technical Description Software3rd Party Software Support Electrical Characteristics Electrical CharacteristicsPull Ups Pull Up ResistorsPin Ribbon Pin Out 50 Pin Ribbon Cable Pin OutPresetting an Output Port Port C absolute addressing when port C is splitApplication Programmers Interface API InterruptsPort Configuration Port C relative addressing when port C is splitRelative Addressing vs. Absolute Addressing OMG-PCI-DIO48 Port API Port # Absolute Address Function Absolute Address PortRelative Byte Address Bit Set/Reset Direct Hardware ControlReading the Inputs Reading the OutputsInterrupts can be set up as shown in the tables on the next Register Description for direct hardware control IRQST2 IRQST1OMG-PCI-DIO48 Control Words Bit Set or Reset Port C OMG-PCI-DIO48 Interrupt mode select table Specifications Environmental SpecificationsPower Consumption Physical DimensionsAppendix a Troubleshooting Appendix B How To Get Assistance Appendix C Silk-Screen Appendix D Compliance Notices WARRANTY/DISCLAIMER Temperature