User Manual - ICP DAS USA`s I
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1. PEX PIO PISO DA Series Card User Manual Analog Output Boards Version 3 1 Oct 2013 SUPPORTS Board includes PIO DA4 PIO DA8 PIO DA16 PIO DA4U PIO DA8U PIO DA16U PISO DA4U PISO DA8U PISO DA16U PEX DA4 PEX DA8 and PEX DA16 WARRANTY All products manufactured by ICP DAS are warranted against defective materials for a period of one year from the date of delivery to the original purchaser WARNING ICP DAS assumes no liability for damages consequent to the use of this product ICP DAS reserves the right to change this manual at any time without notice The information furnished by ICP DAS is believed to be accurate and reliable However no responsibility is assumed by ICP DAS for its use nor for any infringements of patents or other rights of third parties resulting from its use COPYRIGHT Copyright 2013 by ICP DAS All rights are reserved TRADEMARK Names are used for identification only and may be registered trademarks of their respective companies CONTACT US If you have any question please feel to contact us We will give you quick response within 2 workdays Email service icpdas com service icodas qmail com PEX PIO PISO DA Series Card Analog Output Boards TABLE OF CONTENTS PANT 5 RELATED INFORMATION sinned 5 1 INTRODUCTION cica aA Ge E OE EANN OOOO OO TE EE AEA 6 1 1 FEATURES EE 7 1 2 COMPARISON MEER OE EE EE E 8 1 3 EE 9 2 HARDWARE CONFIGURATION anserina NAG 11 2 1 PAN 11 2 22. Read wBase 0xe4 gt High byte of the D I port ons bra om onz om ono pe oe For example wDiLoByte inportb wBase 0xe0 Read the D I state DI7 DI0 wDiHiByte inportb wBase 0xe4 Read the D I state DI15 DI8 wDiValue wDiHiByte lt lt 8 wDiLoByte Refer to the DEMO2 C file for more information 6 3 10 Digital Output Register Write wBase 0xf8 gt Low byte of the D O port DO7 DO6 DOS DO4 DO3 DO2 DOI DOO Write wBase Oxfc gt High byte of the D O port For example outportb wBase 0xf8 wDovValue Controls the DO state DO7 DO0 outportb wBase Oxfc wDoValue gt gt 8 Controls the DO state DO15 DO8 Refer to the DEMO1 2 C file for more information FG User Manual Ver 3 Oct 2013 PMH 0010 31 Page 66 PEX PIO PISO DA Series Card Analog Output Boards 6 3 11 D A Select Register There are 1 2 4 D A converters in PEX PISO PIO DA series cards It is necessary to select which D A converter is desired after the D A data has be sent D A channels are allocated as follows Al AO Description 0 O Dj Aoutputchamel 0 lease ee 0 O0 D Aoutput channel 4 gt DEE Z u 0 0 __D Aoutputchamnel 8 ne Geck i 0 O D Aoutputchannell2 T N D A output channel13 es D A output channel14 J D A output channel15 For example outportb wBase 0xf0 wDaValue output the low byte for D A data outportb wBase 0xf4 wDaValue gt gt 8
3. FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 21 PEX PIO PISO DA Series Card Analog Output Boards 2 4 1 D I Port Architecture CON2 When the PC is powered up all DI port CON2 operation are disabled The enabled disabled status of a DI port is controlled by the RESET signal Refer to Sec 6 3 1 for more information about the RESET signal m The RESET signal is in the Low state gt all DI operations are disabled m The RESET signal is in the High state gt all DI operations are enabled RESET disable CON2 Buffer input gt Clock input D I buffer CKT FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 22 PEX PIO PISO DA Series Card Analog Output Boards 2 4 2 D O Port Architecture CON1 When the PC is powered up the states of all DO channels are cleared low The RESET signal is used to clear the DO states Refer to Sec 6 3 1 for more information about the RESET Signal m The RESET signal is in the Low state gt all DO channels are cleared to the low state The block diagram of DO is as follows RESET clear CON1 gt input Latch gt Clock input D O buffer CKT FG User Manual Ver 3 1 Oct 2013 PMH 0010 34 Page 23 PEX PIO PISO DA Series Card EE Analog Output Boards 2 5 D A Architecture Voltage Output Voltage Output Voltage Output DA 0 Voltage Output Voltage Output Voltage Output Voltage Output Voltage Output V
4. nCard_ d wBase x wIrq x subID x x x SlotID x x i wBase wirg wSubVendor wSubDevice wSubAux wSlotBus wSlotDevice printf gt ShowPioPiso wSubVendor wSubDevice wSubAux FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 55 PEX PIO PISO DA Series Card Analog Output Boards 6 1 3 PIO GetConfigAdressSpace PIO GetConfigAddressSpace wBoardNo wBase wIrg wSubVendor wSubDevice wSubAux wSlotBus wSlotDevice wBoards 0 to N The total number of boards using the PIO DriverInit function wBase The base address of the board control word wirq The allocated IRQ channel number for this board wSubVendor The subVendor ID of this board wSubDevice The subDevice ID of this board wSubAux The subAux ID of this board wSlotBus The bus number of the slot used by this board wSlotDevice The device number of the slot used by this board The function can be used to save the resource information for all PIO PISO cards installed in this system The application program can then directly control all functions of the PIO PISO series card Detect the configuration address space for your PEX PISO PIO DA series cards Step 1 Detect all PEX PISO PIO DA series cards wSubVendor 0x80 wSubDevice 4 wSubAux 0x00 For PIO_DA4 8 16 series cards wRetVal PIO DriverInit amp wBoards wSubVendor wSubDevice wSubAux printf There are d PIO DA16 8 4 Cards in this PC n wBoards Step 2 Save the resour
5. 0x02 output the high byte for D A data and select channel 2 on this converter outportb wBase 0xe0 0 select DA 0 after this procedure the wDaValue will be sent to channel 2 Refer to the DEMO6 C DEMO7 C DEMOS C and DEMOO C files for more information FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 67 PEX PIO PISO DA Series Card Analog Output Boards 6 3 12 D A Data Output Register Write wBase 0xf0 pr oe os oa oa oz oi bo Write wBase 0xf4 Each D A converter have four analog output channels When writing data to the D A converter the relevant channel to be used is indicated by Al and AO D A programming sequence 1 Send data to the D A converter This data will be buffered 2 Select the D A converter Start the conversion For example outportb wBase 0xf0 wDaValue output low byte of D A data outportb wBase 0xf4 wDaValue gt gt 8 0x02 output high byte of D A data and select channel 2 on this converter outportb wBase 0xe0 0 select DA 0 after this procedure wDaValue will be sent to channel 2 pio_da16 da 2 wDaValue send wDaValue to channel 2 void pio_da16 da char cChannel no int iVal iVal iVal cChannel_no 4 0x4000 channel no 0 15 outportb wBase 0xf0 iVal Wal 0x0000 Ox3fff outportb wBase 0xf4 iVal gt gt 8 outportb wBase 0xe0 4 cChannel no 4 0xff Refer t
6. 31 34 32 33 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 16295 8175 15965 If the user wants to send Vout volts to Channel n the calibrated hex value DaValue sent to D A converter can be calculated in the following way DeltaV n 20 0 MaxV n MinV n DeltaV n volts per count at channel n DaValue Vout 10 0 DeltaV n MinV n DaValue Hex value to send to the D A pio_dai6_da n DaValue send the DaValue to Channel n If the user wants to send Iout mA to Channel n the calibrated hex value DaValue sent to the D A converter can be calculated in the following way Refer to DEMO9 C DeltaI n 20 0 MaxI n MinI n Deltal n mA per count at channel n DaValue Iout DeltaI n MinI n DaValue Hex value send to D A pio_da16 da n DaValue send the DaValue to Channel n Refer to DEMO7 C and DEMO9 C for more information FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 26 PEX PIO PISO DA Series Card Analog Output Boards 2 6 1 Output Range and Resolution The voltage output range for PEX DA and PISO PIO DAxU series cards is always 10 1 V and the current output range is always 0 22 mA as illustrated below Voltage Channel Current Channel en wellis Output Output 10 1V 10 1V 22mA 22mA N OX3FFF 7 OX2FFF OX25D0 OX1FFF OXOFFF 0X0000 G 10 1V The resolution for each range is as follows Configuration Equivalent Bits Resolution 1
7. GATE2 Counter2 User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 13 PEX PIO PISO DA Series Card Analog Output Boards 2 3 Interrupt Operation There are two interrupt sources included in the PEX DA and PIO PISO DAxU series These two signals are named as INTO and INT1 and their signal sources are as follows INTO 8254 counter0 output Refer to Sec 2 2 INT1 8254 counter2 output Refer to Sec 2 2 If only one interrupt signal source is used the interrupt service routine doesn t have to identify the interrupt source Refer to DEMO3 C and DEMO4 C for more information If there is more than one interrupt source the interrupt service routine has to identify the active signals in the following manner Refer to DEMO5 C and DEMO6 C 1 Read the new status of all interrupt signal sources Compare the new status with the old status to identify the active signals If INTO is active service it If INT1 is active service it Save the new status to replace the old status oS E Note If the interrupt signal ts too short the new status may be the same as the old status In that situation the interrupt service routine will not be able to identify which interrupt source is active so the interrupt signal must be hold active for long enough until the interrupt service routine Is executed This hold time ts different for different OS versions The hold_time can be as short as a micro second or as long as second In general
8. there are many jumpers that allow the following functions to be performed 1 Selecting the reference voltage internal 10 5 or external 2 Selecting unipolar bipolar 0 10 V or 10 V 3 Selecting different output ranges 0 10 V or 0 5 V There are also many VRs that allow the following functions to be performed 1 Adjustment of the output voltage offset 2 Full scale adjustment of the output voltage 3 Adjustment of the output current offset 4 Full scale adjustment of the output current FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 29 PEX PIO PISO DA Series Card Analog Output Boards There are so many VRs and jumpers that if makes QC and re calibration very difficult Every step must be handled manually meaning that calibrating these D A boards is not an enjoyable task When we designed the PEX DA and PISO PIO DAXU series we tried to remove many the these majorities of VRs and jumpers but still retain the same precision and performance In the long run we selected a 14 bit D A converter and adapted the software calibration to provide at least the same performance and precision as the A 626 A 628 Configuration Equivalent Bits Resolution 10V 10V 14 bit 1 22 mV OV 10V 13 bit 1 22 mV 5Vr 5V 13 bit 1 22 mV OV 5 V 12 bit 1 22 mV 0 mA 20 mA 13 bit 2 70 HA 4 mA 20 mA 13 bit 2 70HA All these VRs and jumpers have been removed m All calibrations can be performed using software All c
9. 1 Oct 2013 PMH 0010 31 Page 72 PEX PIO PISO DA Series Card Analog Output Boards Appendix Daughter Board A1 DB 37 and DN 37 m DB 37 The DB 37 is a general purpose daughter board for D sub 37 pins It is designed for easy wire connection via pin to pin DB 37 E DN 37 The DN 37 is a general purpose daughter board for DB 37 pins with DIN Rail Mountings They are also designed for easy wire connection via pin to pin A2 DB 8125 The DB 8125 is a general purpose screw terminal board FFR and is designed for easy wiring The DB 8128 uses one DB 37 dd dd dd dd dd and two 20 pin flat cable headers x s iss Hse Wet Heg ons Hee Hes Hes Hes BEEF GR SG DB 8125 User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 73 PEX PIO PISO DA Series Card Analog Output Boards A3 DB 16P Isolated Input Board The DB 16P is a 16 channel isolated digital input daughter board The optically isolated inputs of the DB 16P are consisted of are bi directional optocoupler with resistor for current sensing You can use the DB 16P to sense DC signal from TTL levels up to 24 V or use the DB 16P to sense a wide range of AC signals You can use this board to isolate the computer from large common mode voltage ground loops and transient voltage spike that often occur in industrial environments Opto lsolated PEX DA PISO DA PIO DA Di 00000000 PEX DA PISO DA PIO DA AC or DC Signal 0 V 24 V User Ma
10. 20 mS should be long enough for all OS version FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 14 PEX PIO PISO DA Series Card Analog Output Boards 2 3 1 Interrupt Block Diagram INT Z INT CHAN 0 Level trigger INT CHAN 1 initial low active high to PEX PCI slot The interrupt output signal of PEX DA and PIO PISO DAxU series cards INT is set to Level Trigger and Active_Low If INT generates a low_pulse the PIO DA4 8 16 will interrupt the PC once each time If INT is fixed at low_level the PEX DA and PIO PISO DAxU series will interrupt the PC continuously So for the signal pulse type for INT CHAN 0 1 must be controlled and must be fixed at a low level state normally and a high_pulse generated to interrupt the PC The priority of INT CHAN 0 1 is the same If both of these signals are active at the same time then INT will only be active once at a time So the interrupt service routine has to read the status of both interrupt channels to per form a multiple channel interrupt Refer to Sec 2 3 for more information DEMO5 C gt for INT CHAN 0 amp INT CHAN 1 If only one interrupt source is used the interrupt service routine doesn t have to read the status of the interrupt source The demo programs DEMO3 C and DEMO4 C are designed to demons rate a single channel interrupt See DEMO3 C for INT CHAN 1 only initial high DEMO4 C for INT CHAN 1 only initial low FG User Manual Ver 3
11. DB 16P Isolated Input Goar 74 PAS DOLOR AE DOE EEE EE EEE 75 A6 DB 24PR DB 24POR DB 24C Power Relay Board 76 User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 4 PEX PIO PISO DA Series Card Analog Output Boards Packing List The shipping package includes the following items gis EED One multi function card as follows PEX DA series PEX DA4 PEX DA8 PEX DA16 PIO DAXU series PIO DA4U PIO DA8U PIO DA16U PISO DAxU series PISO DA4U PISO DA8U PISO DA16U One printed Quick Start Guide One software utility CD Note If any of these items is missing or damaged contact One CA 4002 D Sub Connect the dealer from whom you purchased the product Save the shipping materials and carton in case you want to ship or store the product in the future Related Information Product Page http www icodas com root product solutions pc based io board pci pio da4 html Documentation and Software for PIO DA series classic CD NAPDOS PCI PIO DA http ftp icodas com pub cd iocard pci napdos pci pio da Documentation and Software for UniDAQ SDK CD NAPDOS PCI UniDAQ http ftp icodas com pub cd iocard pci napdos pci unida User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 5 PEX PIO PISO DA Series Card Analog Output Boards The PEX DA PISO DAxU and PIO DAxU series cards PCI Express Universal PCI versions are compatible with the PIO DAx cards PCI versions and most users can replace the PIO DAx
12. INT CHAN O User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 17 PEX PIO PISO DA Series Card Analog Output Boards 2 3 4 Initial Low Ative_High Interrupt Source If INTO 8254 counterO output is an initial low active high signal depending on the 8254 counter mode the interrupt service routine should use INVO to invert non invert INTO to generate a high_pulse in the following manner Refer to DEMO4 C Initial setting now int state 0 initial state for INTO outportb wBase 0x2a 1 select the non inverted INTO VOLG LNESTEUDE AA SErvicel it news int state il now INTO is changed to LOW ee H Es gt INT CHAN O0 INTO HIGH now S COUNT L find a LOW pulse INTO If inport wBaset7 amp 1 0 the INTO is still fixed in LOW gt need to generate a high pulse outportb wBase 0x2a 1 INVO select the non inverted input d Jan RUE OSU NEG EON gt INT CHAN 0 generate a high pulse SE now int state 0 now INTO LOW ae else now int states now INTO HIGH S don t have to generate high pulse EE now INTO is changed to HIGH Te gt INT CHAN O INTO HIGH now SE COUNT H find a High pulse INTO If inport wBase 7 amp 1 1 the INTO is still fixed in HIGH need to generate a high pulse of outportb wBase 0x2a 0 INVO select the inverted input bi INT CHAN 0 INTO LOW gt INT CHAN 0 genera
13. PISO DA Series Card Analog Output Boards Demo Program for UniDAQ SDK Driver The demo program is contained in CD NAPDOS PCTI UniDAQ DLL Demo h ftp icodas com pub cd iocard pci napdos pci unidag dll demo There are about demo program given as follows Includes the BCB Delphi VB net VC net VB and VC demo programs with source code Analog Input Pacer Analog Input Pacer Continue Analog Input Pacer Scan Analog Input Pacer Scan Continue Analog Input Pacer Scan EXT Analog Input Polling Analog Output Analog Output Current Digital 1 O Digital I O by Card ID For detailed information about the DLL function and demo program of the UniDAQ please refer to UniDAQ DLL Software Manual CD NAPDOS PCI Un iDAQ Manual FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 70 PEX PIO PISO DA Series Card Analog Output Boards 7 2 Demo Program for DOS The related DOS software and demos are located on the CD as below CD NAPDOS PCI PIO DA dos http ftp icodas com pub cd iocard pci napdos pci pio da dos After installing the software the following drivers will be installed onto your hard disk m TC gt for Turbo C 2 xx or above TC LIB gt for TC library TC DEMO gt for TC demo programs TC LIB Large gt TC large model library TC LIB Huge gt TC huge model library TC LIB Large PIO H gt TC declaration file TC LIB Large TCPIO_L LIB gt TC large model librar
14. Rafi Ce te 13 2 3 INTERRUPT OPERATION geegent 14 2 3 4 dJNterupt Block DINAM seii inre E AER E ee N ie Ge ge DEE KEE ie oe ese eie GE 15 I NNN 16 233 Initial HIGh Ative Low Interrupt SOUICBE osse sesse sesse ese Rd ER EE Ge see se Ee geed ee gees ee GE ee ee Ee ER GEN 17 23 4 Initial Low Ative High Interrupt Source 18 Zo WIDE MIERE SOU CO oo does ene Rd ie oe ee EG Ee Ee ET 19 2 4 D TOBO Ae 21 2 41 OT Port Architecture d EE 22 242 DO Port Architecture CONI EEN 23 25 Re e eet dd EE OE EO 24 2 6 DNEPR 25 26 1 MESEN 27 26 2 10 V ee e He ee EEN 28 ON 28 204 OIO V VOTE ee 28 209 Wk VOS ee 28 20 0 NNN 29 26 7 420 mA Current Output aeveennorverveennerservennerrsersenenserrsennenservennaursersennenseorsanaerserveonaerservenorveens 29 2 6 8 No VR and No Jumper Design EE 29 2 6 9 Factory Software CalibratlOf eeccccccccccecscceessccecscccensscsenssescsscsesssesessscecsuscsessecsessscsessecsesssseessecerstseensessenss 31 2 6 10 NENNE 33 2 6 11 Voltage Output ege er EE 34 FG User Manual Ver 3 1 Oct 2013 PMH 0010 34 Page 2 PEX PIO PISO DA Series Card Analog Output Boards 2 6 12 CUMENE OUGDUE Connell EE 2 GARD LR TI 35 2 8 PIN AGGIGNMENTS Re ee ee ee ee Re ee Re ee EE ee 36 3 HARDWARE INSTALLATION snare 37 4 SOFTWARE INSTALLATION NG 41 4 1 RENN EP e AT 41 4 2 ENE DRIVER NINA 43 4 3 CONFIRM THE SUCCESSFUL INSTALLATION evrvvrrrvnvvrnnnsrrnvrrnnnssnnvrnnnsnsnvvrnnnssnnvrrnnsssnnvrnnnsssnvvvnnesssnvrvnnesenvrnns
15. a ee eneen SI for i 0 i lt wBoards i PIO GetConfigAddressSpace i amp wBase amp wlrq amp wSubVendor amp wSubDevice amp wSubAux amp wSlotBus amp wSlotDevice printf nCard_ d wBase x wIrq x subID x x x SlotID x x i wBase wirg wSubVendor wSubDevice wSubAux wSlotBus wSlotDevice printf gt ShowPioPiso wSubVendor wSubDevice wSubAux PEX PIO PISO DA Series Card Analog Output Boards 6 2 The Assignment of I O Address The plug amp play BIOS will assign the proper I O address to PEX DAx PISO DAxU and PIO DAxU series card If there is only one PEX DAx PISO DAxU and PIO DAxU series card the user can identify the board 0 If there are two PEX DAx PISO DAxU and PIO DAxU series cards in the system the user will be very difficult to identify which board is board 0 The software driver can support 16 boards max Therefore the user can install 16 boards in one PC system Sometimes it is difficult to find the card number The easiest way to identify which card is card 0 is to use the wSlotBus and wSlotDevice functions in the following manner Step 1 Remove all PEX PISO PIO DA series cards from the PC Step 2 Install a PEX PISO PIO DA series card into PCI_slot1 on the PC and then run PIO PISO EXE Record the results shown for wSlotBus1 and wSlotDevicel Step 3 Remove all PEX PISO PIO DA series cards from the PC Step 4 Install a PEX PISO PIO DA series card into PCI_slot2 on the PC and then r
16. are disable now 6 3 2 AUX Control Register Read Write wBase 2 Aux 0 gt this Aux is used as a D I Aux 1 gt this Aux is used as a D O When the PC is first turned on all Aux signals are in a Low state All Aux are designed as D I for all PIO PISO series Please set all Aux to the DI state FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 61 PEX PIO PISO DA Series Card Analog Output Boards 6 3 3 Aux Data Register Read Write wBase 3 When the Aux is used for D O the output state is controlled by this register This register is designed for feature extension Therefore do not use this register 6 3 4 INT Mask Control Register Read Write wBase 5 RE TE ET KEES GE ENO ENO 0 gt Disable INTO as an interrupt signal Default ENO 1 gt Enable INTO as an interrupt signal EN1 0 gt Disable INT1 as an interrupt signal Default EN1 1 gt Enable INT1 as an interrupt signal For example outportb wBase 5 0 Disable all interrupt outportb wBase 5 1 Enable interrupt of INTO outportb wBase 5 2 Enable interrupt of INT1 outportb wBase 5 3 Enable both interrupt channels Refer to the following demo programs for more information DEMO3 C and DEMOA C gt single interrupt source DEMO5 C and DEMO6 C gt multiple interrupt source kl ERG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 62 PEX PIO PISO DA Series Card Analog Output Boards 6 3 5 Aux
17. immediately be sent to the D A converter The user can then determine the correct value for DaValue that is mapped to the accurate output value Step 5 Repeat Step 4 for each channel After this procedure the new data for MinV n MaxV n MinI n MaxI n will be stored in the onboard EEPROM DEMO10 EXE can be executed to back up the old calibration data to A DA16 DAT before a new calibration is performed If an error occurs while the new calibration is being performed DEMO11 EXE can be executed to download the data from A DA16 DAT to the EEPROM DEMO10 EXE Save the old calibration data DEMO11 EXE Download the old calibration data DEMO12 EXE Perform a new calibration Note Demo10 exe Demo11 exe and Demo12 exe are DOS programs that can run on either a pure DOS or a FreeDOS http www freedos org system These DOS programs do not work on the DOS command prompt within Windows FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 33 PEX PIO PISO DA Series Card Analog Output Boards 2 6 11 Voltage Output Connection External 7 ad Internal Output Current _ Max 5mA lt a D A Converter 14 bits Data Load S AGND D 2 6 12 Current Output Connection External lt gt Internal Current Loop 0 20mA Load D A Converter Vien DO K 14 bits Data D13 External Pow er Supply 9 36V AGND dd Us
18. 0 0 V In addition these VRs also have to be adjusted so that the current output for Ox1fff 0 mA and Ox3fff 20 mA In conventional designs these VRs are commonly used for voltage current output so the user has to perform some calibration when changing from voltage to current Also if these VRs are changed the user has to re perform the calibration This procedure is complex and creates a heavy workload The PEX DA and PISO PIO DAxU series uses software calibration to replace this complex procedure in the following manner m For each voltage output Hex Value Ideal Actual Calibration channel find two hex values l 0X3FFF 10 1V 10 V MaxV n and MinV n stored MaVinl ai gee ge 10 0V in the onboard EEPROM MaxI n dt 20mA MaxV n is mapped to exactly 10 V and MinV n is mapped DaValue gt eee MOLE leut to exactly 10 V m For each current output Minlin gt lt OmA channel also find two hex values MaxI n and MinlI n stored in the onboard EEPROM MaxI n is mapped to exactly 20 mA and MinI n is MinV n gt SS 10 0V mapped to exactly 0 mA 0X0000 10 1V 10 2V FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 25 PEX PIO PISO DA Series Card Analog Output Boards Consequently the software can be used to calibrate the analog output without the need for any hardware Trim pot adjustment For example Channel n MinV n MaxV n MinI n MaxI n 34 37 32 34 35 31 36 34 34 32 35 33
19. 0V 10V 14 bit 1 22 mV OV 10V 13 bit 1 22 mV 5V 5V 13 bit 1 22 mV OV 5V 12 bit 1 22 mV 0 mA 20 mA 13 bit 2 70 HA 4 mA 20 mA 13 bit 2 70 HA User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 27 PEX PIO PISO DA Series Card Analog Output Boards 2 6 2 10 V Voltage Output The voltage output for PEX DA and PISO PIO DAxU series cards is always in the range of 10 1 V If the user needs to output a voltage in the range of 10 V the software calibration is the same as that described in Sec 2 6 Consequently Vout will be in the range of 410 V so the DaValue will approximately be from 0x0000 to Ox3fff which means that the resolution is about 14 bits 2 6 3 5 V Voltage Output The voltage output for PEX DA and PISO PIO DAxU series cards is always in the range of 10 1 V If the user needs to output a voltage in the range of 45 V the software calibration is same as that described in Sec 2 6 Consequently Vout will be in range of 5 V so the DaValue will approximately be from OxOfff to Ox2fff which means that the resolution is about 13 bits 2 6 4 0 10 V Voltage Output The voltage output for PEX DA and PISO PIO DAXU series cards is always in the range of 10 V 1 If the user needs to output a voltage in the range of 0 10 V the software calibration is the same as that described in Sec 2 6 Consequently Vout will be in the range of 0 10 V so the DaValue will approximately be from Ox1fff to Ox3fff which means the resolu
20. 1 Oct 2013 PMH 0010 31 Page 15 PEX PIO PISO DA Series Card Analog Output Boards 2 3 2 INT CHAN 0 1 Ad INTO 1 INT CHAN 0 1 EE Inverted Noninverted select INVO 1 Enable Disable select ENO 1 The architecture for INT CHAN 0 and INT CHAN 1 is shown in the above figure The only difference between INTO and INT1 is that the INT CHAN 0 signal source is from the 8254 counter0 output and the INT CHAN 1 signal source is from the 8254 counter2 output INT CHAN 0 1 must be fixed at a low level state normally and a high pulse generated to interrupt the PC ENO 1 can be used to enable disable the INT CHAN 0 1 in the following manner Refer to Sec 6 3 4 ENO 1 0 INT CHAN 0 1 disabled ENO 1 1 INT CHAN 0 1 enabled INVO 1 can be used to invert non invert INTO 1 in the following manner Refer to Sec 6 3 5 INVO 1 0 INT CHAN 0 1 inverted state for INTO 1 INVO 1 1 3 INT CHAN 0 1 non inverted state for INTO 1 As noted above if INT is fixed at a low level state the PEX DA and PIO PISO DAxU series will interrupt the PC continuously so the interrupt service routine should use INVO 1 to invert non invert the INTO 1 in order to generate a high_pulse Refer to the next section FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 16 PEX PIO PISO DA Series Card Analog Output Boards 2 3 3 Initial High Ative_Low Interrupt So
21. 6 7 8 9 10 11 12 13 14 15 16 17 18 19 PEX PIO PISO DA Series Card Analog Output Boards 5 2 Execute the Test Program 1 Execute the UniDAQ Utility Program The UniDAQ Utility exe will be placed in the default path after completing installation Default Path C ICPDAS UniDAQ Driver Double click the UniDAQUtility exe C ICP DAS UniDAQ DAQ Card Utility SRE Double Click A Click this button LINIDACUEIE to start test 0 PIO DA4 8 16 Confirm the PIO DA series card had successfully installed to PC It starts from 0 EXIT A Note The PEX DAx software is fully compatible with the PIO DAXU series software kl ERG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 49 PEX PIO PISO DA Series Card Analog Output Boards PP 2222233 Ea Eg The corresponding D I becomes red for channel 0 2 4 6 of D O is ON User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 50 PEX PIO PISO DA Series Card Analog Output Boards 3 Get Analog Output Function test result mor Click Analog Output item voltage Outout Channel Rande voltagelv a E Bipolar 10 v 5 O br a Click this button N ns GRS Select the Channel 0 Select the 10V Type the voltage value The value read on meter may be little difference from the DA value because of the resolution limit of meter or the measurement error D PIO DAA BII6 CARD I ID 9 I
22. DA8U 1400 mA 5 V PEX DA16 PIO DA16U 3000 mA 5 V PISO DA16U Operatin re 0 60 C Temperature Storage j 20 70 C Temperature 5 85 RH non condensing Power Consumption User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 10 PEX PIO PISO DA Series Card Analog Output Boards 2 1 Board Layout m PIO DAx Board Layout 1 PIO DA16 CT PIO DA8 CT PIO DA4 O Z 0000000000 O O O O O O O O O O PCI BUS Note CON1 16 channel D O CON2 16 channel D I CONS 4 8 16 channel D A converter voltage current output FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 11 PEX PIO PISO DA Series Card Analog Output Boards 0000000000 0000000000 Universal PCI BUS m PEX DA Board Layout CON3 po SW1 ON dl mi PCI Express Note CON1 16 channel D O CON2 16 channel D I CONS 4 8 16 channel D A converter voltage current output SW1 Card ID JP1 Pull high pull low resisters for DI EN User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 12 PEX PIO PISO DA Series Card Analog Output Boards 2 2 Counter Architecture There is a single 8254 Timer Counter chip on the PEX PIO PISO DA series board and provides two interrupt sources The first is a 16 bit timer output INTO and the other one is a 32 bit timer output INT1 The block diagram is shown below O 4MHz INTO H OUTO GATEO Counter0 OUT1 GATE1 Counter1 NTI OUT
23. EX DA8 V1 0 OxE0 E4 PEX DA16 Pin Assignment A GND CN3 5 10 15 24 29 A GND CN3 5 10 15 24 29 A GND CN3 5 10 15 24 29 A GND CN3 5 10 15 A GND CN3 5 10 15 24 29 A GND CN3 5 10 15 Card ID User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 8 PEX PIO PISO DA Series Card Analog Output Boards 1 3 Specifications Model Name PEX DA4 DA8 DA16 PIO DA4U DA8U DA16U PISO DA4U DA8U DA16U Analog Output 4 8 16 independent 14 bit 0 04 of FSR 2 LSB 25 C 10 V Current 0 20 mA Digital Input Logic 0 0 8 V max Logic 1 2 0 V min Digital Output Channels 16 ch Compatibility 5 V CMOS 5 V TTL Output 0 4 V max Voes 2 4 V min Output 2 4 mA 0 8 V Capability 0 8 MA 2 0 V Response Speed 1 0 MHz Typical Timer Counter UJ Channels Resolution Compatibility Reference Clock 16 bit 5 V TTL Internal 4 MHz PEX PIO PISO DA Series Card Analog Output Boards Model Name PEX DA4 DA8 DA16 PIO DA4U DA8U DA16U PISO DA4U DA8U DA16U General Bus Type PCI Express x1 3 3V 5V Universal PCI 32 bit 33MHz Data Bus Yes 4 bit for Version Card ID Yes 4 bit jk gend PET ves 4 bit 1 0 Connector Female DB37 x 1 Male 20 bit ribbon x 2 Dimensions 188 mmx 97 mm 188 mmx 97 mm 180 mmx 97 mm LXW Version 1 1 or above 600 mA 5 V PEX DA4 PIO DA4U 2200 mA 5 V PISO DA4U 800 mA 5 V PEX DA8 PIO DA8U 2400 mA 5 V PISO
24. Q card into the computer For detailed information about the hardware Hardware Installation installation of PEX DAx PISO DAxU and e PIO DAxU series card please refer to Chapter 3 EE EES E OER rp aopen Hardware Installation To install your PIO D96 series card complete the following steps Step 1 Installing PIO D96 series card driver on your computer first User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 43 PEX PIO PISO DA Series Card Analog Output Boards Step 2 Power on the computer and system should find the new card and then continue to finish the Plug amp Play steps Note Some Windows OS will load the driver automatically to complete the installation J Found New Hardware at boot Network Controller Step 3 Select Install the software automatically Recommended and click the Next gt button Found Mew Hardware Wizard Welcome to the Found New Hardware Wizard This wizard helps vou install software for UnuDaQ PO LATADASTA4 Series Board If pour hardware came with an installation CD zE or floppy disk insert it now hat do vou want the wizard to do User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 44 PEX PIO PISO DA Series Card Analog Output Boards Step 4 Click the Finish button Found New Hardware Wizard Please wait while the wizard installs the software Ba UniDAGJPIO DA16 DAB DA4 Series Board a Found New Hardwire Wizar
25. SO PIO DA series cards installed in this PC Step 1 Detect all PEX PISO PIO DAx series cards installed in this PC wSubVendor 0x80 wSubDevice 4 wSubAux 0x00 For PIO DA4 8 16 series cards wRetVal PIO DriverInit amp wBoards wSubVendor wSubDevice wSubAux printf There are d PIO DA16 Cards in this PC n wBoards Step 2 Save the resource information for all PIO DA4 8 16 series cards installed in this PC for i 0 i lt wBoards i d PIO GetConfigAddressSpace i amp wBase amp wIrq amp wWwID1 amp wID2 amp wID3 amp wID4 amp wID5 printf nCard_ d wBase x wIrqg x i wBase wIrq wConfigSpace i 0 wBaseAddress Save the resource information for this card wConfigSpace i 1 wlIrq Save the resource information for this card FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 54 PEX PIO PISO DA Series Card Analog Output Boards Step 1 Detect all PIO PISO series cards installed in this PC wRetVal PIO_DriverInit amp wBoards Oxff Oxff Oxff Detect all PIO PISO series cards printf nThere are d PIO PISO Cards in this PC wBoards if wBoards 0 exit 0 Step 2 Save the resource information for all PIO PISO cards installed in this PC printf n Pe EE es eee ee re ee ae EN EEE MA EN Ur for i 0 i lt wBoards i PIO_GetConfigAddressSpace i amp wBase amp wIrq amp wSubVendor amp wSubDevice amp wSubAux amp wSlotBus amp wSlotDevice printf
26. Status Register Read Write wBase 7 Aux0 INTO Aux1 INT1 Aux2 3 EEPROM control Aux4 7 Aux ID Refer to Sec 4 1 for more information Aux0 1 are used as interrupt sources The interrupt service routine needs to read this register to identify the interrupt sources Refer to Sec 2 3 for more information 6 3 6 Interrupt Polarity Register Read Write wBase 0x2A poo foo jo tt mo INVO0 1 0 gt select the inverted signal from INTO 1 INV0 1 1 gt select the non inverted signal from INTO 1 For example outportb wBase 0x2a 0 Select the inverted input from both channels outportb wBase 0x2a 3 Select the non inverted input from both channels outportb wBase 0x2a 2 Select the inverted input from INTO Select the non inverted input from the others Refer to Sec 2 3 and the DEMO3 4 5 6 C files for more information FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 63 PEX PIO PISO DA Series Card Analog Output Boards 6 3 7 Read Write 8254 Register Read Write wBase 0xc0 8254 counter 0 Read Write wBase 0xc4 8254 counter 1 Read Write wBase 0xc8 8254 counter 2 Read Write wBase 0xcc 8254 control word 8254 Control Word EEEN E SC1 SCO 00 counter0 01 counter1 10 counter2 11 read back command RL1 RLO 00 counter latch instruction 01 read write low counter byte only 10 read write high counter byte only 11 read write low counter byte fi
27. Value then return to Step 7 Step 10 MaxV n DaValue Note MinV n and MaxV n are described in Sec 2 6 FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 31 PEX PIO PISO DA Series Card Analog Output Boards The steps required to calibrate the current for channel_n are as follows Step 1 DaValue 0x1fff Step 2 Send the DaValue to hannel n on the PIO PISO card Step 3 Measure the current of channel n on the I 7017 If this value is gt 0 mA then go to Step 5 Step 4 Increase the DaValue the return to Step 2 Step 5 MinI n DaValue 1 Step 6 DaValue 0x3fff Step 7 Send the DaValue to channel n on the PIO PISO card Step 8 Measure the current of channel n on the I 7017 If this value is gt 20 mA than go to Step 10 Step 9 Increase the DaValue the return to Step 7 Step 10 MaxI n DaValue Note MinI n and MaxI n are described n Sec 2 6 User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 32 PEX PIO PISO DA Series Card Analog Output Boards 2 6 10 User Software Calibration The users can perform calibration themselves using a voltage meter and a current meter Step 1 Run DEMO12 EXE Step 2 Select the card number for the PEX PIO PISO card that you want to calibrate Step 3 Select the item MinV n MaxV n MinI n MaxI n that you want to calibrate Step 4 Measure the analog output using the voltage meter or the current meter and decide whether to increase or decrease the DaValue The DaValue will
28. by PEX DA PISO DAxU or PIO DAxU directly without software driver modification Please refer to user manual ch 1 1 for the compatibility information The PISO DA series adds high voltage isolation design that offers a durable ability to keep users computers safe from unexpected surge It is the built in high quality isolation components that make PISO DA series featuring 2500 Vpc bus typed isolation For the PEX DA PIO DA and the PISO DA series their voltage output range is from 10 V to 10 V and their current output range is from 0 to 20 mA In addition These cards also feature the following advantages by ICP DAS s innovation 1 Accurate and easy to use calibration ICP DAS provides the software calibration instead of the manual calibration so that no jumpers and trim pots are required anymore The calibration information can be saved in EEPROM for long term use 2 Individual channel configuration In other words every channel can be individually configured as voltage output or current output 3 Card ID ICP DAS provides the card ID function for PEX DA PISO DAxU and PIO DAxU version 1 1 or above series Users can set card ID for each card and then recognize them one by one when more than two boards are used in a computer Note This card needs a 12 V power supply which can be found in either a regular PC or an Industrial PC FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 6 PEX PIO PISO DA Series Card Analog Outp
29. ce information for all PEX PISO PIO DA cards installed in this PC for i 0 i lt wBoards i d PIO GetConfigAddressSpace i amp wBase amp wlIrq amp t1 amp t2 amp t3 amp t4 amp t5 printf nCard_ d wBase x wIrqg x i wBase wIrq wConfigSpace i 0 wBaseAddress Save the resource information for this card wConfigSpace i 1 wlIrq Save the resource information for this card Step 3 Control the PEX PISO PIO cards directly wBase wConfigSpace 0 0 get the base address for card 0 outport wBase 1 enable all D I O operations of card 0 wBase wConfigSpace 1 0 get the base address for card 1 outport wBase 1 enable all D I O operations of card 1 ty rk ko User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 56 PEX PIO PISO DA Series Card Analog Output Boards 6 1 4 Show PIO PISO Show PIO PISO wSubVendor wSubDevice wSubAux wSubVendor The subVendor ID of the board you are seeking wSubDevice The subDevice ID of the board you are seeking wSubAux The subAux ID of the board you are seeking This function will display a text string showing these special subIDs which are the same as those defined in the PIO H include file The code for the demo program is as follows Detect all PIO_PISO series cards installed in this PC wRetVal PIO DriverInit amp wBoards Oxff Oxff Oxff printf nThere are d PIO PISO Cards in this PC wBoards if wBoards 0 exit 0 PENON
30. d Setting a system restore point and backing ui case pour system needs to be restored in the f Completing the Found New Hardware Wizard The wizard has finished installing the software for UnuDaQ PO DAIGDASTA4 Series Board Click Finish to close the wizard 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 3 1 Oct 2013 PMH 0010 31 Page 45 PEX PIO PISO DA Series Card Analog Output Boards 4 3 Confirm the Successful Installation Make sure the PEX DAx PISO DAxU and PIO DAxU series card installed is correct on the computer as follows Step 1 Select the Start gt Control Panel and then double click the System icon on Windows Step 2 Click the Hardware tab and then click the Device Manager button Step 3 Check the PEX DAx PISO DAxU and PIO DAxU series card which listed correctly or not as illustrated below E Device Manager File Action View Help S VicPies DIR Computer BR Display adapters DYDICD ROM drives ij Floppy disk controllers IDE ATA ATAPI controllers Keyboards TY Mice and other pointing devices 3 Monitors Ha Network adapters lf Ports COM amp LPT g Processors 10 Sound video and game controllers System devices ER Universal Serial Bus controllers User Manual Ver 3 1 Oct 2013 PMH 0010 31 Pa
31. er Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 34 PEX PIO PISO DA Series Card Analog Output Boards 2 7 Card ID Switch The PEX DA PIO DAxU ver 1 1 or above and PISO DAxU has a Card ID switch SW1 with which users can recognize the board by the ID via software when using two or more PEX DA PIO DAXU ver 1 1 or above and PISO DAxU series cards in one computer The default Card ID is 0x0 For detail SW1 Card ID settings please refer to Table 2 7 Default Settings Table 2 7 Default Settings OFF gt 1 ON gt 0 Card ID Hex Sei S S S ID2 IDS HOO om NN PEX PIO PISO DA Series Card Analog Output Boards 2 8 Pin Assignments Pin Assign ment DO 0 DO 03 DO 4 DO 6 DO 8 DO 10 DO 12 DO 14 GND 5V Terminal No DO 1 DO 5 DO 7 DO 9 DO 1 GND 0000000000 0000000000 Pin Terminal No Assign ment VO 0 VO 1 Niege VO 3 A GND VO 4 VO 5 VO 6 VO 7 A GND VO 8 VO 9 VO 10 VO 11 A GND VO 12 VO 13 VO 14 VO 15 CON3 PISO DAxU Pin Assign ment D03 DO 13 DO 15 12V Pin Assign ment DI 0 DI 2 DI 4 DI 6 DI 8 DI 10 DI 12 DI 14 GND 5V Terminal No 1 0000000000 0000000000 Terminal No CON3 PEX DA PIO DAxU User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 36 PEX PIO PISO DA Series Card Analog Output Boards 3 Hardware Installation Note Its recommended to install driver first since so
32. ge 46 PEX PIO PISO DA Series Card Analog Output Boards 5 Testing PIO DA Card This chapter can give you the detail steps about self test In this way user can confirm that PEX DAx PISO DAxU and PIO DAxU series card well or not Before the self test you must complete the hardware and driver installation For detailed information about the hardware and driver installation please refer to Chapter 3 Hardware Installation and Chapter 4 Software Installation 5 1 Self Test Wiring 5 1 1 DIO Test Wiring 1 Prepare for device One CA 2002 optional cable 2 Use the CA 2002 to connect the CON1 with CON2 on board FY V r 40 es i i z os RE N AMR iran EN Huus 5 ET 2 TERT i y Fe eee i TH wa a gt e HAES aa i df sit e H d mid N MV TS Ge AE IR dE A MV CRD 0515M 7 gt he RES dE rs ICD mas CA 2002 User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 47 PEX PIO PISO DA Series Card Analog Output Boards 5 1 2 Analog Output Test Wiring 1 Prepare for device One DN 37 optional wiring terminal board One CA 3710 optional cable Digital Multi Meter 2 Connect a DN 37 to the CON3 DN 37 0 W CONNECTOR gy BLOCK 3 Connect the positive probe of Multi meter to VO 0 Pin 0 and then the negative probe of Multi meter to A GND Pin 05 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 Q000000000000000000 0000000000000000000 1 2 3 4 5
33. hannel configurations can be selected using software meaning that there is no need to change any hardware m Precision is at least the same as the A 626 A628 m All 16 channels can be configured and used in different configurations at the same time For example channel 0 10 V channel 1 4 20 mA channel 2 0 5 V etc m All these features can be implemented on a small compact and reliable half size PCB FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 30 PEX PIO PISO DA Series Card Analog Output Boards 2 6 9 Factory Software Calibration t is recommended that a 16 bit A D card is used to calibrate the PISO DA PIO DA series cards The I 7000 series is a set of precise remote control modules and the I 7017 is an 8 channel 16 bit precision A D module 24 bit sigma delta A D converter Two I 7017 modules are used for voltage output calibration and another two for current output calibration The steps required to calibrate the voltage for channel_n are as follows Step 1 DaValue 0 Step 2 Send the DaValue to channel n on the PIO PISO card Step 3 Measure the voltage of channel_n on the I 7017 If this value is gt 10 V then go to Step 5 Step 4 Increase the DaValue then return to Step 2 Step 5 MinV n DaValue 1 Step 6 DaValue 0x3fff Step 7 Send the DaValue to channel n on the PIO PISO card Step 8 Measure the voltage of channel n on the I 7017 If this value is gt 10 V then go to Step 10 Step 9 Increase the Da
34. ity Yer 2 49 10 126 Siz ZP Please select one of the der rice ER ho ITJ the detail information Guben 5 IER Bo nardvame Versoin ni zE159 Oz0001 Oe41e0 Oz0000 0x00 PIO DA4 B 1E vi RAN I O Port HEX EED Value Write an TE oC 16 Read RW Memory HEX wm EE Value Write Deviced i 2 MEE MEE Ne i o g Read Address ROH BERAN EXIT Figure 6 1 User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 53 PEX PIO PISO DA Series Card Analog Output Boards ICP DAS provides the following necessary functions 1 PIO DriverInit amp wBoard wSubVendor wSubDevice wSubAux 2 PIO GetConfigAddressSpace wBoardNo wBase wIrq wSubVendor wSubDevice wSubAux wSlotBus wSlotDevice 3 Show_PIO_PISO wSubVendor wSubDevice wSubAux 6 1 2 PIO DriverInit PIO Driverlnit amp wBoards wSubVendor wSubDevice wSubAux wBoards 0 to N The number of boards found in this PC wSubVendor The subVendor ID of the board you are seeking wSubDevice The subDevice ID of the board your are seeking wSubAux The subAux ID of the board you are seeking This function can be used to detect all PIO PISO series cards within your system Implementation is based on the PCI Plug amp Play mechanism The function locates all PIO PISO series cards installed in this system and save the relevant resource information in the library Sample program 1 Detect all PEX PI
35. ll interrupt signal state int_c new_int_state now_int_state compare new_state to old_state E if fint c amp 0x01 1 INT CHAN O is active wi if new_int_state amp 1 0 INTO change to low now SCH INTO Lt else INTO change to high now ey INTO H invert invert 1 generate high_pulse ey if fint c amp 0x02 2 INT CHAN 1 is active wi if new_int_state amp 2 0 INT1 change to low now a INT1 L else INT1 change to high now sl INT1 H invert invert 2 generate high pulse F now int state new int state update interrupt status vi outportb wBase 0x2a invert generate a high pulse SCH if wlrg gt 8 outportb A2_8259 0x20 outportb A1 8259 0X20 FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 20 PEX PIO PISO DA Series Card Analog Output Boards 2 4 D I O block Diagram The PEX DA and PISO PIO DAxU series provides 16 digital input channels and 16 digital output channels and all signal levels are TTL compatible The connection diagram and block diagram are as follows 4 16 bits D I port 16 bits sng ejeq e007 16 bits D O port ar The D I Port can be connected to a DB 16P which is a 16 channel isolated digital input daughter board The D O Port can be connected to either a DB 16R or a DB 24PR The DB 16R is a 16 channels relay output board The DB 24PR is a 24 channels power relay output board
36. me operating system such as Windows 2000 may ask you to restart the computer again after driver installation This reduces the times to restart the computer To install your PEX DAx PISO DAxU and PIO DAXU series card complete the following steps Step 1 Installing DAQ card driver on your computer first For detailed information about the driver installation please refer to Chapter 4 Software Installation Cc For detailed information about the card ID SW1 please refer to Sec 2 7 Car ID Switch Note The card ID function only supports PEX DAx PISO DAxU and PIO DAxU ver 1 1 or above User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 37 PEX PIO PISO DA Series Card Analog Output Boards Step 3 Shut down and power off your computer Step 4 Remove all covers from the computer PGI Sn User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 38 PEX PIO PISO DA Series Card Analog Output Boards Step 6 Remove the PCI PCI Express slot cover form the PC Step 7 Remove the connector cover form the DAQ card di Express User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 39 PEX PIO PISO DA Series Card Analog Output Boards Step 9 Tighten the captive Phillips screw Confirm the PEX DAx PISO DAxU and PIO DAxU series card is mounted on the motherboard F a Step 10 Replace the computer cover Step 11 Power on the computer Follow the prompt message
37. nual Ver 3 1 Oct 2013 PMH 0010 31 Page 74 PEX PIO PISO DA Series Card Analog Output Boards A5 DB 16R Relay Board The DB 16R 16 channel relay output board consists of 16 Form C relays for efficient switching of load by programmed control It is connector and functionally compatible with 785 series board but with industrial type terminal block The relay is energized by applying 5 voltage signal to the appropriate relay channel on the 20 pin flat connector There are 16 enunciator LEDS for each relay light when their associated relay is activated To avoid overloading your PC s power supply this board provides a screw terminal for external power supply DB 16R Form C Relay Normally Open Normally Closed Com 00000000 00000000 20 Pin cable SU 00000000 PEX DA PISO DA PIO DA DB 16R Note Channel 16 Form C Relay Relay Switching up to 0 5 A at 110 Vac 1 A at 24 Vpc FG User Manual Ver 3 1 Oct 2013 PMH 0010 34 Page 75 PEX PIO PISO DA Series Card Analog Output Boards A6 DB 24PR DB 24POR DB 24C Power Relay Board The DB 24PR is a 24 channel power relay output board that consists of 8 Form C and 16 Form A electromechanical relays that enable efficient switching of loads though a programmable control The contact of each relay can control a 5 A load at 250 VAC 30 VDC The relay is powered by applying a 5 V signal to the appropriate relay channel
38. o voltage Outout Channel Rande Yoltage SUTELT 0 3 Bipolar 10 5 ES Current Output Channel Range Ge mA OUTPUT jo Select FE PEX PIO PISO DA Series Card Analog Output Boards 6 I O Control Register 6 1 How to Find the I O Address The plug amp play BIOS will assign a proper I O address to every PIO PISO series card in the power on stage The fixed IDs for the PEX DAx PISO DAxU and PIO DAxU series card are given as follows Table 6 1 PIO DA4 PIO DA4 PIO DA4U PISO DA4U PEX DA4 PIO DAS PIO DAS PIO DASU PISO DASU PEX DAS PIO DA16 PIO DA16 PIO DA16U PISO DA16U PEX DA16 Version 1 0 4 0 1 0 1 0 1 0 1 0 EIE AE AE AE ER N Sub 0x80 0x4180 0x4180 0x4180 0x4180 0x4180 Vendor ID Sub Device a 0x04 0x00 0x00 0x00 0x00 0x00 D on oo mm nm nm User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 52 PEX PIO PISO DA Series Card Analog Output Boards 6 1 1 PIO PISO EXE Utility for Windows The PIO PISO EXE utility program will detect and present all information for ICPDAS I O cards installed in the PC as shown in the following Figure6 1 Details of how to identify the PEX DAx PISO DAxU and PIO DAxU series card of ICPDAS data acquisition boards based on the Sub vendor Sub device and Sub Aux ID are given in Table 6 1 The PIO PISO exe utility is located on the CD as below and is useful for all PIO PISO series cards ES de Ale ESCH bel ICP DAS PCI Base I O Card Util
39. o DA2 _ id Piso Dio B Pci tMC12A SW UniDAQ J PCI FC16U Ed PC1 8221826 dr MAIN MENU S PCI D64HU 2 Click the item DLL for Windows 2000 and XP 2003 Vista 32 bit E DLL for Windows 2000 and XP 2003 Vista 32 bit Sal Software Manual q BACK MAIN MENU 3 Double Click UniDAQ Win Setup x x x X JOOOLEXE file in the Driver folder Setup 11 12 OD OL exe FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 42 PEX PIO PISO DA Series Card Analog Output Boards Click the Next gt button to start the installation 5 Check your DAQ Card is or not on supported list Click the Next gt button 6 Select the installed folder the default path is C ICPDAS UniDAQ confirm and click the Next gt button 7 Check your DAQ card on list then click the Next gt button 8 Click the Next gt button on the Select Additional Tasks window The demo program can be obtained from the following link and then click the Next gt button 10 Select No I will restart my computer later and then click the Finish button For detailed information about the UniDAQ driver installation please refer to UniDAQ DLL Software Manual The user manual is contained in CD NAPDOS PCI UniDAQ Manual http ftp icodas com pub cd iocard pci napdos pci unidag manual 4 2 PnP Driver Installation Step 1 Turn off the computer and install the DA
40. o the DEMO6 7 8 9 C files for more information FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 68 PEX PIO PISO DA Series Card Analog Output Boards 7 1 Demo Program for Windows All demo programs will not work properly if the DLL driver has not been installed correctly During the DLL driver installation process the install shields will register the correct kernel driver to the operation system and copy the DLL driver and demo programs to the correct position based on the driver software package you have selected Win98 Me NT 2K and 32 64 bit winXP 2003 Vista 7 8 Once driver installation is complete the related demo programs and development library and declaration header files for different development environments will be presented as follows Demo Program for PIO DA Series Classic Driver The demo program of PIO DA series is contained in CD NAPDOS PCI PIO DA DLL_OCX Demo http ftp icodas com pub cd iocard pci napdos pci pio da dll_ocx demo There are about demo program given as follows Includes the BCB Csharp Delphi VB net VC net VB and VC demo programs with source code e DA demo D A Output demo e DIO demo D I O demo e DIO2 demo D I O LED interface e Interrupt demo Single interrupt For detailed information about the DLL function of the PIO DA series please refer to DLL Software Manual CD NAPDOS PCI PIO DA Manual FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 69 PEX PIO
41. oltage Output Voltage Output Voltage Output Voltage Output Voltage Output Voltage Output Voltage Output Voltage Output d0 d13 di4 d15 ed eed Uil A QIN CO OJ OO NI UT AIN ODO d0 d13 Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output Current Output di4 d15 d0 d13 SIG ST sng e eq paleling di4 d15 ed eed ed Uil KLINIES WO OO NI UT KN Go JF ODO d0 d13 di4 d15 The PEX DA and PISO PIO DAxU provides 4 8 16 channels of double buffered digital to analog output and provides voltage output and current output simultaneously Ss rae User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 24 PEX PIO PISO DA Series Card Analog Output Boards 2 6 D A Conversion Operations The D A converters on PEX DA and PISO PIO DAxU series cards use 14 bit resolution so the digital data values range from 0x0000 to Ox3fff The hardware is designed to output voltage in a range from 10 1 10 1 volts as follows 0x0000 gt about 10 1 volts Ox3FFF about 10 1 volts In a conventional design there will be some VRs that need to be adjusted so that the voltage output for 0x0000 10 0 V and Ox3fff 1
42. or more information about wBase Address wBase 0 wBase 2 wBase 3 wBase 5 wBase wBase 0x2a wBase 0xc0 wBase 0xc4 wBase 0xc8 wBase 0xcc wBase 0xd4 wBase 0xe0 wBase 0xe4 wbase 0xe8 wBase 0xec wBase 0xf0 wBase 0xf4 wBase 0xf8 wBase 0xfc Read Write Reserved RESETY control register Reserved Aux control register Aux data register Aux data register Reserved INT mask control register Aux pin status register ame Reserved INT polarity control register Read 8254 Counter0 Write 8254 Counter0 Read 8254 Counter1 Write 8254 Counter1 Read 8254 Counter2 Write 8254 Counter2 Read 8254 control word Write 8254 control word Read the Card ID Reserved Read the Low byte of D I DA 0 chip select Read the High byte of D I DA_1 chip select es chip select dE E chip select Read the Low byte of DE wen the Low byte of D A ee the High byte of D A EE ee the Low byte of D O ee en the High byte of D O User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 60 PEX PIO PISO DA Series Card Analog Output Boards 6 3 1 RESET Control Register Write wBase 0 When the PC s power is first turned on RESET signal is in a Low state This will disable all DI DO operations The user has to set the RESET signal to a High state before any DI DO command applications are initiated For example outportb wBase 1 RESET High gt all D I O are enable now outportb wBase 0 RESET Low gt all D I O
43. rst then high counter byte M2 M1 MO 000 mode interrupt on terminal count 001 model programmable one shot 010 mode2 rate generator 011 mode3 square wave generator 100 mode4 software triggered pulse 101 mode5 hardware triggered pulse BCD 0 binary count 1 BCD count FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 64 PEX PIO PISO DA Series Card Analog Output Boards For example WORD pio da16 cO char cConfig char cLow char cHigh COUNTER 0 d outportb wBase 0xcc cConfig outportb wBase 0xc0 cLow outportb wBase 0xc0 cHigh return NoError WORD pio da16 ci char cConfig char cLow char cHigh COUNTER 1 d outportb wBase 0xcc cConfig outportb wBase 0xc4 cLow outportb wBase 0xc4 cHigh return NoError WORD oo da1i6 c2 char cConfig char cLow char cHigh COUNTER 2 d outportb wBase 0xcc cConfig outportb wBase 0xc8 cLow outportb wBase 0xc8 cHigh return NoError i 6 3 8 Read Card ID Register Read wBase 0xd4 oe 0 0 o ws me m mo For example wCardID inportb wBase 0xd4 read Card ID Ox0 0x15 Note The Card ID function is only supported by the PEX DA PISO DAxU and PIO DAxU Ver 1 1 or above FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 65 PEX PIO PISO DA Series Card Analog Output Boards 6 3 9 Digital Input Register Read wBase 0xe0 gt Low byte of the D I port DIZ me DI DI4 DI3 DI2 DIL om
44. ssnvvvene 46 5 TESTING PIO DA CARD EE 47 5 1 EE TEST Ee 47 NEE OC URE ei oe Ge Ee N ee GR N ee oe Ge OE 47 5 12 Analog Output Test WING ER Re Re Re Re Re Re Re Re Re Re ee ee 48 5 2 EXECUTE THE Ee 49 6 WO COIN tie Nier CN E 52 6 1 HOW TO FIND HET OE 52 bid PIO PISO EXE Ulty Or ee EE 53 EL FO PVT E 54 6 1 3 PIO Geft onttodireesbt gcR ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee 56 OLT od ek E N EE RE RE ie 57 6 2 THE ASSIGNMENT OF I O ADDRESS EER eene Gee ER ee ek SR SR ER Re Ee ee eek Ee Ge Re ee ek Se Se ee eke ee Ese 58 6 3 TE TO ADDRESS MN 60 63 1 RESET Control Register ees see ee see se ee ee ee ee ee eed Ge ee ee ee ee ee ee ee ee 61 OA AUN CONO FROG SUI asc N EO EE EE EE N EEN 61 RE AUX DA ROGITO OO N NE IE OO EE EN EE 62 O3 LANE Mask eege EEN 62 Os AU SLS Ee 63 6 3 6 dee leed Me EE 63 6 3 7 Read Write 8254 REGISCOS cccccccecsccesessscescssscessessscssessscessesscessensecesessscescnscessuseseseasscescenscesseuseceseasecescaneceesees 64 EE 65 6 3 9 Digital Input TEE 66 6 5 10 Dota Eina dd REO SU EEE 66 Ol DA Seed EE 67 6 3 12 D A Data Output EE 68 7 DEMO PROGRAM RE 69 7 1 EON 69 FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 3 PEX PIO PISO DA Series Card Analog Output Boards 7 2 DEMO PROGRAM FOR DOS APPENDIX DAUGHTER BOARD eeeesnsnnnvvveversennnnnnnneversnnnnnnnnnseeesnnnnnnnnnnnsensnnnnnnnnnnesssnsnnnnnnnnnnennsnnnnnnnnnesensnnene 73 AL DB 17 and IN eene EE DEE ee 73 A E e 73 A3
45. te a high pulse SEH Dow int stages O Ic Ie al ae else now int state 0 now INTO LOW cb don t have to generate high pulse j LE MPEG SUEPOPESIAA GAS OO Out POr t ONA 8259 20 PEX PIO PISO DA Series Card Analog Output Boards 2 3 5 Multiple Interrupt Source Assume INTO is initial Low and active High INT1 is initial High and active Low as below INTO and INT1 return to normal at the same time INT1 returns to INT1 is active normal INTO and INT1 are active at the same time Refer to DEMO5 C for the source program All of these falling edge and rising edge can be detected using DEMOS C Note When the interrupt Is active the user program has to identify the active signals These signals may all be active at the same time so the interrupt service routine has to service all active signals at the same time FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 19 PEX PIO PISO DA Series Card Analog Output Boards EE cach ME Seat Sonn Me TE oe EE Note 1 The hold time of INT_CHAN_O amp INT CHAN 1 must long s es enoug wi Je 2 The ISR must read the interrupt status again to GE Ve identify the active interrupt source ey ie 3 The INT CHAN O amp INT_CHAN_1 can be active at the same SCH tbs time SE L EE E E e E Ee ee SE void interrupt irq service now ISR can not know which interrupt is active S new_int_state inportb wBase 7 amp 0x03 read a
46. tion is about 13 bits 2 6 5 O 5 V Voltage Output The voltage output for PEX DA and PISO PIO DAxU series cards is always in the range of 10 1 V If the user needs to output a voltage in the range of 0 5 V the software calibration is the same as that described in Sec 2 6 Consequently Vout will be in the range 0 5 V so the DaValue will approximately be from Ox1fff to Ox2fff which means that the resolution is about 12 bits FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 28 PEX PIO PISO DA Series Card Analog Output Boards 2 6 6 0720 mA Current Output The current output for PEX DA and PISO PIO DAxU series cards is always in the range of O 22 mA If the user needs to output a current in the range of 0 20 mA the software calibration is the same as that described in Sec 2 6 Tout will be in the range of 0 20 mA so the DaValue will approximately be from Ox1fff to Ox3fff which means that the resolution is about 13 bits 2 6 7 4 20 mA Current Output The current output for PEX DA and PISO PIO DAxU series cards is always in the range of O 22 mA If the user needs to output a current in the range of 4 20 mA the software calibration is the same as that described in Sec 2 6 Iout will be in the range of 4 20 mA so the DaValue will approximately be from 0x2600 to Ox3fff which means that the resolution is about 13 bits 2 6 8 No VR and No Jumper Design In a conventional 12 bit D A board for example the A 626 A 628
47. to finish the Plug amp Play steps please refer to Chapter 4 Software Installation Y User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 40 PEX PIO PISO DA Series Card Analog Output Boards The PEX DAx PISO DAxU and PIO DAXU series card can be used in DOS Linux and Windows 98 NT 2K and 32 bit 64 bit Windows XP 2003 Vista 7 8 This chapter shows you the detail steps to install these drivers The recommended installation procedure for Windows is given in Sec 4 1 4 3 4 1 Driver Installing Procedure Follow these steps Step 1 Run the companion CD Bn Insert the companion CD into the CD ROM driver and wait a few seconds until the installation program starts automatically If it does not start automatically for some reason then please double click the file NAPDOS AUTO32 EXE on the CD gt ICP DAS PCI20100726 IEP DAS elopment Toolkits 3 PCI Bus DAQ Card SI Step 2 Click the item PCI Bus DAQ Card PCI Bus DAQ Card N DASYLab Driver Watchdog WDT Card I Linux Driver Multi port Serial Card p Daughter Board User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 41 PEX PIO PISO DA Series Card Analog Output Boards Step 3 Please install the appropriate driver for your OS 1 Click the item UniDAG PGI DAQ Card Toolkits Manuals UniDAQ i Pio e21 i Piso 725 PCI 1602 1602F S Pio Dio S Pisos13 S Pio DA S Pis
48. un PIO PISO EXE again Record the result shown for wSlotBus2 and wSlotDevice2 Step 5 Repeat 3 and 4 for all PCI slots and record the results shown for each wSlotBus and wSlotDevice FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 58 PEX PIO PISO DA Series Card Analog Output Boards A possible sample record Table 6 2 PC s PCI slot wSlotBus wSlotDevice Slot 1 0 0x07 Slot_2 0 0x08 Slot_3 0 0x09 Slot_4 0 OXOA PCI BRIDGE Slot 5 1 OXOA Slot 6 1 0x08 Slot_7 1 0x09 Slot_8 1 0x07 The procedure outlined above can be used to record all wSlotBus and wSlotDevice information for all slots in the PC This mapping is fixed for each PC and can then be used to identify a specific PIO PISO card in the following manner Step 1 Record all wSlotBus and wSlotDevice information Step 2 Use the PIO_GetConfigAddressSpace function to retrieve the wSlotBus and wSlotDevice information for the specified card Step 3 The specified PIO PISO card can be identified from the two results FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 59 PEX PIO PISO DA Series Card Analog Output Boards 6 3 The I O Address Map The I O address for PEX DAx PISO DAxU and PIO DAXU series cards is automatically assigned by the ROM BIOS of the PC and provides Plug amp Play capabilities for PIO PISO series cards The PEX DAx PISO DAxU and PIO DAxU series I O addresses are mapped as follows Table 6 3 Refer to Sec 6 1 3 f
49. urce If INTO 8254 counterO output is an initial high active low signal depending on 8254 counter mode the interrupt service routine should use INVO to invert non invert INTO to generate a high_pulse in the following manner Refer to DEMO3 C Initial settings now_int_state 1 initial state for INTO outportb wBase 0x2a 0 select the inverted INTO VOLG AMESLEUDE de ane it new inte state now INTO is changed to LOW a H Es gt INT CHAN 0 INTO HIGH now SE COUNT L find a LOW pulse INTO If inport wBase 7 amp 1 0 the INTO is still fixed in LOW gt need to generate a high pulse outportb wBase 0x2a 1 INVO select the non inverted input b INT CHAN O INTO LOW gt SE INT CHAN 0 generate a high pulse RENE now INTO LOW ay else now int states now INTO HIGH S don t have to generate high pulse alse now me is ehanged wo HG Se gt INT CHAN O INTO HIGH now et COUNT H find a HIGH pulse INTO If inport wBase 7 amp 1 1 the INTO is still fixed in HIGH need to generate a high pulse outportb wBase 0x2a 0 INVO select the inverted input d INT CHAN 0 INTO LOW gt INT CHAN 0 generate a high pulse a O a Ly Ze MO NIERE a else now int state 0 now INTO LOW a don t have to generate high pulse if wIrq gt 8 outportb A2 8259 0x20 out pOr E S AL ER RG
50. ut Boards 1 1 Features e Supports 5 V PCI bus for PIO DA4 DA8 DA16 e 16 8 4 channels 14 bit analog output e _ Voltage output range 10 V e Current output range 0 20 mA sink e Two pacer timer interrupt source e Double buffered D A latch e Software calibration e 16 channel DI 16 channel DO e One D Sub connector two 20 pin flat cable connectors e Connects directly to DB 16P DB 16R DB 24C DB 24PR and DB 24POR PISO DA16U DA8U DA4U only e Built in DC DC converter with 3000 Vnc isolation e Supports both 5 V and 3 3 V PCI bus e 2500 Vpc bus type and power isolation protection e Digital input port can be set to pull high or pull low e Card ID function PIO DA16U DA8U DA4U PEX DA16 DA8 DA4 only e Supports both 5 V and 43 3 V PCI bus for PIO DA16U DA8U DA4U e Supports PCI Express x 1 for PEX DA16 DA8 DA4 e Digital input port can be set to pull high or pull low e Card ID function FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 7 PEX PIO PISO DA Series Card Analog Output Boards 1 2 Comparison Table Comparison Table of the Different Version Information Version D I Register PIO DA4 OxE0 E4 E8 EC PIO DA8 OxFO F4 F8 FC PIO DA16 PIO DA4U OxE0 E4 E8 EC PIO DASU V1 0 OxFO F4 F8 FC PIO DA16U PIO DA4U 0xE0 E4 E8 EC opne OxFO F4 F8 FC PIO DA16U PIO DA4U PIO DA8U V1 2 or above OXEO E4 PIO DA16U PISO DA4U PISO DASU V1 3 or above OXEO E4 PISO DA16U PEX DA4 P
51. via the 20 pin flat cable connector which only uses 16 relays or 50 pin flat cable connector OPTO 22 compatible for the DIO 24 series There are 24 LEDs one for each relay which are illuminated when their associated relay is activated To avoid overloading the power supply of your PC this board requires a 12 VDC or 24 VDC amp external power supply Normally Open Form A Relay 20 Pin cable PEX DA PISO DA PIO DA DB 24PR Note 50 Pin Connector OPTO 22 compatible for DIO 24 48 144 and PIO D96 144 48 24 20 Pin connector for 16 ch D O board A 82x A 62x DIO 64 ISO DA16 DA8 PIO D56 and PEX PISO PIO DA Channel 16 Form A Relay and 8 Form C Relay Relay Switching up to 5 A at 110 Vad 5 A at 30 Vpc TG ko User Manual Ver 3 Oct 2013 PMH 0010 31 Page 76
52. y file TC LIB Huge PIO H gt TC declaration file TC LIB Huge TCPIO_H LIB gt TC huge model library file m MSC gt for MSC 5 xx or above MSC LIB Large PIO H gt MSC declaration file MSC LIB Large MSCPIO_L LIB gt MSC large model library file MSC LIB Huge PIO H gt MSC declaration file MSC LIB Huge MSCPIO_H LIB 3 MSC huge model library file m BC gt for BC 3 xx or above BC LIB Large PIO H gt BC declaration file BC LIB Large BCPIO_L LIB gt BC large model library file BC LIB Huge PIO H gt BC declaration file Note The library is valid for all PIO PISO series cards FG User Manual Ver 3 1 Oct 2013 PMH 0010 31 Page 71 PEX PIO PISO DA Series Card Analog Output Boards There are about demo program given as follows e DEMO1 EXE e DEMO 2 EXE e DEMO3 EXE e DEMO4 EXE e DEMOS EXE e DEMO6 EXE e DEMOZ EXE e DEMO8 EXE e DEMO9 EXE D O demo program D I O demo program Single interrupt source initial high Single interrupt source initial low Two interrupt source Waveform generator without calibration Waveform generator with calibration D A hex value output without calibration D A hex value output with calibration e DEMO10 EXE Save EEPROM data to file e DEMO11 EXE Download EEPROM data from file e DEMO12 EXE User software calibration e DEMO13 EXE Factory calibration Note The calibration demos programs can only be used in a DOS system User Manual Ver 3
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