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PCIe-862x Series Board User Manual

1. U FFFF Read FFFC 0 Read PFFC Kin Pins JA GND Pin 4 Ai OSE Dead CEB GE WIFFFO Read FFFD Read WIFFFOD Read FFFC HAI Pind JA OND Pin14 1 93 7077 CZE Bead U M 1 Read JAlS Pinb JA GND Pin14 413 D6F Read FCIE Read Read UV FFFB Read FFF JAl6 Pin JA GND Pin14 1 39 7071 Read Fee er Lead User Manual Ver 1 0 May 2015 PMH 029 10 Page 84 High speed Multifunction Boards Step 6 Calibrate the Analog Input Channel 4 1 Connect 9 9 V voltage source to PCle 8620 Al4 Pin5 2 Connect GND source to PCle 8620 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 Al4 Pin5 5 Connect GND source to PCle 8620 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 Al4 Pin5 8 Connect GND source to PCle 8620 A GND Pin14 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8620 Al4 Pin5 11 Connect GND source to PCle 8620 A GND Pin14 12 Click Read button to get hexadecimal value Analog Inout Calibration Gre IO Pinl JA S Pin14 3 4 pose u 7C26 Bead D u Read HAIZ Pin3j JA_GND Pin1 4 A13 P nd JA Ee Pinl A EM rr Fees 7790 SL 2 29 DEC 7023 JAl1 Pin JA anD Pin14 4 4 7DEF Read CPE ne Read UM FFFF Read FFFE OV FFFF Read UM FFFC Read U ad FFF R
2. and adjust output voltage to voltage 5 V 7 Use button or and adjust output voltage to voltage 10 V 8 Use button or and adjust output voltage to voltage 10 V Analog Outout Calibration JA00 Pin58 JA_GND Pin25 Unipolar DV BV Hes FDAE UV H ex ln Bipolar BV le FEg7 DM Hex 160 tl Unipolar 10 Ds P Hex W L a Bipolar 1UM 41OV Hex CE AT L 10 Hex 150 _ JAD2 P n 4 L GND Pin25 1 Unipolar SW Unipolar TUV 3 EV Hex Hex Foz ER Ei OW ellen OW ellen 4 2 eh es O o 4 Bipolar DM Bipolar TUV 5 e geet 0 m l 7 8 User Manual Ver 1 0 May 2015 PMH 029 10 Page 62 High speed Multifunction Boards Step 6 Calibrate the Analog Input Channel O 1 Connect 9 9 V voltage source to PCle 8622 Al0 Pin68 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 Al0 Pin68 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al0 Pin68 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al0 Pin68 11 Connect GND source to PCle 8622 A GND Pin60 12
3. JAl6 Pin JA Bei Pin14 JAI7 Pin8 GA CND Pinl 4 4 947071 Read SE EE EK 707 CPE Read WIFFFE Read FFFo Read U v 1 Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 88 High speed Multifunction Boards Step 10 Save Calibrate Data 1 Click SAVE button GX OPCle 8620 Calibration Program Select Calibration Board O PCle 8620 RELOAD Unipolar 10 410V Hex 0 z S 40V Hex W L S Analoa Output Calibration UnSupportj Unipolar Sy 5 Hex 0 x OV Hex n m Bipolar DM SE 5Y Hex 0 na Ge DV Hex 0 410V Hex 10 Hex Unipolar 10 10 Hex 0 ze m s Bipolar 10 10 Hex fo EME 10v Hex fo EE 45V Hex 0 m OV Hex W o 5 Hex DV Hex Calibration Data File Import Export Broswer B Import Export nome SAVE NOTE RECOVER sf ioj x JAll Pin2 O GND Pin1 4 9 94 7D6F Read 49 7C2B Read OM FFFF Read M FFFE Read JAl3 Pind JA GND Pin1 4 9 99 7D6C Read 49 7023 Read 0 0 Read OM FFFC Read JAl5 Pinb JA GND Pin1 4 9 99 7D6F Read 49 7C1E Read OWFFFD Read M FFFC Read JAl Pin8 A_GNDJPin1 4 9 9 7072 Read 49Y 7C2E Read 0 0 Read om 1 Read Analoa Input Calibration JAIO Pin1 jJA_GNDJPin1 4 9 9 7DBE Read 49 7C26 Read M 1 Read H 2 Read JAl2 Pin3 A GND Pin14 9 9 7DEF Read 49Y 7C20 Read DVIFFFF Read M FFFC Rea
4. 0M FFFF Read DMFFFD J Al4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read Read 0 UWIFFFD Read DMFFFE Alb Pin65 CA _GNDI Pin60 9 92 7DEB Read 421 CIF Read U Read IWIFFFE Read SEFER UW FFFF Read Hdrrrt UM FFFC Read Dai FEFA JAH O Pin63 O GND Pin60O JAI11 Pin 9 O GND Pin6O H aper Read 43 7077 Read 9334 DEF Read 494 C 5 Read OV FFFD Read OFFFE Read 1 0 Read 0 Read AN 2 Pin62 JA_GND Pin60 JAI 3 Pin28 C A_GND Pin60 13M 7D6F Read 744 7C26 Read 244 7D6D Read 444 7028 Read OV FFED Read Ol FFF Read UW FFFF Read UM FFFF Read JAI14 Pin61 JA GND Pin60 JAl15 Pin 7 O GND Pin6O 44 7070 Read 44 7C 1 Read 347D6E Read 2 20 7C26 Read UW FFFE Read VIFFFA Read I U Read UM FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 71 High speed Multifunction Boards Step 15 Calibrate the Analog Input Channel 9 1 Connect 9 9 V voltage source to PCle 8622 AI9 Pin30 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 AI9 Pin30 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 AI9 Pin30 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V
5. Click the Digital Input tab 8 Select Port0 from the Port Number drop down menu 9 The DI indicators will turn red when the corresponding DO Channels 0 and 1 are ON 33333333 23333339 Step 8 Check the results of the Analog Input Output functions test 1 Click the Analog Output tab 2 Select the 0 from the Channel drop down menu 3 Select the 3 Bipolar 10V from the Range drop down menu 4 Enter the voltage value depending on your requirements e g 5 in the Voltage V field 5 ols the Kale button to start test User Manual Ver 1 0 May 2015 PMH 029 10 Page 44 High speed Multifunction Boards 6 Click the Analog Input tab 7 Confirm the configuration settings 8 Click the Start button to start the test 2 T o PCle 8622 CARD ID 0 EI SE Voltagely Ch Zu pa pe 5 c Gain Type l Low JPx 20 Gain el IT HEX Range 00 Bipolar 10 sampling Rate 100 Hz 9 Check the Analog Input value for Channel 0 The values for other channels value will be a floating number e BS o PCle 8622 CARD ID 0 EI SC setting Gain Type 0 Low JPx 20 Gain HES Range 00 Bipalar 10 sampling Rate fioo H Hz User Manual Ver 1 0 May 2015 PMH 029 10 Page 45 High speed Multifunction Boards 6 1 Hardware ID During the power on stage the Plug and Play BIOS will assign an appropriate I O
6. Connect 4 9 V voltage source to PCle 8622 Al13 Pin28 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al1 Pin28 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read O RSC D O Read JAl5 Pin32 JA GND Pin60 9 9 DEC Read 434 7073 Read Read Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read U Read UV FFFF Read FFFD MFFFD Read UFFFD HAI Pin31 JA GND Pin60 9 94 7DED Read 434 7C25 Read O 0 Read W FFFO Read JAI9 Pin30 C A_GNDIPin60 9 9 OBE Read 434 7024 Read Read O FEED Read PEE J Al4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read U Read IWIFFFE Read SEFER HAIB Pin65 JA GND Pin60 9 92 7DEB Read 42 CIF Read U Read OMFFFC Read DEEPA JAI11 Pin 9 C A_GND Pin60 9 9 7D6F Read 434 7028 Read 0 0 Read D 0 Read JAI12 Pin amp 6 O GND Pin60 JAI13 Pin 8 O GND Pin60O 1 90 7D6F Read 2 4Y 7C26 Read 33470650 Read 444 7028 Read Read Read 8 UWIFFFD Read UM FFF UM FFFF Read
7. Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al2 Pin67 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value K Inout Calibration JA10 Pinb8 C GND Pin60 49V DEB Read 44 7C 1 Read U U Read U 1 Read JAl2 P nb JA GND Pin60 JA13 P n33 JA GND Pin60 2 2 OBE Read 444 7C1F Read 4 4Y 7069 Read 14 7C25 Read Read U Read OM FFFF Read DMFFFO I 0 Read 9 e HJAl1 Pin34 JA_GND Pinb0 49V DED Read 434 7C 2 Read Read J Al4 P nbb JA _GND PinbO dw 7069 Read 493 7C 0 Read Read i OMFFFO Read UMFEFE AI5 Pin32 JA GND Pin60 9 9 DEC Read 4934 7073 Read U Read UVFFFD Read FFFD HAI Pin31 A4_GND Pin60 9 9 7DED Read 434 7C25 Read O 0 Read MFFFO Read AI9 F in30 JA_GNDI Finb0 9 9 DOBE Read 4934 7024 Read Read Alb P inb5 JA _GND PinbO 9 92 7DEB Read 444 7CIF Read U Dead UVA FFFE Read TTT OMFFFC Read DEEPA HAITI Pin29 GA GND Pin5O 9 9 7D6F Read 434 7C 8 Read U U Pead D U Read HAIN S Pin26 GA GND Pin5O 3 9 7DED Read 44 7228 Bead UW FFFF Read FFFF Read HAT 4 Pinbl GA GND Pin60 JAl15 Pin 7 CA_GND Pin60 44 7070 Read 44 7C 1 Read 347D6E Read 93 7C26 Read WIFFFE Read DM FFFA Read
8. GA GND Pin60 HAMT5 Pin2 7 GA GND Pin6O 3 917070 Read 49 7021 Read 329 7DGE Read 494 7026 Read A FFFE Read UM FFFA Read l 0 Read FFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 72 UVFFFD Read FPF High speed Multifunction Boards Step 16 Calibrate the Analog Input Channel 10 1 Connect 9 9 V voltage source to PCle 8622 Al10 Pin63 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 A110 Pin63 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al10 Pin63 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 AI10 Pin63 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read O RSC D O Read JAl5 Pin32 JA GND Pin60 9 9 DEC Read 434 7073 Read Read Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read U Read UV FFFF Read FFFD MFFFD Read UFFFD
9. JA GND Pin60 9 9 7D69 Read 49 7C20 Read DVIFFFD Read M FFFB Read JAI6 Pin65 A GND Pin60 9 9 D6B Read 49 7c1F Read DVIFFFB Read FFFS Read AI8 Pin64 JA GND Pin60 OV FFFF Read WIFFFD Read G halo UTOL Sra tor HJAOO Pin58 JA GND Pin25 Unipolar Sy 5Y Hex FD4E OV Hex 0 5 Bipolar DM 5V Hex FE97 S DV Hex 160 a Unipolar 10 Ti 5 UN Hex b Bipolar 10 10 Hex FEAD 10 Hex 150 5 Hex rop o Sen S O Hex 7 zi fleece 10V Hex FESD ENEM SY Hex 147 A0ViHex Du User Manual Ver 1 0 May 2015 PMH 029 10 Page 58 High speed Multifunction Boards Step 2 Calibrate the Analog Output Channel 0 1 Connect the meter to measure the voltage from channel 0 2 Connect meter to PCle 8622 AO0 Pin58 3 Connect meter to PCle 8622 A GND Pin25 GX 1 PCle 8622 Calibration Program NE Select Calibration Board Analoa Input Calibration JAIO Pin68 A GND Pin60 1 PCle 8622 Se RELOAD 99VMi7D6B Read 49 7C21 Read Analog Outout Calibration go i mi JAOO Pin58 JA GND Pin25 z i JAI2 Pin67 JA GND Pin60 Unipolar DN Unipolar 10Y 9 9M 7D6B Read 49 7C1F Read Bro VI UH OV FFFF Read OWFFFD Read JAl4
10. Ver 1 0 May 2015 PMH 029 10 Page 79 High speed Multifunction Boards 7 2 2 PCle 8620 Calibration Step Step 1 Select calibration board 1 Select 1 PCle 8620 from the Select Calibration Board drop down menu 2 Click the RELOAD button G O PCle 8620 Calibration Program o o 3 ES lel eS GA Pn A_GNDJPin14 3 94 7D6F Read 494 7C2B Read OM FFFF Read VFFFE Read Select Calibration Board Analoa Input Calibration JAl0 Pin1 A GND Pin14 9 9 D6GE Read 49 7C26 Read M 1 Read 0 2 Read HAI3 Pin4 JA GND Pin14 9 9W D6C Read 49 7C23 Read 0 O Read 0 FFFC Read AI5 Pin6 JA GND Pin14 9 9 7DEF Read 49Y 7CIE Read DVIFFFD Read M FFFC Read JAl2 Pin3 JA GND Pin14 9 9 7DEF Read 49 7C20 Read UM FFFF Read UWFFFC Read JAl4 Pin5 JA GNDIPin14 39Ml7D6E Read 49V 7C28 Read OWFFFD Read OMFFFD Read JAl6 Pin A_GNDJPin14 HJAIZ Pin8 JA GND Pin14 9 9M 7D71 Read 49 7C27 Read 994 7072 Read 49 7C2E Read OM FFFB Read SM FFF8 Read 0 0 Read om 1 Read Unsupporij Unsupporij 9 9 7FFF Read 49 FFF Read H 7FFF Read 49M 7FFF Read 0 0 Read ov 0 Read 0 0 Read M 0 Read Unsupporij Unsupport 9 99 7FFF Read 49 7FFF Read 934 7FFF Read 43 7FFF Read 0 O Read om 0 Read 0 0 Read ov 0 Read A z Unsupporij Unsuppori mm EES IM 7FFF Read E 7FFF Read 39 7FFF Read 49M7FFF Read Broswer B 0 0 Read om 0 Read 0 O Read M 0 Read Import Export pomi NOTE Unsupporij Unsup
11. es es external signal interrupt from DTRG1 DTRG1 Interrupt Status Reading a 1 indicates an external x es O trigger interrupt is complete for DTRG1 16 31 Reserved Yes No User Manual Ver 1 0 May 2015 PMH 029 10 Page 48 High speed Multifunction Boards Register 6 3 1 2 Base 0x1C Interrupt Clear Description interrupt Reserved Yes No User Manual Ver 1 0 May 2015 PMH 029 10 Page 49 6 3 2 Digital I O Registers Register 6 3 2 1 wBase 0x24 Write DO Port and Read DI Port output port 12 15 Reserved Yes DI Port Read Read the digital input data to specified digital 16 27 Yes input port 28 31 Reserved Yes DO Port Write Write the digital output data to specified digital 0 11 output port Read the digital output status to specified digital Yes User Manual Ver 1 0 May 2015 PMH 029 10 Page 50 Description Read Write Yes No Yes No High speed Multifunction Boards 6 3 3 Analog Input Registers Register 6 3 3 1 Base 0x00 Read Al FIFO Data ee RNK FIFO Read Read the Analog Input data to specified FIFO 16 31 Reserved Yes Register 6 3 3 2 Base 0x04 Al FIFO Control Status e JI Description ng write FIFO Count and Clear Read the FIFO data count to specified 0 10 zde Yes Yes FIFO Write a O to clear data to specified FIFO FIFO Full Reading a 1 indicates a FIFO status is full Yes No FIFO Empty Reading a 1 indicates a FIFO status i
12. 7C 8 Read U U Pead D U Read AI13 Pin28 JA GND Pin60 3 9 7D6D Read 49 C 5 Read UM FFFF Read M FFFF Read JAI14 Pin61 JA GND Pin60 Al15 Pin27 O GNDIPin60 229 7070 Read 434 7C21 Read 437D6E Read 424 7C26 Read UW FFFE Read DM FFFA Read l 0 Read MFFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 78 IV FFFF Read FFFD HANO Pin6s 4_GND Pinb0 9 9 DOBE Read 494 7C Read OWIFFFO Read M FFFE Read HAT 2 Pinb2 JA GND Pin6O dw OBE Read 49 7C26 Read U 7 Read 1Al8 P nb4 JA GHD Pin60 4 9V DED Read 494 7077 Read U Read UVFFFD Read FFF High speed Multifunction Boards Step 22 Save Calibrate Data 1 Click SAVE button G 1 PCle 8622 Calibration Program EMA Select Calibration Board GIS HE Gope n JA in 1 PCle 8622 kd RELOAD 8947068 Read AM 7c21 Analog Output Calibration 3 M 1 Read JAOO Pin58 JA GND Pin25 Unipolar Sy 5 Hex FD4E OV Hex n m Bipolar Sy 45V Hex FE97 m DV Hex 160 JAO2 Pin24 JA GND Pin25 Unipolar Sy BV Hex F028 E OV Hex W Bipolar DM 5 Hex FES3 m SV Hex 1 47 3 sf ioj x JAll Pin34 A GND Pin60 9 9Y 7D6D Read 49 7C22 Read 0 0 Read ov FFFE Read HJAL3 Pin33 A GND Pin60 9 94 7069 Read 49 7C25 Read 0 0 Read M 0 Read JAl5 Pin32 O GND Pin60 9 9 7DEC Re
13. Connect 9 9 V voltage source to PCle 8622 Al6 Pin65 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 Al6 Pin65 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al6 Pin65 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al6 Pin65 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read 0 RSC D 0 Read HJAl5 Pini JA_GND PinbO0 9 9 DEC Read 434 7073 Read U Read IWIFFFO Read FFFE Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read Read 0M FFFF Read DMFFFD JAl4 Pin6b A_GND Pin60 dw 7069 Read 43 7C 0 Read UMIFFFD Read UMFFFE Read JAl6 Pin65 QA GND Pin60 JAI Pin31 JA GND Pin60O 994 npp Read 49 7CiF Read 2947060 Bead A9M 7025 Read Read Read MFFFB Read O FFF8 1 0 Read WFFFO UMFFFC Read 0 FFFA HJAMI Pin29 GA GND Pin6b0 9
14. D anne ee 46 6 2 WO PRESS E TEE 47 6 3 O EE 48 6 3 1 Interrupt and Initialize Control Status Registers sse eee eee eee 48 Goe DOVO REDE TO roj rea ne EE ENEE 50 6 3 3 Analog Input Registers vivcicsicssrvinicaisacanavsesccdvadicasineseneatsdavanneasensatasecncdwasacdwhusdoabanedousdndeavausabavanseedvadaaaacsunabad 51 69 4 Analog OU DU ROG E 53 LO OE NES ee 54 6 4 O EE 55 6 4 1 Xilinx Spartan 6 Control Status Registers nana 55 7 CALIBRATION 2 2 een 56 7 1 MOU TON EE 56 7 2 STEP BY STEP CALIBRATION PROCESS ee er areas 58 Fad PICCO COUA ON S EEN 58 7 2 2 PEle SO20 Calibration SLO Dana ee ea ae pana EENE E NEEE E EAA EAA AE 80 8 WINDOWS API FUNCTION a a a A S 90 APPENDIX DAUGHTER BOARDS egen 91 BIV 91 HIV 92 User Manual Ver 1 0 May 2015 PMH 029 10 Page 3 Packing List The shipping package should contain the following items One High speed multifunction board PCle 8620 PCle 8622 One printed Quick Start Guide One Software Utility CD One CA PC25M D Sub Connector One Low profile Bracket User Manual Ver 1 0 May 2015 PMH 029 10 Page 4 High speed Multifunction Boards The PCle 862x User Manual contains information about using the ICP DAS PCle 862x Series data acquisition DAQ boards with UniDAQ PCle 862x Series boards feature up to 16 Analog Input Al channels up to two Analog Output AO channels up to 24 lines of digital input output DIO and two counters This chapte
15. Dai FFFF JAI14 Pin amp 61 JA GND Pin60 JAl15 Pin O GND Pin60O 44 7070 Read 44 7C21 Read 347D6E Read 93 7C26 Read WIFFFE Read M FFFA Read l 0 Read Hurt Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 76 UV FFFF Read FFFD HANO Pin6s 4_GND Pinb0 9 9 DOBE Read 494 7C Read UVIFFFD Read VY FFFE Read 1Al8 P nb4 JA GHD Pin60 4 9V DED Read 494 7077 Read U Read High speed Multifunction Boards Step 20 Calibrate the Analog Input Channel 14 1 Connect 9 9 V voltage source to PCle 8622 Al14 Pin61 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 A114 Pin61 5 Connect GND source to PCle 8622 A_GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al14 Pin61 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al14 Pin61 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read O RSC D O Read JAl5 Pin32 JA GND Pin60 9 9 DEC Read 434 7073 Read Read Input Calibration JAID P nb6 JA_GND Pinb
16. Data PCle 8622 has Analog Output functionality PCle 8622 that supports Analog Output has two AO channels that are controlled by software command The main blocks featured in the PCle 8622 Analog Output block are as follows gt CON1 User can connect Analog Input signals to the PCle 8622 through the CON1 gt DACs Digital to digital converters DACs convert digital codes to analog voltages gt AO Reference Selection The AO reference selection signal allows you to change the range of the Analog Output A Note The DAC function Analog Output has 1 mS 0 6 V output glitch on power up kl a User Manual Ver 1 0 May 2015 PMH 029 10 Page 18 High speed Multifunction Boards 2 5 2 Connection Analog Output Signals The PCle 8622 board provides two DA output channels AOO and AO1 and the onboard 5 V 10 V reference signal on the PCle 8622 may be used to generate a DA output range of 0 V to 5 V 10 V Channel0 PCle 8622 User Manual Ver 1 0 May 2015 PMH 029 10 Page 19 High speed Multifunction Boards 2 6 Digital Input Output The DIO signals DO lt 0 11 gt and DI lt 0 11 gt are referenced to DGND The figure shows DI lt 0 11 gt configured for Digital Input and DO lt 0 11 gt configured for Digital Output Digital Input applications include receiving TTL signals and sensing external device states such as the state of a switch Digital Output applications include sending T
17. HAI Pin31 JA GND Pin60 9 94 7DED Read 434 7C 5 Read O 0 Read W FFFO Read JAI9 Pin30 C A_GNDIPin60 9 9 OBE Read 434 7024 Read Read O FEED Read SEBE HJA l4 Pinb6 JA_GND PinbO dw 7069 Read 43 7C 0 Read U Read 0 FFFE Read SEFER Alb Pin65 JA GND Pin60 9 92 7DEB Read 43 CIF Read U Read UM FFFF Read FFF UM FFFC Read 0 FEFA JAI10 Pin63 O GND Pin60 HJAITI Pin29 JA GND Pin60 4 3 DOBE Bead 444 727 Bead 2 29 DEF Read 443v 7C28 Read OWFFFD Read FFFS Reaa f DV 0 Read DN 0 Read Al12 Pin6 JA GND Pin60 4JAI13 Pin28 JA GND Pin60 1 90 aper Read 44 7C26 Read 3470650 Read 444 7028 Read UMFFFO Read YY FFF Read UM FFFF Read VW FFFF Read Al14 Pin61 JA GND Pin60 JAl15 Pin 7 O GND Pin6O 44 7070 Read 44 7C 1 Read 347D6E Read 93 7C26 Read A FFFE Read UM FFFA Read l 0 Read Hurt Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 73 1Al8 P nb4 C GNHD Pin60 4 9V DED Read 494 7077 Read U Dead High speed Multifunction Boards Step 17 Calibrate the Analog Input Channel 11 1 Connect 9 9 V voltage source to PCle 8622 Al11 Pin29 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 Al11 Pin29 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button
18. JA GND Pin60 OM ap Read ann Sab Kee Input Calibration Uoi FFFF Read FFFD UvIFFFD Read EECH AI7 Pin31 JA GN ppt e F DRC C25 Read U FFFU Read AI9 Pin30 JA aN petty II DOBE Read C 4 Read Read UVFFFD Read FFFE HJAI4 Pin66 O GN D Pin60 2 9 7089 Read CP0 Read Lead UVA FFF Read FFF Al6 Pin65 O T WH II DEB Read FCIF Read Lead JAl8 Pin64 O EN Name II 7DED Read CE Read Fead O FFFC Read FFFA Al 1 Pin29 GAL ENO Pin60 4 3 7DEF 728 Read U Y 0 Read AI12 Pin62 OA SES Pin60 HAI 3 Pin28 OA EE m 9 9 7DEF Read CE Read 4 9Y 7DED Read CB Read UWIFFFD Read FFF Read UM FFFF Read FFFF Read JAI1 4 Pin61 On END Pin60 JAI15 Pin 7 On ENO Pin60 494 7070 Read 7C21 Read 3 3 FOGE CPE Read VIFFFE Read FFFA Read O FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 75 Ua FFFF Read FFFD HANO Pin6s JA GND Pin6b0 99 7DEE Read 494 7077 Read UMIFFFD Read OM FFFE Read High speed Multifunction Boards Step 19 Calibrate the Analog Input Channel 13 1 Connect 9 9 V voltage source to PCle 8622 AI13 Pin28 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 A113 Pin28 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7
19. MagicScan Engine ADC PCIe X1 Host Controller 4 ch Digital Output TTL Level PCIe 4 ch Digital Input Controller TTL Level FPGA gt The following is the block diagram for the PCI 8622 PCIe 8622 Vino el ADC MP AC AC GND D beis 2 Order LPF J i Digita ilter Engine ADC PCIe X1 Host Controller D Doom 12 ch Digital Output PCIe DO11 TTL Level Controller DIO 12 ch Digital Input User Manual Ver 1 0 May 2015 PMH 029 10 Page 13 High speed Multifunction Boards 2 4 Analog Input 2 4 1 Analog Input Block The following is the block diagram for the A D system Input range selection FIFO Internal Clock External Clock Software Clock Post Trigger Software Trigger On PCle 8620 8622 each channel uses its own instrumentation amplifier and A D converter to achieve simultaneous data acguisition The main blocks featured in the PCle 8620 8622 Analog Input block are as follows gt CONTI User can connect Analog Input signals to the PCle 8620 8622 through the CON1 gt ADC The analog to digital converter ADC digitizes the Al signal by converting the analog voltage into a digital number gt FIFO PCle 862x Series can perform A D conversion of a fixed or infinite number of samples A large first in first out FIFO buffer holds data during Al acquisitions to ensure that no data is lost PCle 862x can handle A D conversion operations w
20. May 2015 PMH 029 10 Page 40 High speed Multifunction Boards 5 2 PCle 8622 Self Test Before beginning the Self Test procedure ensure that the following items are available VI A DN 68A wiring terminal board Optional Website http www icpdas com root product solutions pc based io board daughter boards dn 68a html V A CA SCSI15 H Cable Optional Website http www icpdas com products Accessories cable cable selection htm Step 1 Connect the DN 68A terminal board to the CON1 connector on the PCle 8622 board using the CONI CA SCSI15 CA SCSI15 H cable Cable gt Wiring for the Digital Input Output Test Step 2 Connect the DIO pin Pin52 on the terminal board to DOO pin Pin45 and connect the DI pin Pin18 on the terminal board to DO1 pin Pin11 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 NC GGG GO GOOD OGG GOGO GO GO OOO GOGO OGO GO GOOD OOOO 9 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 NC kl a User Manual Ver 1 0 May 2015 PMH 029 10 Page 41 High speed Multifunction Boards gt Wiring for the Analog Input Output Test Step 3 Connect the AOO pin Pin58 on the terminal board to Ald pin Pin60 and connect the A_GND pin Pin59 on the terminal board to A_GND pin Pin60 FG1 NC 34 33 32 31 30 29 28 27 26 25 24 23 NC 4 3 2 1 OOOOE8OEEE8EOE80800008 OO0OO000000000000000 FG1 NC 68 67 66 65 64 63 62 61 60 59 58 57 NC 38 37 36 35 gt Execute t
21. UW FFFF Read FFFC UVIFFFD Read FFFD UWIFFFD Read ESER JAI7 Pin JA OND Pin14 1 39 7077 7C2E Bead U M 1 Read UvIFFFE Read FFF JAl6 Pin JA GND Pin14 1 39 7071 Read een er Lead User Manual Ver 1 0 May 2015 PMH 029 10 Page 86 High speed Multifunction Boards Step 8 Calibrate the Analog Input Channel 6 1 Connect 9 9 V voltage source to PCle 8620 Al6 Pin 2 Connect GND source to PCle 8620 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 Al6 Pin 5 Connect GND source to PCle 8620 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 Al6 Pin7 8 Connect GND source to PCle 8620 A GND Pin14 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8620 Al6 Pin7 11 Connect GND source to PCle 8620 A GND Pin14 12 Click Read button to get hexadecimal value Analog Inout Calibration Gre IO Pinl JA S Pin14 3 4 pose u 7C26 Bead D u Read JAl2 Pin3 O me Pin14 4 341 706F Read reel a Read JAl1 Pin JA anD Pin14 4 4 7DEF Read CPE ne Read UM FFFF Read FFFE JAl3 Pind JA an Pin14 4 3 DEC CH T U FFF Read HJAIB Pin6 JA GND Pin14 413 D6F Read PCIE d Read UW FFFF Read FFFC UWIFFFD Read EEZ JAl6 Pin JA GND Pi
22. can be downloaded form 7 2 1 PCle 8622 Calibration Step Step 1 Select calibration board 1 Select 1 PCle 8622 from the Select Calibration Board drop down menu 2 Click the RELOAD button GX 1 PCle 8622 Calibration Program PB idi x JAl1 Pin34 JA GND Pin60 0 0 Read VEFFE Read AI3 Pin33 JA GND Pin60 9 9W 7069 Read 49 7C25 Read 0 0 Read M 0 Read HJAIS Pin32 JA_GND Pin60 9 9W D6C Read 49 7C23 Read OVWFFFD Read MFFFD Read HJAIZ Pin31 JA GND Pin60 9 9Y 7D6D Read 49Y 7C25 Read 0 0 Read OMFFFD Read JAI9 Pin30 JA GNDIPin60 9 9W 7D6E Read 49 7C24 Read OWFFFC Read OM FFFA Read HJAITO Pin63 JA GND Pin60 HJAITI Pin29 JA GND Pin60 9 99 7D6E Read 494 7C27 Read 9 99 7D6F Read 49 7C28 Read OVIFFFD Read OVFFFB Read Of 0 Read DN 0 Read JAl12 Pin62 JA_GNDI Pin60 HJAIT3 Pin28 JA GND Pin60 Calibration Data File Import Export EN Cer EES gt c gt ER EM CCRN gt c gt NE con OMFFFD Read 9 FFF Read UM FFFF Read 9 FFFF Read Import Export NOTE JAI14 Pin61 JA GND Pin60 HJAIT5 Pin27 JA GND Pin60 ZAVE 9 99 7D70 Read 49 7C21 Read 337D6E Read 49 7C26 Read AN BS te A RECOVER _RECOVER EXIT Select Calibration Board 1 PCle 8622 z RELOAD Analoca Input Calibration JAIO Pin68 A GND Pin60 0 0 Read 2 1 Read JAl2 Pin6 7 jJA_GND Pin60 I IM 7DEB Read 49 7C1F Read OV FFFF Read OVFFFD Read AI4 Pin66
23. n3Z JA_GND Pinb0 9 9 DEC Read 4934 7073 Read U Read IWIFFFO Read FFFO HAI Pin31 JA GND Pin60 9 94 7DED Read 434 7C25 Read O 0 Read W FFFO Read JAI9 Pin30 C A_GNDIPin60 9 9 OBE Read 434 7024 Read Read JAl4 P nbb JA_GND PinbO dw 7069 Read 493 7C20 Read Read i OMFFFO Read UY FFFE HAIB Pin65 CA _GNDI Pin60 9 92 7DEB Read AI CIF Read U Read IWIFFFE Read FFFS OMFFFC Read 0 FFFA AlN Pin29 GA GND Pin6b0 9 9 7D6F Read 4934 7028 Read O 0 Read D D Read JAl13 P n26 GA GND Pin6b0 II OD Read 49 C 5 Read DW FFFF Read WIFFFF Read HAT A F nbl GA GND Pin60 ANS5 F n2 GA GND Pin6b0 99M 7070 Read 494 7021 Pead 19V 7DGEE Read 4494 7C 6 Read WIFFFE Read U FFFA Read 0 Read OM FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 66 IV FFFF Read FFFD HANO Pin6s 4_GND Pinb0 9 9 DOBE Read 494 7C Read OWFFFO Read M FFFE Read HAT 2 Pinb2 JA GND Pin6O dw OBE Read 49 7C26 Read U 7 Read 1Al8 P nb4 JA GHD Pin60 4 9V DED Read 494 7077 Read U Read UVFFFD Read FFF High speed Multifunction Boards Step 10 Calibrate the Analog Input Channel 4 1 Connect 9 9 V voltage source to PCle 8622 Al4 Pin66 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Con
24. to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al11 Pin29 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al11 Pin29 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read O RSC D O Read JAl5 Pin32 JA GND Pin60 9 9 DEC Read 434 7073 Read Read Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read U Read UM FFFF Read FEED MFFFD Read UFFFD HAI Pin31 JA GND Pin60 4 9V DED Read 434 7C25 Read O 0 Read W FFFO Read JAI9 Pin30 C A_GNDIPin60 9 9 DOBE Read 4934 7024 Read Read 0 IVIFFFO Read FFFE HJA l4 Pinb6 JA_GND PinbO dw 7069 Read 43 7C 0 Read U Read IWIFFFE Read SEFER HAIB Pin65 JA GND Pin60 9 92 7DEB Read 42 CIF Read U Read UM FFFF Read FEED UM EEEC Read Hurra 1Al8 P nb4 JA GHD Pin60 4 9V DED Read 494 7077 Read U Read OAFFED Read M FFFE Read 0 Read H JAN O Pin63 C A_GND Pin60 HJAITI Pin29 O GND Pin60 H aper Read 494 7027 Read lh 334 DEF Rea
25. unidag manual User Manual Ver 1 0 May 2015 PMH 029 10 Page 29 4 2 Plug and Play Driver Installation ees Step 1 Correctly shut down and power off your i N MER computer and disconnect the power supply and then 3 Hardware Installation install the PCle 8620 8622 Series board into the 4 computer It is recommended that the driver is installed before installing the hardware as the computer may need to be restarted once the driver is installed in certain operating systems such as Windows 2000 or Windows XP etc Installing the driver first helps reduce the time required for installation and restarting the computer To install the PCle 8620 8622 Series cards followthe procedure described below For detailed information about the hardware installation of the PCle 8620 8622Series board refer to dee E Chapter 3 Hardware Installation installing the driver refer to Chapter 4 Software Installation Step 2 Power on the computer and complete the Plug and Play installation Note More recent operating systems such as Windows Vista 7 8 will automatically detect the new hardware and install the necessary drivers etc so Steps 3 to 5 can be skipped Found New Hardware Wizard Step 3 Select Install the software ma Welcome to the Found New automatically Recommended and ka Hardware Wizard click the Next gt button This wizard helps you install software for UnDAQ PCIe 8622 Multi function Bo
26. voltage source to PCle 8622 AI9 Pin30 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read 0 RSC D 0 Read HJAl5 Pini JA_GND PinbO0 9 9 DEC Read 434 7073 Read U Read UIFFFD Read FFFL HJAIZ Pin31 O GND Pin60 9 94 DED Read 434 7C25 Read U 0 Read UW FFFO Read HAI8 Pin64 A_GNDI Pin60 HJAIJ Pin30 O GNDL Pin60 H DED Read 494 7027 Read 334 aDEE Read 454 7C24 Read U Read Read Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read Read OM FFFF Read DMFFFO J Al4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read Read i OMFFFO Read OFFF HAIB Pin65 CA _GNDI Pin60 9 92 7DEB Read 42 CIF Read U Read UVFFFE Read FFFt UM FFFF Read FEED UM EEEC Read Hurra JAN O Pinb3 JA GND Pin6b0 9 9 DOBE Read 494 7C Read VIFFFOE Read WIFFFE Read HAT 2 Pinb2 JA GND Pin6O dw OBE Read 49 7C26 Read U 7 Read 0 0 Read l HJAMI Pin29 GA GND Pin6b0 9 9 7D6F Read 434 7028 Read Y U Read AI13 Pin28 JA GND Pin60 II OD Read 49 C 5 Read VIFFFF Read WIFFFF Read JAl14 F nbl
27. x1 Full profile for PCle 8622 e Card ID switch e Software Calibration E Analog Input e 16 bit AD converter with up to 200 kHz sampling rate for each channel e 8 16 channel Synchronous Sample amp Hold A D e 8 16 single ended Analog Inputs e Multiple A D trigger methods e Analog Input range 10 V 5 V e Built in 2048 sample A D FIFO e 2500 Voc Isolation Bus type E Analog Output e 2 channel 16 bit voltage output for PCle 8622 e Voltage output range 10 V 5 V 0 10 V 0 5 V E Digital Input Output e 4 channel Digital Inputs for PCle 8620 e 4 channel Digital Outputs for PCle 8620 e 12 channel Digital Inputs for PCle 8622 e 12 channel Digital Outputs for PCle 8622 e Digital Output Readback function e 2500 Voc Isolation 1 3 Specifications The following is an overview of the specifications for the various models in the PCle 862x Series Model PCle 8620 PCle 8622 Analog Input Channels 8 single ended Simultaneously 16 single ended Simultaneously Isolation Voltage 2500 Voc Bus type A D Converter 16 bit 5 us conversion time Sampling Rate 200 kS s FIFO Size 2048 samples Over voltage Protection Continuous 35 Vp p Input Impedance 10 000 MOApF Trigger Modes Software Pacer External Data Transfer Polling Interrupt DMA Accuracy 0 05 of FSR 1 LSB 25 C 10 V Input Range Gain 1 2 Bipolar Range 10 V 5 V Analog Output Channel
28. 1 Period Control Status N A Xilinx Spartan 6 DMA Control Status Xilinx Spartan 6 DMA Control Status Note The length of the register is 32 bits User Manual Ver 1 0 May 2015 PMH 029 10 Page 47 High speed Multifunction Boards 6 3 Bar 0 MMIO 6 3 1 Interrupt and Initialize Control Status Registers Register 0 1 Base 0x18 Interrupt Control Status Enable Interrupt Write a 1 enables interrupt when DMA done Yes Yes or FIFO level trigger Interrupt Status Reading a 1 indicates an interrupt is complete Yes No Set Interrupt Mode Write a 1 enables DMA down interrupt P Y es O Write a 0 enable FIFO level trigger 1 Yes No FIFO Trigger Level Write a O indicates 32 write a 1 indicates 64 write a 2 indicates 128 write a 3 indicates 256 write a 4 4 7 Yes Yes indicates 512 write a 5 indicates 1024 write a 6 is 1536 and write 7 to 15 is 32 Enable Al Post Trigger Mode Writing a 1 indicates a post trigger N 7 es es mode for Analog Input when DTRGO interrupt enables Enable Al Pre Trigger Mode Writing a 1 indicates a pre trigger y es es mode for Analog Input when DTRG1 interrupt enables 1 Yes No 1 Yes No Enable DTRGO External Trigger Interrupt Writing a 1 enable 12 l Yes Yes external signal interrupt from DTRGO DTRGO Interrupt Status Reading a 1 indicates an external l Yes No trigger interrupt is complete for DTRGO Enable DTRG1 External Trigger Interrupt Writing a 1 enable 7 S
29. 29 10 Page 36 High speed Multifunction Boards gt Wiring for the Digital Input Output Test Step 2 Connect the DIO pin Pin22 on the terminal board to DOO pin Pin24 and connect the DI pin Pin23 on the terminal board to DO2 pin Pin25 2 4 6 8 10 12 14 16 18 20 22 24 QOOOOOOOOOOOO GG GOGO GOOD OOO 1 3 5 7 9 14 13 15 17 19 21 23 25 gt Wiring for the Analog Input Test Step 3 Connect the signal source to Al channel 0 and connect the signals as follows Connect the AIO pin Pin01 on the terminal board to positive signal terminal Connect the A_GND pin Pin14 on the terminal board to negative signal terminal Ou 2 4 6 8 10 12 14 16 18 20 22 24 OOO0000000000 Dry Battery 1 3 5 7 9 11 13 15 17 19 21 23 25 User Manual Ver 1 0 May 2015 PMH 029 10 Page 37 High speed Multifunction Boards gt Execute the Test Program Step 4 In Windows 7 click the Start lt Default Programs button point to All Programs and Hla Gadget eiior A Internet Explorer Tammy then click the ICPDAS folder Point to NZ Windows DVD Maker Windows Fax and Scan Documents UniDAQ Development Kits and then ZS Windows Media Center Windows Media Player Pictures click the UniDAQ Utility to execute Windows Update gin XPS Viewer veier the UniDAQ Utility Program Ji Accessories N G Games t Google Chrome k S L om p uter Control Panel Devices and Pr
30. 60 4 9V DED Read 494 7077 Read U Read UVFFFD Read FFF High speed Multifunction Boards Step 14 Calibrate the Analog Input Channel 8 1 Connect 9 9 V voltage source to PCle 8622 Al8 Pin64 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 Al8 Pin64 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al8 Pin64 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect 0 V voltage source to PCle 8622 Al8 Pin64 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read 0 RSC D 0 Read HJAl5 Pini JA_GND PinbO0 9 9 DEC Read 434 7073 Read U Read IWIFFFO Read FFFE HJAIZ Pin31 JA_GNDI Pin60 9 94 7DED Read 434 7C25 Read U 0 Read UWFFFO Read JAl8 Pin64 JA GND Pin60 AI9 Pin30 JA GND Pin60 H DED Read 49 7027 Read 297D6E Read 454 7C24 Read Read Read Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read Read
31. 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 A115 Pin27 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 A115 Pin27 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al15 Pin27 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read 0 RSC D 0 Read HJAl5 Pini JA_GND PinbO0 9 9 DEC Read 434 7073 Read U Read IWIFFFO Read FFFO HAI Pin31 JA GND Pin60 9 94 7DED Read 434 7C25 Read O 0 Read W FFFO Read JAI9 Pin30 C A_GNDIPin60 9 9 OBE Read 434 7024 Read Read Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read Read OM FFFF Read DMFFFO J Al4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read Read i OMFFFO Read FFF HAIB Pin65 CA _GNDI Pin60 9 92 7DEB Read AI CIF Read U Read IWIFFFE Read FFFS OMFFFC Read 0 FFFA AlN Pin29 GA GND Pin6b0 9 9 7D6F Read 434
32. 8A daughter board are connected to the CON1 connector on the PCle 8620 8622 using a 68 pin male male cable The FG on the DN 68A is connected to the shielding wire of the 68 pin cable User Manual Ver 1 0 May 2015 PMH 029 10 Page 91 High speed Multifunction Boards DN 25 The DN 25 is a general purpose DIN Rail mountable daughter board containing female 25 pin D sub I O Connectors and is designed to allow easy field wiring connections ODDDODDDDODDDDODDDOD O00O0000000000000000 OO0O0000000000000000 Pins 01 to 25 on the DN 25 daughter board are connected to the CON1 connector on the PCle 8620 using a 25 pin male male cable The FG on the DN 25 is connected to the shielding wire of the 25 pin cable User Manual Ver 1 0 May 2015 PMH 029 10 Page 92
33. 9 C 5 Read VIFFFF Read WIFFFF Read HAT A F nbl GA GND Pin60 ANS5 F n2 GA GND Pin6b0 99M 7070 Read 494 7021 Pead 19V 7DGEE Read 4494 7C 6 Read WIFFFE Read U FFFA Read 0 Read OM FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 67 IV FFFF Read FFFD HANO Pin6s 4_GND Pinb0 9 9 DOBE Read 494 7C Read OW FFFO Read WIFFFE Read HAT 2 Pinb2 JA GND Pin6O dw OBE Read 49 7C26 Read U 7 Read 1Al8 P nb4 JA GHD Pin60 4 9V DED Read 4934 7077 Read U Read UVFFFD Read FPF High speed Multifunction Boards Step 11 Calibrate the Analog Input Channel 5 1 Connect 9 9 V voltage source to PCle 8622 AI5 Pin32 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 AI5 Pin32 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 AI5 Pin32 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 AI5 Pin32 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value Inout Calibration Al0 Pin68 JA_GNDI Pin60 HAIN Pin34 JA GND Pin60 H opp Read 49M 7021 Read 3347060 Read 454 7052 Read U 0 Read U 1 Read 0 0 Read UW FF
34. 9 7D6F Read 4934 7028 Read O 0 Read D D Read JAl13 P n26 GA GND Pin6b0 II OD Read 49 C 5 Read VIFFFF Read WIFFFF Read HAT A F nbl GA GND Pin60 ANS5 F n2 GA GND Pin6b0 99M 7070 Read 494 7021 Pead 19V 7DGEE Read 4494 7C 6 Read WIFFFE Read U FFFA Read 0 Read OM FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 69 UM FFFF Read FEED HANO Pin6bs JA GND Pin6b0 99 7DEE Read 494 7C Read V FFFOD Read OVA FEFE Read JANZ P nb2 JA GND Pin6O dw OBE Read 49 7C26 Read U 7 Read HJAIS Pin64 O GND Pin60 JAIl9 Pin30 O GND Pin60 II DED Read 43 7027 Read 297D6E Read 494 7C24 Read U Read Read UIFFFD Read EEE High speed Multifunction Boards Step 13 Calibrate the Analog Input Channel 7 1 Connect 9 9 V voltage source to PCle 8622 AI7 Pin31 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 AI7 Pin31 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 AI7 Pin31 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 AI7 Pin31 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND
35. AI9 F n30 JA_GNDI Finb0 4 9 OBE Read 44 7C24 Read U Read 0 IVIFFFO Read FFFE JAl4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read U Read IWIFFFE Read FFF a HAIB Pin65 O GND Pin60 9 92 7DEB Read 44 7CIF Read U Read UVIFFFC Read FFFA HAITI Pin29 GA GND Pin5O 9 9 7D6F Read 434 7028 Read U U Dasar D U Read HAN S Pin26 GA GND Pin5O 49Vi7D6D Read 44 7C28 Read UM FFFF Read FFFF Read HAT 4 Pinbl JA GND Pin60 HJAH5 Pin27 O GND Pin60 14M 7D70 Read 449 7C 1 Read 24 7D6E Read 44 7C 6 Read WIFFFE Read IM FFFA Read I 0 Read UV FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 64 0M FFFF Read FFFD Al P nb4 JA_GND PinbO 4 9V DED Read 49 7C Read U Dead ANDO P nb3 C GND Pin6O 9 9 20nR6E Read 494 7C Read Read OMFFFO Read OFFF HAN 2 Pinb2 JA GND Pin60 dw 7D6EF Read 49 7C26 Read 7 Read UMFFFD Read Du FFF High speed Multifunction Boards Step 8 Calibrate the Analog Input Channel 2 1 Connect 9 9 V voltage source to PCle 8622 Al2 Pin67 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 Al2 Pin67 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al2 Pin67 8
36. CPE Read Z 706F Read C gt B a D Read OM FFFF Read Sead Aa Al2 Pin3 JA GND Pin14 JAI3 Pind JA GND Pin14 9 9 7O6F Read 7C20 a 3 34 DEC 7023 Gg UW FFFF Read FFFC Read 0 Frrc ie JAIl5 Pinb JA GND Pin14 2 9 DEF Read PCIE m Read UWIFFFD Read FFFC HJAIZ Pin8 JA GND Pin1 4 1 39 7077 C E Bead U v 1 Read UVIFFFD Read FFFO DAL Pin5 GA a Pin14 II 7DE Read Fler E Read HAIB Pin JA Sa Pinl4 49 7071 Read Ca Read UW FFFE Read FFF User Manual Ver 1 0 May 2015 PMH 029 10 Page 81 High speed Multifunction Boards Step 3 Calibrate the Analog Input Channel 1 1 Connect 9 9 V voltage source to PCle 8620 Al1 Pin2 2 Connect GND source to PCle 8620 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 AI1 Pin2 5 Connect GND source to PCle 8620 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 Al1 Pin2 8 Connect GND source to PCle 8620 A GND Pin14 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8620 Al1 Pin2 11 Connect GND source to PCle 8620 A_GND Pin14 12 Click Read button to get hexadecimal value Analog Inout Calibration Gre Finl JA S Pin14 HJAI Pin2 JA GND Pin14 s 7C2B ALS 708 u CPG Read 4 9 DEF Read D u Read U FFFF Read FFFE Read HAI2Z
37. Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin61 494 7060 Read 44 7C Read I 0 Besd l 04 Read JAl3 P n33 C GND Pin6O 49 7069 Read 434 7C 5 Read U Dead D O Read HJAl5 Pini JA_GND PinbO 9 9 7DEC Read 434 7073 Read U Head nalog Ingy ton HAIO Pinb amp JA _GND PinbO 9 941 7D66 Read 444 7C 1 Read U Dead U I Read JAlZ P nb JA_GND PinbO 49 7 DEB Read 43 C1F Read U Read 0M FFFF Read FFFD IWIFFFO Read FFFO HJA Pin3i 4 _GND Pinb0 9 9 2DRD Read 44 7025 Read O O ez MFFFO Read AI9 F n30 JA_GNDI Finb0 4 9 OBE Read 44 7C24 Read U Read 0 IVIFFFO Read FFFE JAl4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read U Read IWIFFFE Read FFF a HAIB Pin65 O GND Pin60 9 92 7DEB Read 44 7CIF Read U Read UVIFFFC Read FFFA HAITI Pin29 GA GND Pin5O 9 9 7D6F Read 434 7028 Read U U Dasar D U Read HAN S Pin26 GA GND Pin5O 49Vi7D6D Read 44 7C28 Read UM FFFF Read FFFF Read HAT 4 Pinbl JA GND Pin60 HJAH5 Pin27 O GND Pin60 14M 7D70 Read 449 7C 1 Read 24 7D6E Read 44 7C 6 Read WIFFFE Read IM FFFA Read I 0 Read UV FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 63 0M FFFF Read FFFD Al P nb4 JA_GND PinbO 4 9V DED Read 49 7C Read U Dead ANDO P nb3 C
38. FE Read JAl2 Pin67 JA_GNDI Pin60 HJAIJ Pin33 JA_GNDIPin60 HOM DEE Bead K 7CIF Bead 39 7069 Read E 7C25 UM FEFF Read UMFFFOD Read c 0 Read 7 U Read JAl4 Pinb6 O GND Pin60 JAlS Pin32 O GND Pin60 99 7069 Read 49 7C20 Read 9334 7D6C Read 494 7023 Read Head UWIFFFD Read VY FFFE Read UMIFFFD Read 8 FFFD HAI Pin31 JA GND Pin60 9 94 7DED Read 434 7C25 Read O 0 Read W FFFO Read JAI9 Pin30 C A_GNDIPin60 9 9 OBE Read 434 7024 Read Read HAIB Pin65 CA _GNDI Pin60 9 92 7DEB Read AI CIF Read U Read UVFFFE Read FFFt OMFFFC Read DEEPA HJAMI Pin29 GA GND Pin6b0 9 9 7D6F Read 4934 7028 Read O 0 Read D D Read JAl13 P n26 GA GND Pin6b0 II OD Read 49 C 5 Read DW FFFF Read WIFFFF Read HAT A F nbl GA GND Pin60 ANS5 F n2 GA GND Pin6b0 99M 7070 Read 494 7021 Pead 19V 7DGEE Read 4494 7C 6 Read WIFFFE Read U FFFA Read 0 Read OM FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 68 IV FFFF Read FFFD HANO Pin6s 4_GND Pinb0 9 9 DOBE Read 494 7C Read OW FFFO Read WIFFFE Read HAT 2 Pinb2 JA GND Pin6O dw OBE Read 49 7C26 Read U 7 Read 1Al8 P nb4 JA GHD Pin60 4 9V DED Read 494 7077 Read U Read UVFFFD Read FPF High speed Multifunction Boards Step 12 Calibrate the Analog Input Channel 6 1
39. GND Output the voltage output of AO channels O to 3 Digital Output channels Output channels DigitalGround Ground Clock Input for CounterO which can be either an CNTO CLK D GND Input external or an internal source aS set anaa software CNTO_OUT D_GND CounterO Output CNTO_GATE D GND CounterO Gate Control AI CONV D GND AD External Clock Trigger DTRGO D GND AD external trigger Only support post trigger 112 V Power Source These terminals provide a fused Output 12 V power source Refer to Power Source section for more information 5 V Power Source These terminals provide a fused Output 5 V power source Refer to Power Source section for more information 2 8 3 Power Source The 5 V terminals on the I O connector supply 5 V referenced to DGND Use these terminals to power external circuitry kl kk rv User Manual Ver 1 0 May 2015 PMH 029 10 Page 23 High speed Multifunction Boards A Note It is recommended that the driver is installed before installing the hardware as the computer may need to be restarted once the driver is installed in certain operating systems such as Windows 2000 or Windows XP etc Installing the driver first helps reduce the time reguired for installation and restarting the computer To install the PCle 8620 8622 Series cards follow the procedure described below Step 1 Install the driver for the PCle 8620 8622 board on your computer For detailed infor
40. GND Pin6O 9 9 20nR6E Read 494 7C Read Read OMFFFO Read OFFF HAN 2 Pinb2 JA GND Pin60 dw 7D6EF Read 49 7C26 Read 7 Read UMFFFD Read Du FFF High speed Multifunction Boards Step 7 Calibrate the Analog Input Channel 1 1 Connect 9 9 V voltage source to PCle 8622 AI1 Pin34 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 Al1 Pin34 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 AI1 Pin34 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect 0 V voltage source to PCle 8622 Al1 Pin34 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value Si Inout Calibration JAI0 Pin68 CA _GNDI Pin60 JAN Pin34 OA _GNDI Pin60 II app Read 494 7C21 Read 2 2 7O60 Read 4394 702 Read U 0 Read U 1 Bead 0 U Read U FFFE Read HJALJ Pini3 C GND Pin6O 49 7069 Read 434 7C 5 Read U Dead D O Read HJAl5 Pini JA_GND PinbO0 9 9 7DEC Read 434 7073 Read U Head 0M FFFF Read FFFD JAlZ P nb JA_GND PinbO 9 92 7DEB Read 49 7CIF Read U Read IWIFFFO Read FFFO HJA Pin3i 4 _GND Pinb0 9 9 2DRD Read 44 7025 Read O O ez MFFFO Read
41. I 0 Read MFFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 65 0M FFFF Read FFF JANDO P nb3 JA GND Pin6O 9 9 DOBE Read 494 7C Read a Read OV FFFE Read HAITI 2 Pinb2 JA GND Pin6O dw 7D6F Read 494 7026 Read U 7 Read 1Al8 P nb4 JA GHD Pin60 4 9V DED Read 494 7077 Read U Read UVFFFD Read FFF High speed Multifunction Boards Step 9 Calibrate the Analog Input Channel 3 1 Connect 9 9 V voltage source to PCle 8622 Al3 Pin33 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 AlI3 Pin33 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al3 Pin33 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al3 Pin33 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value Inout Calibration AIO Pin68 JA_GNDI Pin60 HAIN Pin34 CJA GND Pin60 H opp Read 49M 7021 Read 3347060 Read 454 7052 Read U 0 Read U 1 Read 0 U Read UW FFFE Read JAl2 Pin67 JA_GNDI Pin60 AI3 Pin33 C A_GNDI Pinb0 H 7DEB Read 49 7C1F Read 2394 7063 Read 454 7025 Read Read U Read g OW FFFF Read Mrt I 0 Read DN JAlS P
42. O 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read U Read 0M FFFF Read FFFD OMFFFO Read DMFFFO HAI Pin31 JA GND Pin60 9 94 7DED Read 434 7C25 Read O 0 Read W FFFO Read JAI9 Pin30 C A_GNDIPin60 9 9 OBE Read 434 7024 Read Read 0 UAFFFO Read FFFE J Al4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read U Read 0 FFFE Read FFFS Alb Pin65 O GND Pin60 9 92 7DEB Read 42 CIF Read U Read OMFFFC Read DEEPA JAI11 Pin293 OA_GND Pin60 9 9 7D6F Read 434 7C 8 Read U U Pead D U Read A113 Pin28 JA GND Pin6O 4 9 7D6DO Read 44 7C 5 Read Read UM FFFF Read O FEFF IV FFFF Read FFFD HANO Pin63s 4_GND Pinb0 9 9 DOBE Read 49 7C Read OWFFFO Read M FFFE Read JANZ P nb2 JA GND Pin6O dw DOBE Read 49 7C26 Read Read VFFFD Read DW FFF JAI 4 Pin61 JA_GND Pin60 JAl15 Pin 7 O GND Pin6O 44 7070 Read 44 7C21 Read 347D6E Read 93 7C26 Read WIFFFE Read M FFFA Read l 0 Read FFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 77 1Al8 P nb4 JA GND Pin60 9 9 7DED Read 494 7077 Read U Read High speed Multifunction Boards Step 21 Calibrate the Analog Input Channel 15 1 Connect 9 9 V voltage source to PCle 8622 A115 Pin27 2 Connect GND source to PCle
43. PCle 862x Series Board User Manual High speed Multifunction Boards Version 1 0 May 2015 High speed Multifunction Boards TABLE OF CONTENTS PACKING VE d 1 INTRODUCTION WE 5 1 1 OVEREN arena 5 1 2 Ee 6 1 3 SN NE eeben 7 1 4 Re uge 9 2 HARDWARE CONFIGURATION u 10 2 1 Zeie el WE 10 2 2 EIER Ce 12 2 3 E LOC A ACRA M egne A E E O EAE A T 13 2 4 ANALOG INPUT EE 14 241 Andog Input DOCK EE 14 24 2 AOO KONG ee es oe 15 2 4 3 Connecting Analog Input Signals sss sees eee eee eee 16 EE ee Te e EE 16 2 4 5 Analog Input Data Acquisition Methods nana anannnnanannennnnnnena 17 2 5 ANALOG a essen 18 251 Andog Qutu Te 18 2 5 2 Connection Analog Output Sigg 19 2 6 Hiere 8 OT OU U E 20 2 7 Ser o ee ee een ea 21 2 8 We E 22 2 8 1 CON1 Connector of the PCle Sp20 ei neenake 22 282 0 Connector Signal DOSCHOUONS EE 23 2993 PONESE EE 23 3 HARDWARE INSTALLATION E 24 4 SOFTWARE INSTALLATION u eek 28 4 1 OBTAINING INSTALUING THE DRIVER INSTALLER PACKAGE sure 28 4 2 PLUG ANG PLAY DRIVER Et 30 4 3 VERIFYING THE INSTALLATION geegent ege lai debe Aa dlje OVA bie eelo bab enke 32 4 3 1 Accessing Windows Device Manager nana anannnanannanann nana nanann nena 32 493 e INES nee Nea o oo ees weedeat 35 High speed Multifunction Boards 5 TESTING THE PCIE 8620 8622 SERIES BOARD sss ses seene ennenen nenen 36 5 1 PE E 8620 SEUP VEST una 36 5 2 PEIE 8622 SEVE EE 41 6 I O REGISTER RT 46 6 1 HARDWARE
44. Pin3 JA oe Pinl4 JAI3 Pin4 O GHD Pinl4 9 9 DeF Read 7C20 z II DEC C23 VIFFFF Read FFFC Read O FFFC Read JAl5 Pin6 JA O Pinl4 49 706F Read IE d Read UVFFFD Read EEZ Al7 Pin8 JA OND Pin14 1 93 7077 CZE Bead U M 1 Read UVIFFFD Read FFFD Ce Pins JA Pra Pinl4 JVI D6E Read Ce Read UV FFFB Read FFF JAl6 Pin JA GND Pin14 1 39 7071 Read Fee er Lead User Manual Ver 1 0 May 2015 PMH 029 10 Page 82 High speed Multifunction Boards Step 4 Calibrate the Analog Input Channel 2 1 Connect 9 9 V voltage source to PCle 8620 Al2 Pin3 2 Connect GND source to PCle 8620 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 Al2 Pin3 5 Connect GND source to PCle 8620 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 Al2 Pin3 8 Connect GND source to PCle 8620 A GND Pin14 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8620 Al2 Pin3 11 Connect GND source to PCle 8620 A_GND Pin14 12 Click Read button to get hexadecimal value Analog Inout Calibration Gre IO Pin1 JA S Pin14 4 9 Va u Leb Read D u Read HAI2Z Pin3 JA oe Pin14 JAl3 Pind O GND Finl 4 SM DEF Read 7C20 z II DEC C23 JW FFFF Read FFFC Read O FFFC Read JAR Pi
45. Pin6O 9 94 7DED Read 434 707 Read I Ga HJALJ Pini3 JA_GND PinbO 49 7069 Read 434 7C 5 Read 0 RSC D 0 Read HJAl5 Pini JA_GND PinbO0 9 9 DEC Read 434 7073 Read U Read IWIFFFO Read FFFO Input Calibration JAID P nb6 JA_GND PinbO 49V DEB Read 44 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 44 7C1F Read Read OM FFFF Read DMFFFO J Al4 P nbb JA_GND PinbO dw 7069 Read 43 7C 0 Read Read i OMFFFO Read FFF Al6 Pin65 JA_GNDI Pin60 HJAIZ Pinji QA GND Pin60 99 7068 Read 49 7C1F Read 3347060 Read 494 7C25 Read U Fead Read OVFFFE Read rr Io 0 Read Dr 1A19 FP n30 AG ND Pin60 9 9 DOBE Read 434 7C 4 Read Read OMFFFC Read DEEPA HJAMI Pin29 GA GND Pin6b0 9 9 7D6F Read 4934 7028 Read O 0 Read D D Read JAl13 P n26 GA GND Pin6b0 II OD Read 49 C 5 Read VIFFFF Read WIFFFF Read HAT A F nbl GA GND Pin60 ANS5 F n2 GA GND Pin6b0 99M 7070 Read 494 7021 Pead 19V 7DGEE Read 4494 7C 6 Read WIFFFE Read U FFFA Read 0 Read OM FFFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 70 IV FFFF Read FFFD HANO Pin6s 4_GND Pinb0 9 9 DOBE Read 494 7C Read OWFFFO Read M FFFE Read HAT 2 Pinb2 JA GND Pin6O dw OBE Read 49 7C26 Read U 7 Read 1Al8 P nb4 JA GHD Pin
46. Pinbb A GND Pin60 9 9 7069 Read 49 7C20 Read OWFFFD Read UWFFFB Read HAI6 Pin65 A GND Pin60 9 9 7D6B Read 494 7C1F Read DVIFFFB Read FFF8 Read HAI8 Pin64 A GND Pin60 OV FFFF Read MFFFD Read OV Hex g Hed l JAl10 Pin63 J A_GNDI Pin60 9 9 7D6E Read 49 7C27 Read sF iof x JAN Pin34 JA GND Pin60 9 9Y 7D6D Read 49 7C22 Read 0 0 Read OV FFFE Read JAl3 Pin33 O GND Pin60 9 99 7D69 Read 49 7025 Read 0 0 Read M 0 Read JAl5 Pin32 O GND Pin60 9 99 7D6C Read 49 7023 Read OWFFFD Read SFFFD Read JAl Pin31 JA GND Pin60 95Vi7D6D Read 4 7025 Read 0 0 Read OWFFFD Read HAIS Pin30 O GND Pin60 9 9 7D6E Read 49 7C24 Read OM FFFC Read OM FFFA Read HAI11 Pin29 JA GND Pin60 9 9 7DEF Read 49 7C28 Read 0 HJAO2 Pin24 JA GND Pin25 Unipolar Sy 5 Hex F025 le OV Hex b Bipolar DM 5 Hex FE83 _ DV Hex 147 z Unipolar 10 FDS z s Bipolar 10 Hefe 10Y Hex AER EE Calibration Data File Import Export BroswerlB Import Export nome NOTE HJAIT4 Pin61 JA GND Pin60 HJAIT5 Pin27 JA GND Pin60 SE 39M 7D70 Read 49 7C21 Read 3 9Y 7D6E Read 494 7C26 Read AN GET save OM FFFE Read PYJFFFA Read 0 0 Read OMFFFF Read RECOVER EXIT 0 Read 0 0 Read HAl13 Pin28 JA GND Pi
47. TL signals and driving external devices such as the LED shown in the figure DO lt 0 11 gt DI lt 0 11 gt TTL Signal Switch PCle 8620 8622 User Manual Ver 1 0 May 2015 PMH 029 10 Page 20 High speed Multifunction Boards 2 7 Counters The CounterO and 1 can be used as either an up counter or a Pulse width Modulation Generator gt Up Counter CNTO CLK 0 j Counter 0 CNTO GATE Up Counter 3 CNT1_CLK O Counter 1 CNT1 GATE Up Counter l PCle 8622 gt Pulse width Modulation PWM Generator CNTO OUT CNTO GATE PCle 8622 User Manual Ver 1 0 May 2015 PMH 029 10 Page 21 2 8 Pin Assignments 2 8 1 CON1 Connector of the PCle 8620 8622 V PCle 8620 V PCle 8622 Terminal No i Pin Terminal No Pin Assign Assign CH ment ment Output 5 V Output 15 V CNT1 GATE CNTO GATE CNT1 OUT CNTO OUT CNT1_CLK CNTO_CLK D_GND D_GND DO11 PCIe 8620 CON1 PCle 8622 CON1 User Manual Ver 1 0 May 2015 PMH 029 10 Page 22 High speed Multifunction Boards 2 8 2 1 O Connector Signal Descriptions Signal Name Reference Direction Description Analog Input channels 0 to 15 For single ended AI lt 0 15 gt AGND Input measurements each signal is an Analog Input voltage channel Analog Input Output Ground These terminals are reference point for single ended Al measurements and AO lt 0 1 gt pomi brod Pred rno AO lt 0 1 gt A
48. UniDAQ_Win_Setupxxx exe icon to begin the Installing installation process Procedure Step 2 When the Welcome to the ICP DAS UniDAQ Driver Setup Wizard screen is displayed click the Next gt button to start the installation User Manual Ver 1 0 May 2015 PMH 029 10 Page 28 High speed Multifunction Boards Step 3 On the Information screen verify that the DAQ card is included in the list of supported devices then click the Next gt button Step 4 On the Select Destination Location screen click the Next gt button to install the software in the default folder C ICPDAS UniDAQ Step 5 On the Select Components screen verify that the DAO Card is in the list of device and then click the Next gt button to continue Step 6 On the Select Additional Tasks screen click the Next gt button to continue Installation Procedure E u Step 7 On the Download Information screen click the Next gt button to continue Step 8 Once the installation has completed click No will restart my computer later and then click the Finish button For more detailed information about how to install the UniDAQ driver refer to Section 2 2 Install UniDAQ Driver DLL of the UniDAQ Software Manual which can be found in the NAPDOS PCI UniDAQ Manual folder on the companion CD or can be downloaded from http ftp icpdas com pub cd iocard pci napdos pci
49. Ver 1 0 May 2015 PMH 029 10 Page 60 High speed Multifunction Boards Step 4 Calibrate the Analog Output Channel 1 1 Connect the meter to measure the voltage from channel 1 2 Connect meter to PCle 8622 A00 Pin24 3 Connect meter to PCle 8622 A GND Pin25 GX 1 PCle 8622 Calibration Program NE Select Calibration Board Analoa Input Calibration JAIO Pin68 A GND Pin60 1 PCle 8622 Se RELOAD 999 7DEB Read E 2021 D D 0 0 Analoa Output Calibration 9 JAO0 Pin58 JA GND Pin25 AI2 Pin67 JA GND Pin60 Unipolar Sy E 9 9 7D6B Read 49M CIF Read DVIFFFF Read MFFFD Read AI4 Pin66 A GND Pin60 9 9 7069 Read 49 7C20 Read OWFFFD Read UWFFFB Read JAI6 Pin65 A GND Pin60 9 9 7D6B Read 49 7C1F Read DVIFFFB Read FFF8 Read HAI8 Pin64 A GND Pin60 OV FFFF Read MFFFD Read JAl10 Pin63 O GND Pin60 9 9 7D6E Read 49 7C27 Read sF iof x JAN Pin34 JA GND Pin60 9 9Y 7D6D Read 49 7C22 Read 0 0 Read OV FFFE Read JAl3 Pin33 O GND Pin60 9 99 7D69 Read 49 7025 Read 0 0 Read M 0 Read JAl5 Pin32 O GND Pin60 9 99 7D6C Read 49 7023 Read OWFFFD Read SFFFD Read JAl Pin31 JA GND Pin60 95Vi7D6D Read 4 7025 Read 0 0 Read OWFFFD Read HAIS Pin30 O GND Pin60 9 9 7D6E Read 49 7C24 Read OM FFFC Read OM FFFA Read HAI11 Pin29 JA GND Pin60 9 9 7DEF Read 49 7C28 Read 0 Uni
50. ad 49 7C23 Read OWFFFD Read WIFFFD Read JAl Pin31 JA GND Pin60 H nn Read 49 7025 Read 0 0 Read MFFFD Read HJAI9 Pin30 A GND Pin60 9 9W 7D6E Read 49 7C24 Read OWFFFC Read OM FFFA Read JAI 1 Pin29 A_GND Pin60 3 9 DEE Read 494 7C28 Read 0 O Read 0 0 Read HAl13 Pin28 JA GND Pin60 9 9W 7D6D Read 49 7C28 Read Unipolar 10 oo Z z S 0 Hex W L S Bipolar 10 410V Hex FEAD sr 10 Hex 150 OM FFFF Read WFFFD AI4 Pin66 A GND Pin60 9 9V 7069 Read 49M 7C20 Read DVIFFFD Read M FFFB Read JAI6 Pin65 A GND Pin60 9 9 D6B Read 49M 7C1F Read DVIFFFB Read FFFS Read JAl8 Pin64 A GND Pin60 OM FFFF Read SFFFD Read HJAITO Pin63 O GND Pin60 9 9W 7D6E Read 49 7027 Read OVFFFD Read OY FFFE Read HAl12 Pin62 JA GND Pin60 Calibration Data File Import Export 9 9 7D6F Read 49M 7c26 Read ZZ Ii com tm fk NE OM FFFF Read Uu FFFF Read Import Export NOTE Al14 Pin61 JA GND Pin60 AI15 Pin27 JA GND Pin60 SN 9 9 7070 Read 49 7C21 Read 397D6E Read 49 7C26 Read OMFFFE Read OMFFFA Read DN 0 Read OM FFFF Read RECOVER EXIT JAl2 Pin6 7 A GND Pin60 9 9V 7D6B Read 49 7C1F Read Read Unipolar 10 DEE FD54 se z Bipolar 10 TV iHex FESD VOV Hex fiae EE User Manual
51. address to each PCle 8620 8622 Series board installed in the system Each card includes four fixed ID numbers that are used to identify the card and are indicated below PCle 8620 PCle 8622 Ox10EE Ox10EE Ox0007 Ox0007 Ox3577 Ox3577 0x8620 0x8622 User Manual Ver 1 0 May 2015 PMH 029 10 Page 46 High speed Multifunction Boards 6 2 l O Address Mapping An overview of the registers for the PCle 8620 8622 Series board is given below The address of each register can be determined by simply adding the offset value to the base address of the corresponding Bar number More detailed descriptions of each register can be found in the following 0 MMIO OOH O4H O8H OCH 10H 14H 18H ICH 20H 24H 28H 2CH 30H 34H 3CH OOH 40H Register Function Description un Read Al FIFO Data Al FIFO Status Internal Clock Control Status Al Mode Control Status Read Al Data Read Al Data Interrupt Control Status N A AO Control Status Read DI Port and DO Port status Counter 0 Control Status Counter 0 Period Control Status Counter 1 Control Status Counter 1 Period Control Status Read Card ID and firmware Version N A Clear FIFO Internal Clock Control Status Al Mode Control Status Al Trigger Start Al Trigger Interrupt Control Status Clear Interrupt AO Control Status Write DO Port Counter 0 Control Status Counter 0 Period Control Status Counter 1 Control Status Counter
52. alue Register 6 3 5 2 Base 0x30 Counter 1 Control Status No Yes No Yes Yes No CO et Co LA N m LU LA a Z Ln O O D u Set Mode Writing 1 indicates a pulse PWM output mode Writing O indicates a up counter mode Set Source Writing 1 indicates an external clock when up counter mode Writing 0 indicates an internal clock Set Pulse Width Writing value to set pulse width the pulse Yes equal 0 05 us x Value No Yes No Yes Register 6 3 5 3 Base 0x2C Counter 0 Period Control Status Set Pulse Period Writing value to set period width the 0 31 Yes Yes pulse equal 0 05 us x Value Register 6 3 5 4 Base 0x34 Counter 1 Period Control Status I Set Pulse Period Writing value to set period width the LA a Yes Yes pulse equal 0 05 us x Value User Manual Ver 1 0 May 2015 PMH 029 10 Page 54 6 4 Bar 1 MMIO 6 4 1 Xilinx Spartan 6 Control Status Registers For more detailed information refer to the documentation for the Spartan 6 which can be found at http www xilinx com support documentation application notes xapp1052 pdf User Manual Ver 1 0 May 2015 PMH 029 10 Page 55 High speed Multifunction Boards 7 Calibration 7 1 introduction When shipped from the factory the PCle 8620 8622 Series board is already fully calibrated including the calibration coefficients that are stored in the onboard Flash For a more precise application of vo
53. ard If your hardware came with an installation CD QE or floppy disk insert it now What do you want the wizard to do O Install ranva et ore Click Next to continue lt a NIT KM User Manual Ver 1 0 May 2015 PMH 029 10 Page 30 High speed Multifunction Boards Step 4 Click the Finish button Found New Hardware Wizard Completing the Found New Hardware Wizard The wizard has finished installing the software for BS Uni DAOJPCIe 8622 Multi function Board Click Finish to close the wizard Cancel Step 5 Windows pops up Found New Hardware dialog box again i Found New Hardware Your new hardware is installed and ready to use User Manual Ver 1 0 May 2015 PMH 029 10 Page 31 High speed Multifunction Boards 4 3 Verifying the Installation To verify that the driver was correctly installed use the Windows Device Manager to view and update the device drivers installed on the computer and to ensure that the hardware is operating correctly The following is a description of how access the Device Manager in each of the major versions of Windows Refer to the appropriate description for the specific operating system to verify the installation 4 3 1 Accessing Windows Device Manager gt Windows 2000 XP Step 1 Click the Start button and then point to Settings and click Control Panel Double click the System icon to open the System Properties
54. d JAl4 Pin5 JA GND Pin14 9 9Y 7D6E Read 49 7028 Read DVIFFFD Read IVIFFFO Read JAl6 Pin A GND Pin14 3 941 7D71 Read 49 7027 Read DVIFFFB Read FFFS Read Unsupporij HOM 7FFF Read aM 7FFF Read 0 0 Read M 0 Read Unsupporij Unsupporij 3 9 7FFF Read aM 7FFF Read 0 0 Read M 0 Read Unsupporij Unsupporij si 9 9 7FFF Read EN FFF Read 0 0 Read ov 0 Read Unsupporij DM 7FFE Read 49 FFF Read 0 0 Read M 0 Read Unsuppori 9 9 FFF Read 49M FFF Read 0 0 Read M 0 Read EXIT User Manual Ver 1 0 May 2015 PMH 029 10 Page 89 High speed Multifunction Boards s API Function For more details regarding the Windows API Functions for the PCle 8620 8622 Series board refer to UniDAO SDK User manual which can be downloaded from fy k CD NAPDOS PCI UniDAQ Manual http ftp icpdas com pub cd iocard pci napdos pci unidag manual User Manual Ver 1 0 May 2015 PMH 029 10 Page 90 High speed Multifunction Boards Appendix Daughter Boards DN 68A The DN 68A is a general purpose DIN Rail mountable daughter board containing female 68 pin D sub l O Connectors and is designed to allow easy field wiring connections ODDDODDDDODDDDODDDOD O0O00000000000000000 OO00000000000000000 Oa 2090923090 f mo m i zx S VIS GW UI GW G DPD DD Pins 01 to 68 on the DN 6
55. d 454 C 5 Read d U Read HAT 2 Pinb2 JA GND Pin6O dw OBE Read 49 7C26 Read Read VFFFD Read DW FFF AI13 P n26 GA GND Pin6b0 44Vi7060 Read 44 7028 Bear VIFFFF Read M FFFF Read HAT A F nbl GA GND Pin60 JAl15 Pin 7 O GND Pin6O 44 7070 Read 44 7C 1 Read 347D6E Read 93 7C26 Read A FFFE Read UM FFFA Read l 0 Read FFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 74 High speed Multifunction Boards Step 18 Calibrate the Analog Input Channel 12 1 Connect 9 9 V voltage source to PCle 8622 Al12 Pin62 2 Connect GND source to PCle 8622 A GND Pin60 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8622 A112 Pin62 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al12 Pin62 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8622 Al12 Pin62 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value JAH Pin34 DA Gm D Pin60 4 4Y DED CE Read U FFFE Read Al3 Pin33 O BN NO Ene 49 7069 CE5 Read U Y 0 Read Al5S Pin3 O en ver 2 2 706C Read 723 Read Read HJAIO Pin68 JA no Pin60 4 3 VE Read den U U Je Read JAI2 Pin6
56. d to complete the Plug and Play installation procedure Refer to Chapter 4 Software Installation for more information User Manual Ver 1 0 May 2015 PMH 029 10 Page 27 High speed Multifunction Boards 4 Software Installation This chapter provides a detailed description of the process for installing the driver for the PCle 862x Series board as well as how to verify whether the PCle 862x Series board was properly installed PCle 862x Series cards can be used on DOS Linux and Windows 2000 and 32 64 bit versions of Windows XP 2003 2008 7 8 based systems and the drivers are fully Plug and Play compliant for easy installation 4 1 Obtaining Installing the Driver Installer Package The driver installation package for PCle 862x Series board can be found on the companion CD ROM or can be obtained from the ICP DAS FTP web site Install the appropriate driver for your operating system The location and website addresses for the installation package are indicated below gt UniDAQ Driver SDK Operating Windows 2000 32 64 bit Windows XP 32 64 bit Windows 2003 System 32 64 bit Windows 7 32 64 bit Windows 2008 and 32 64 bit Windows 8 Driver Name UniDAO Driver SDK unidag win setup xxxx exe CD ROM CD NAPDOS PCI UniDAQ DLL Driver Web site http ftp icodas com pub cd iocard pci napdos pci unidag dll driver To install the UniDAQ driver follow the procedure described below Step 1 Double click the
57. dialog box Step 2 Click the Hardware tab and then click the Device Manager button System Properties System Hestore Automatic l acl ates General Computer Name Advanced Add Hardware Wizard E The Add Hardware Wizard helps you install hardware Add Hardware Wizard Device Manager The Device Manager lists all the hardware devices installed on Your computer Use the Device Manager to change the properties of any device Ss EE TEE B nnn User Manual Ver 1 0 May 2015 PMH 029 10 Page 32 High speed Multifunction Boards gt Windows Server 2003 Step 1 Click the Start button and point to Administrative Tools and then click the Computer Management option Step 2 Expand the System Tools item in the console tree and then click Device Manager Administralor g Manage Tour Server EI My Computer K gaj Command Prompt P ee ol Panel R ds Administrative Tools ff Certification Authority Eti Cluster Administrator IF ira ci riz mi ebe Printers and Faxes Notepad Help and Support 2 Computer Management 7 COUPE TNI Sere TI WW U F Manages oe 1 s gt Windows 7 Step 1 Click the Start button and then click Control Panel Step 2 Click System and Maintenance and then click Device Manager Control Panel 3 Device Manager pa View devices and printers Step 2 In the Search field type sil Update de
58. ead AM Pins JA GND Pinl4 SAI5 Pin6 JA GNDIPin1 4 4VI7DRE Read 228 GES 2 29 DEF Read 434 7C1E Read Read HAI Pind JA OND Pin14 1 93 7077 OBE a U M 1 Read Al6 Pin JA DA Pin14 1 39 7071 Read Fee er Lead UvIFFFE Read FFF User Manual Ver 1 0 May 2015 PMH 029 10 Page 85 High speed Multifunction Boards Step 7 Calibrate the Analog Input Channel 5 1 Connect 9 9 V voltage source to PCle 8620 AI5 Pin6 2 Connect GND source to PCle 8620 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 AI5 Pin6 5 Connect GND source to PCle 8620 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 AI5 Pin6 8 Connect GND source to PCle 8620 A GND Pin14 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8620 Al5 Pin6 11 Connect GND source to PCle 8620 A GND Pin14 12 Click Read button to get hexadecimal value Analog Inout Calibration Gre IO Pinl JA S Pin14 3 4 pose u 7C26 Bead D u Read JAl2 Pin3 O me Pin14 4 341 706F Read real Read JAl1 Pin JA anD Pin14 4 4 7DEF Read CPE ne Read UM FFFF Read FFFE JAl3 Pind JA GND Pin14 4 3 DEC 7023 m U FFFL Read Kin Pins JA GND Pin 4 HAIS Pin6 GA GND Pinl4 SW DEE Read ACB 4 41 aper Read CIE d Read Read
59. eserved Yes No Register 6 3 3 7 Baset0x14 Al Data Acquisition Start C peseripilon KEREN Acguisition Start Writing a 1 to causes channel to start 0 1 ali Yes Yes acguisition data 2 31 Reserved Yes No Register 6 3 3 8 Base 0x14 Read Al Data a pesen Read wie Software Trigger Data Read Read Analog Input data form 0 15 Yes Yes Analog Input channel 8 to 15 16 31 Reserved Yes No User Manual Ver 1 0 May 2015 PMH 029 10 Page 52 High speed Multifunction Boards 6 3 4 Analog Output Registers Register 6 3 4 1 Base 0x20 AO Control Status A a A i An FA a Description AO Command Read Reading a 1 indicates a Command Status is N es O ready Reading a O indicates a Command Status is busy Re For more detailed information refer to the documentation for the AD5752 which can be found at http www analog com media en technical documentation data sheets AD5722 5732 5752 pdf User Manual Ver 1 0 May 2015 PMH 029 10 Page 53 High speed Multifunction Boards 6 3 5 Counter Registers mmm 6 3 5 1 Base 0x28 Counter 0 ect bt Yes Set Mode Writing 1 indicates a pulse PWM output mode E es Writing O indicates a up counter mode Set Source Writing 1 indicates an external clock when up V es counter mode Writing 0 indicates an internal clock Set Pulse Width Writing value to set pulse width the pulse WW a es equal 0 05 us x V
60. he Test Program Step 4 In Windows 7 click the Start button point to All Programs and then click the ICPDAS folder Point to UniDAO Development Kits and then click the UniDAQ Utility to execute the UniDAQ Utility Program e Default Programs St Desktop Gadget Gallery a Internet Explorer CH Windows DVD Maker Windows Fax and Scan L Windows Media Center Windows Media Player Windows Update XPS Viewer Accessories Games Google Chrome Startup D RRRA TO BER Search programs and files Tammy Documents Pictures Music Games Computer Control Panel Devices and Printers Default Programs Help and Support Shut down r User Manual Ver 1 0 May 2015 PMH 029 10 Page 42 High speed Multifunction Boards Step 5 Confirm that the PCle 8622 board has been successfully installed in the Host system Note that the device numbers start from 0 Step 6 Click the TEST button to start the test Step 7 Check the results of the Digital Input Output functions test 1 Click the Digital Output tab 2 Select PortO from the Port Number drop down menu 3 Check the checkboxes for Channels 0 and 1 ege G n z ge aMMa Analog Input Analog Output Digital Input 4 Digital Output DinerCounter Debug Ben fis O PCle 8622 CARD ID 7 Ai User Manual Ver 1 0 May 2015 PMH 029 10 Page 43 High speed Multifunction Boards 7
61. her pointing devices gt Ka Monitors Network adapters Ports COM amp LPT s Processors b E Sound video and game controllers b JM System devices b F Universal Serial Bus controllers User Manual Ver 1 0 May 2015 PMH 029 10 Page 35 High speed Multifunction Boards This chapter provides detailed information about the Self Test process which is used to confirm that the PCle 8620 8622 Series board is operating correctly Before beginning the Self Test process ensure that both the hardware and driver installation procedures are fully completed For detailed information about the hardware and driver installation refer to Chapter 3 Hardware Installation and Chapter 4 Software Installation 5 1 PCle 8620 Self Test Before beginning the Self Test procedure ensure that the following items are available VI A DN 25 wiring terminal board Optional Website http www icpdas com products DAO screw terminal dn 25 htm V A CA 2520 Cable Optional Website http www icpdas com products Accessories cable cable selection htm VI A stable signal source For example a dry cell battery Step 1 Connect the DN 25 terminal board to the CON1 connector on the PCle 8620 board using the CA 2520 cable N CNN NNN STi sw a ME ME a A ah amp AN N M WM MM amp l NO NI RIVA DOOODOOOJDOC A MM MA Q Oo AM M A D A LA zadi biu ua Donn Y LLM M LM M M M LM M LM oc User Manual Ver 1 0 May 2015 PMH 0
62. inters d RRRA JE 70 SE Default Programs Help and Support 4 Back Search programs and files D Shut down gt Step 5 Confirm that the PCle 8620 board has been successfully installed in the Host system Note that the device numbers start from 0 Step 6 Click the TEST button to start the test Device List ABOUT User Manual Ver 1 0 May 2015 PMH 029 10 Page 38 High speed Multifunction Boards Step 7 Check the results of the Digital Input Output functions test 1 Click the Digital Output tab 2 Select PortO from the Port Number drop down menu 3 Check the checkboxes for channels 0 and 2 a O PCle 862 L za EEE Analog Input Analog Output Digital Input Digital Output 4 Click the Digital Input tab 5 Select PortO from the Port Number drop down menu 6 The DI indicators will turn red when the corresponding DO channels 0 and 2 are ON d Bim ono Analog Input Input Analog Output User Manual Ver 1 0 May 2015 PMH 029 10 Page 39 High speed Multifunction Boards Step 8 Check the results of the Analog Input functions test Click the Analog Input tab Confirm the configuration settings Click the Start button to start the test 4 Check the Analog Input value for Channel 0 The values for other channels value will be a floating number u rm F 0 PCle 8620 E IC aE K Woltagelv User Manual Ver 1 0
63. ith DMA or programmed I O NNRN NIN User Manual Ver 1 0 May 2015 PMH 029 10 Page 14 High speed Multifunction Boards 2 4 2 Analog Input Range Input Range refers to the set of input voltages that an Analog Input channel can digitize with the specified accuracy The PGA amplifies or attenuates the Al signal depending on the input range User can individually program the input range of all channels on PCle 862x Series board Input rage affects the resolution of the PCle 862x Series for an Al channel Resolution refer to the voltage of one ADC code 16 bit ADC converts Analog Inputs into one of 65 536 216 codes that is one of 65 536 possible digital values These values are spread fairly evenly across the input range For an input range of 10 V to 10 V the voltage of each code of a 16 bit ADC is 10 V 10 V 65536 305 uV For an input range of 5 V to 5 V the voltage of each code of a 16 bit ADC is 5 V 5 V 65536 152 uV Module Name Input Range Nominal Resolution PCle 8620 10 V to 10 V 305 uV PCle 8622 5Vto5V 152 uV User Manual Ver 1 0 May 2015 PMH 029 10 Page 15 High speed Multifunction Boards 2 4 3 Connecting Analog Input Signals The PCle 862x Series board can be used to measure single ended type Analog Input signals for floating signal source x Floating Signal Source PCle 8620 8622 2 4 4 Signal Shielding Use a single point connection to the frame gro
64. ltages in the field the procedure described below provides a method that allows the board installed in a specific system to be calibrated so that the correct voltages can be achieved for the field connection This calibration allows the effects of voltage drops caused by IR loss in the cable and or the connector to be eliminated At first the user has to prepare the eguipment for calibration the precise multi meter Note that the calibrated values for Analog Output Input channels are stored within 3 words in the address of the Flash as show in The calibration procedure will be demonstrated below The Analog Input channel calibration values stored in the Flash are as follows A D Calibration Channel Number Flash Add 10 V Ref O 4 Bipolar 10 V zz ein I O V 1 5 13 5VRef 2 6 10 14 Bipolar 5 V L l OV 3 7 11 15 Flash Add self l 10VRef 32 48 T Bipolar 10 V _ L po 33 37 41 45 49 53 57 61 5VRef 34 38 42 46 50 54 58 62 Bipolar 5 V J L OV 35 39 43 47 51 55 59 63 User Manual Ver 1 0 May 2015 PMH 029 10 Page 56 High speed Multifunction Boards User Manual Ver 1 0 May 2015 PMH 029 10 Page 57 High speed Multifunction Boards 7 2 Step by Step Calibration Process The following is a step by step description of the calibration process using the Windows Calibration Program for the PCle 8620 8622 which
65. mation about installing the driver refer to Chapter 4 Software Installation C Step 2 Configure the Card ID using the DIP Switch SW1 For detailed information about the Card ID refer to Section 2 2 Card ID Switch SW1 User Manual Ver 1 0 May 2015 PMH 029 10 Page 24 High speed Multifunction Boards Step 3 Shut down and switch off Er the power to the computer and then disconnect the power supply Step 4 Remove the cover from the computer Step 5 Select a vacant PCI Express slot CI User Manual Ver 1 0 May 2015 PMH 029 10 Page 25 High speed Multifunction Boards Step 6 Unscrew and remove the PCI Express slot cover from the computer case Step 7 Remove the connector cover from the PCle 8620 8622 board Step 8 Carefully insert the PCle 8620 8622 board into the PCI Express slot by gently pushing down on both sides of the card until it slides into the PCI connector User Manual Ver 1 0 May 2015 PMH 029 10 Page 26 High speed Multifunction Boards Step 9 Confirm that the card is correctly inserted in the motherboard and then secure the PCle 8620 8622 board in place using the retaining screw that was removed in Step 6 Step 10 Replace the covers on the computer Step 11 Re attach any cables insert the power cord and then switch on the power to the computer Once the computer reboots follow any message prompts that may be displaye
66. n14 JAI7 Pin8 JA no Pini 4 3 39 7D71 Read SE EE 4 34 707 CPE Read 0 FFFE Read FFF8 Read O M 1 Read UVIFFFD Read FFFD Ce Pins JA Pra Pinl4 JVI FDBE Read His Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 87 High speed Multifunction Boards Step 9 Calibrate the Analog Input Channel 7 1 Connect 9 9 V voltage source to PCle 8620 AI7 Pin 2 Connect GND source to PCle 8622 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 AI7 Pin8 5 Connect GND source to PCle 8622 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 AI7 Pin8 8 Connect GND source to PCle 8622 A_GND Pin14 9 Click Read button to get hexadecimal value 10 Connect 0 V voltage source to PCle 8620 AI7 Pin8 11 Connect GND source to PCle 8622 A GND Pin14 12 Click Read button to get hexadecimal value Analog Inout Calibration Gre IO Pinl JA S Pin14 3 4 pose u 7C26 Bead D u Read JAl2 Pin3 O me Pin14 4 341 706F Read real Read JAl1 Pin JA anD Pin14 4 4 7DEF Read CPE ne Read UM FFFF Read FFFE JAl3 Pind JA an Pin14 4 3 DEC CH T U FFF Read UW FFFF Read FFFC DALA Pins JA GND Pin14 JAIS Pin amp JA GND Pin14 SW DEE Read ACB 4 41 aper Read CIE d 7 rro Read FFFD Read UMFFFD Read FFFC Read
67. n5 JA ah Pin14 JAl5 Pin6 JA O Pinl4 IW 2DRE Read 728 4 9 aper Read CIE d Read Read JAl1 Pin JA anD Pin14 23 DEF Read CPE ne Read UVM FFFF Read FFFE UVIFFFD Read FFFD UMFFFD Read SE HAI Pind JA OND Pin14 1 93 7077 CZE Bead U M 1 Read JAl6 Pin JA GND Pin14 1 39 7071 Read Fee er Lead UvIFFFE Read FFF User Manual Ver 1 0 May 2015 PMH 029 10 Page 83 High speed Multifunction Boards Step 5 Calibrate the Analog Input Channel 3 1 Connect 9 9 V voltage source to PCle 8620 Al3 Pin4 2 Connect GND source to PCle 8620 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 Al3 Pin4 5 Connect GND source to PCle 8620 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 Al3 Pin4 8 Connect GND source to PCle 8620 A GND Pin14 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8620 Al3 Pin4 11 Connect GND source to PCle 8620 A GND Pin14 12 Click Read button to get hexadecimal value Analog Inout Calibration Gre IO Pinl JA S Pin14 3 4 pose u 7C26 Bead D u Read HJAI Pin3 O E Pin14 JAl3 Pind O GND Pin14 9 9 2DRPE Read 7C20 z II 7DRC Read C23 Ge Read Read JAl1 Pin JA anD Pin14 4 4 7DEF Read CPE ne Read UVM FFFF Read FFFE
68. n60 UM FFFF Read MFFFF Read Bipolar D Bipolar 10 DVIFFFD Read M FFFB Read 45V Hex FE97 x 410V Hex FEAD JAl12 Pinb2 C GND Pin60 9 9 7DEF Read 49 7C26 Read DV Hex 160 az 10 Hex 150 OWFFFD Read UV FFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 59 Step 3 Calibrate the Unipolar 5 V Unipolar 10 V Bipolar 5 V and Bipolar 10 V for Analog Output Channel 0 1 Use button 4 or and adjust output voltage to voltage 5 V 2 Use button 4 or and adjust output voltage to voltage 0 V 3 Use button 4 or and adjust output voltage to voltage 10 V 4 Use button or and adjust output voltage to voltage 0 V 5 Use button 4 or and adjust output voltage to voltage 5 V 6 Use button 4 or and adjust output voltage to voltage 5 V 7 Use button 4 or and adjust output voltage to voltage 10 V 8 Use button 4 or and adjust output voltage to voltage 10 V Analog Outout Calibration JA00 Pin58 L GND Pin25 Unipolar DV Unipolar 10 3 je Hex SV Hes FD4E o TOV Hex Hex EE 2 Li ZO E Ve 4 Bipolar BV Bipolar 104 3 ee 2 PTF TSF o an ill 7 AD P n 4 JA GND Pin25 8 Unipolar DV Unipolar TUV 5 Hes FO2E m EI _ Hex jo S U L 5 Bipolar DM Bipolar TUV sie FEG3 ap Hex FESD DV Hes 147 _ Aen haz _ User Manual
69. nction Boards 2 1 Board Layout The following is an overview of the board layout for each of the PCle 862x Series cards gt PCle 8620 V Full profile V Low profile SW1 SW1 1234 1234 CON1 The Connector for 8 channel Analog Input and 4 channel isolated DIO Refer to Section 2 8 Pin Assignments SW1 DIP Switch used to configure the Board ID Refer to Section 2 2 Card ID Switch SW1 TEREE User Manual Ver 1 0 May 2015 PMH 029 10 Page 10 High speed Multifunction Boards gt PCle 8622 CON1 The Connector for 16 channel Analog Input 2 channel Analog Output and 12 channel isolated DIO Refer to Section 2 8 Pin Assignments SW1 DIP Switch used to configure the Board ID Refer to Section 2 2 Card ID Switch SW1 User Manual Ver 1 0 May 2015 PMH 029 10 Page 11 High speed Multifunction Boards 2 2 Card ID Switch SW1 The PCle 8620 8622 includes an onboard Card ID switch SW1 that enables the board to be recognized via software if two or more PCle 8620 8622 boards are installed in the same computer The default Card ID is 0x0 For more details regarding the SW1 Card ID settings refer to the table below Card ID Hex Default Settings OFF gt 1 ON gt 0 kl a User Manual Ver 1 0 May 2015 PMH 029 10 Page 12 High speed Multifunction Boards 2 3 System Block Diagram gt The following is the block diagram for the PCI 8620 PCIe 8620 ADC amp Digital Filter
70. nect 0 V voltage source to PCle 8622 Al4 Pin66 5 Connect GND source to PCle 8622 A GND Pin60 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8622 Al4 Pin66 8 Connect GND source to PCle 8622 A GND Pin60 9 Click Read button to get hexadecimal value 10 Connect 0 V voltage source to PCle 8622 Al4 Pin66 11 Connect GND source to PCle 8622 A GND Pin60 12 Click Read button to get hexadecimal value HJAl1 Pin34 GA GND Pin61 9 94 7DED Read 434 707 Read I ga JAl3 P n33 JA_GND PinbO 49 7069 Read 434 7C 5 Read U U Read D U Read HJAl4 Pinb6 JA _GND PinbO HJAIS Pin3g2 JA_GND PinbO DM 7069 Read 49M 7C20 Read HM 7D6C Read 494 7023 Read Read I Read 0 MFFFD Read Y FFFE UWFFFD Read FFFO HJAI Pin31 JA GND Pin60 9 94 7DED Read 434 7C25 Read O 0 Read W FFFO Read JAI9 Pin30 A_GND Pin60 9 9 7D6E Read 449 7024 Read Read Si Input Calibration JAID P nb6 JA_GND PinbO 49V DBE Read 434 7C 1 Read U Bear U 1 Read JAlZ P nb GA GND Pin60 9 92 7DEB Read 43 CIF Read Read OM FFFF Read DMFFFO Alb Pin65 J4_GND Pin60 9 92 7DEB Read 43 CIF Read U Read UMFFFE Read FFFt OMFFFC Read DEEPA HJAMI Pin29 GA GND Pin6b0 9 9 7D6F Read 4934 7028 Read O 0 Read D D Read JAl13 P n26 GA GND Pin6b0 II OD Read 4
71. polar 10 5 Hex FD4E OV Hex fo 0 Hex W Bipolar D 5 Hex FE97 E DV Hex 160 m Bipolar 10 410V Hex FEAD F 10 Hex 150 5 Hex rop Sal ES OV Hex p 5 SCEN um o DV Hex 147 S A0VIHex Du Calibration Data File Import Export BroswerlB Import Export nome NOTE HJAIT4 Pin61 JA GND Pin60 HJAIT5 Pin27 JA GND Pin60 SE 39M 7D70 Read 49 7C21 Read 3 9Y 7D6E Read 494 7C26 Read AN GET save OM FFFE Read PYJFFFA Read 0 0 Read OMFFFF Read RECOVER EXIT 0 Read 0 0 Read HAl13 Pin28 JA GND Pin60 UM FFFF Read MFFFF Read OMFFFD Read IWER Read HAl12 Pin62 JA GND Pin60 9 9 7DEF Read 49 7C26 Read OMFFFD Read 5 FFF Read User Manual Ver 1 0 May 2015 PMH 029 10 Page 61 High speed Multifunction Boards Step 5 Calibrate the Unipolar 5 V Unipolar 10 V Bipolar 5 V and Bipolar 10 V for Analog Output Channel 1 1 Use button or and adjust output voltage to voltage 5 V 2 Use button or and adjust output voltage to voltage 0 V 3 Use button or and adjust output voltage to voltage 10 V 4 Use button or and adjust output voltage to voltage 0 V 5 Use button or and adjust output voltage to voltage 5 V 6 Use button or
72. port ZVE 9 9 7FFF Read 49M FFF Read II FFF Read aM FFF Read save 0 0 Read om 0 Read 0 0 Read M 0 Read RECOVER EXIT O PCle 8620 z RELOAD ANalod UUTDUT Calibration UnSupportj Unipolar Sy Unipolar 10 5V Hex n ku OV Hex ln 0Y Hex W Bipolar DM Bipolar 10 5V Hex In ri z 410V Hex 0 DV Hex 0 S 10 Hex 0 7 _ Unipolar 10 5V Hex fo z io Se OV Hex b IE Pa i Bipolar 10 5 Hex BI pelt OO Es E PADS A0wiHex ll User Manual Ver 1 0 May 2015 PMH 029 10 Page 80 High speed Multifunction Boards Step 2 Calibrate the Analog Input Channel O 1 Connect 9 9 V voltage source to PCle 8620 Al0 Pin1 2 Connect GND source to PCle 8620 A GND Pin14 3 Click Read button to get hexadecimal value 4 Connect 0 V voltage source to PCle 8620 Al0 Pin1 5 Connect GND source to PCle 8620 A GND Pin14 6 Click Read button to get hexadecimal value 7 Connect 4 9 V voltage source to PCle 8620 Al0 Pin1 8 Connect GND source to PCle 8620 A GND Pin14 9 Click Read button to get hexadecimal value 10 Connect O V voltage source to PCle 8620 Al0 Pin1 11 Connect GND source to PCle 8620 A_GND Pin14 12 Click Read button to get hexadecimal value TILI pou Get GA GND Pin1 4 HAN Pin JA S Pin14 2 2 Vo
73. r provides basic information you need to get started using your PCle 862x Series boards 1 1 Overview Acquire Synchronous Data The PCle 8620 8622 is a powerful multifunction board based on the PCI Express With a FIFO of 2048 samples the maximum sampling rate of PCle 862x Series is up to 200 kS s with 8 16 16 bit A D converters simultaneousiy sampling on MER sij ui each channel The PCle 862x Series has two 16 bit voltage output D A channels 4 12 digital input channels 4 12 digital output channels and two PWM output channels Stop Sample Clock PCle 8620 8622 supports more kinds of trigger modes for A D conversion software trigger internal pacer trigger and external pacer trigger The software trigger can acguire a sample whenever needed while the internal pacer saves CPU loading by triggering the sampling at pre programmed freguency An external pacer can be used for triggering by external freguency source The PCle 8620 8622 also includes an onboard Card ID switch that can be used to set a unigue ID for each board so that they can be instantly recognized if two or more boards are installed in the same computer High speed Multifunction Boards 1 2 Features The following is an overview of the general features provided by the PCle 862x Series boards Refer to Section 1 3 for more details E Interface e PCI Express x1 Full profile or Low profile for PCle 8620 e PCI Express
74. s Resolution 16 bit Accuracy 6 LSB Output Range 5 V 10 V Output Driving 5 mA Slew Rate 2 8 V us Output Impedance 0 1 0 Max Operating Mode Static update Digital Input os ne Logic 0 0 8 V Max Logic 1 2 0 V Min Lo MHz Typical User Manual Ver 1 0 May 2015 PMH 029 10 Page 7 High speed Multifunction Boards Model PCle 8620 PCle 8622 Digital Output Channels Isolation Voltage 2500 Voc Compatibility 5 V CMOS Output Voltage Logic 0 0 4 V max Logic 1 2 4 V min Output Capability Sink 6 mA 0 33 V Source 6 mA 4 77 V DO Readback Yes Operation Mode Static update Response Speed 1 0 MHz Typical Timer Counter Channel Bus Type PCI Express x1 Data Bus 32 bit Card ID Yes 4 bit I O Connector Female DB25 x 1 SCSI II 68 pin x 1 Dimensions L x W x D Full profile 107 x 120 x 22 107 x 95 x 22 Unit mm Low profile 107 x 80 x 22 Power Consumption 1A 5 V Max Operating Temperature 0 60 C Storage Temperature 20 70 C Humidity 5 85 RH Non condensing User Manual Ver 1 0 May 2015 PMH 029 10 Page 8 High speed Multifunction Boards 1 4 Applications e Signal Analysis e FFT and Frequency Analysis e Transient Analysis e Temperature Monitor e Vibration Analysis e Energy Management e Other Industrial and Laboratory Measurement and Control User Manual Ver 1 0 May 2015 PMH 029 10 Page 9 High speed Multifu
75. s empty Yes No 13 31 Reserved Yes No Register 6 3 3 3 Base 0x08 Analog Input Internal Clock Control Status ES RRE Set Div Clock Indicates the WORD Base Clock Sampling Rate 1 to set internal pacer clock during an Analog Input Yes Yes operation Register 6 3 3 4 Base 0x0C Al Scan Mode Control Status SE Description read write Total Scan Channel Number Indicates the number of channels to MagicScan Writing a N indicates an 0 to N channels Ex ne Seng Ve a Yes Yes Writing a 15 indicates O to 15 channel Writing an 9 indicates 0 to 9 channel Reserved Yes No Analog Input Range Writing 1 indicates a bipolar 10 V Writing O Yes Yes indicates a bipolar 5 V Pacer Trigger Start Status Yes No ADC Status Reading a 1 indicates a ADC Status is ready Reading a O indicates a ADC Status is busy Reserved Yes No Pacer Trigger Source Writing 1 indicates an external clock Yes Yes Writing O indicates an external clock 13 31 Reserved Yes No User Manual Ver 1 0 May 2015 PMH 029 10 Page 51 High speed Multifunction Boards Register 6 3 3 5 Base 0x10 Al Software Trigger Control Bit o Description Software Trigger Start Writing a O causes the Analog Input y es es channel to measure Analog Input data 1 31 Reserved Yes No Register 6 3 3 6 Base 0x10 Read Al Data Software Trigger Data Read Read Analog Input data form 0 15 Yes Yes analog input channel 0 to 7 16 31 R
76. und rather than the AGND or DGND pins PCIe 8620 PCle 8622 A GND D GND Frame Ground User Manual Ver 1 0 May 2015 PMH 029 10 Page 16 High speed Multifunction Boards 2 4 5 Analog Input Data Acguisition Methods The following is an overview of the five trigger modes Trigger Mode Description No trigger signal is used and all A D operations are initiated by software Software Trigger DTRGO trigger signal is used to initiate the A D operations Post Trigger After the clock signal is generated A D data will be recorded and saved to the buffer or the FIFO Two clock sources are provided a software command and a pacer clock The saved data can be transferred to the memory on the PC using either software polling Interrupt transfer or DMA transfer Different combinations of trigger mode clock signal and data transfer can be used to create four different types of A D applications san are summarized below Trigger Mode Clock Mode Transfer Mode FIFO K Samples Trigger Source Software Software Trigger Polling Command Software Trigger Internal Clock l DTRGO l Interrupt 2 sharing Post Trigger External Clock Al_CONV Software Trigger Internal Clock DTRGO DMA 2 sharing Post Trigger External Clock Al_CONV User Manual Ver 1 0 May 2015 PMH 029 10 Page 17 High speed Multifunction Boards 2 5 Analog Output 2 5 1 Analog Output Block AO Reference Selection AO
77. vice drivers Alternatively Step 1 Click the Start button Device Manager and then press p BEE Enter device manager ee D Z A Note that Administrator privileges are reguired for this operation lf you are prompted for an administrator password or confirmation enter the password or provide confirmation by clicking the Yes button in the User Account Control message kl kk rv User Manual Ver 1 0 May 2015 PMH 029 10 Page 33 High speed Multifunction Boards gt Windows 8 Step 1 To display the Start screen icon from the desktop view hover the mouse cursor over the bottom left corner of screen Step 2 Right click the Start screen icon and then click Device Manager N C raeas I Ts Hilak iala en Alternatively press Windows Key X to Computer Management Command Prompt Command Prompt Admin open the Start Menu and then select Device Manager from the options list Task Manager Control Panel Windows Explorer Search Run Desktop Right click V L do User Manual Ver 1 0 May 2015 PMH 029 10 Page 34 High speed Multifunction Boards 4 3 2 Check the Installation Check that the PCle 8620 8622 Series board is correctly listed in the Device Manager as illustrated below LO HE Disk drives Display adapters O DVD CD ROM drives l IDE ATA ATAPI controllers Installation successful Keyboards b D Mice and ot

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