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claudetools/Test Datasheets/QB-Source/DB8BMAIN.BAS
sysadmin 505bc12355 AD2 session 2026-03-27/28/29: Test datasheet pipeline rebuild 
- Built exact-match TXT formatter from QuickBASIC source (SCM5B, 8B, DSCA, DSCT, SCM7B)
- Spec parser for 10 binary DAT files (1470+ models)
- Work order report importer (33K WOs, 63K test lines)
- On-demand PDF generation, styled HTML view
- Archived 500K pre-2026 For_Web files into year subfolders
- Created domain service account (INTRANET\svc_testdatadb)
- Generated 73/73 Quatronix customer datasheets
- Added STAGE + Reports auto-import to sync script

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
2026-03-29 17:48:37 -07:00

1389 lines
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'Database Modification Program for
'8B30,31,32,34,35,36,37,38,39,40,41,42,47,50,51
'signal conditioning modules
'
'AUTHOR: John Lehman
'DATE: 01/14/04
'
' REVISION RECORD
'DATE APPR DESCRIPTION
'---- ---- -----------
'01/14/04 JL Initial release, modified version of DB5BMAIN.BAS
'12/10/04 CG Revised for converting all SCM5B reference to 8B.
'01/17/05 CG Changed the recommended frequency attenuation values.
'03/18/05 CG Added 8B39 items.
'03/24/05 CG Added 8B50,51 selections. .
'04/25/05 CG Added recommended atten and noise for 40/41 and 50/51
'04/28/05 CG Added 8B35 model selection.
'07/18/07 JL Changed path from S: to T:
'08/22/07 JL Changed sensor type from MAIN to MA in MODDATA for RCONV.
'05/12/08 TSO Changed GNCALIN Calibration point on 8B32-01 from 20mA to 12mA
' " " Changed GNCALIN Calibration point on 8B32-02 from 20mA to 10mA
' " " Changed LPCNT% (Loop count) inside GIANCAL when testing 8B32s and 8B42s from 15 to 200
' " " Changed the Calibration Tolerance CALTOL from 0.015% to 0.010% for 8B32s
'05/25/11 TSO Changed PSS database spec for custom modules 8B31-1734, -1735, -1736
' from 50ppm/% to 125ppm/% - it is built on PCB1322 and not PCB1306
'11/11/11 TSO Message was added to the same screen that indicated the 8BMAIN.dat
' Database file was updated. This second message instructs the user
' to view and/or print the instructions for making the same changes
' to the 8B Gang Tester Database.
'03/30/2023 Updated the file location to reflect the move to the new engineering drive.
DECLARE FUNCTION CHANGE! (SPEC!)
DECLARE FUNCTION KEYBDIN$ ()
DECLARE FUNCTION MEASRES! (OHM!, RESNUM%, TE$) 'Measure loop current sense resistor
DECLARE FUNCTION MENU1% ()
DECLARE FUNCTION MENU3% () 'Gets the module family
DECLARE FUNCTION RTDOHMS! (PVIN!, RTDTYPE$)
DECLARE FUNCTION SENSORNUM% ()
DECLARE FUNCTION SENSOROUT! (PVIN!, PTCV!)
DECLARE FUNCTION TCVOLTS! (TEMP!, SENTYPE$)
DECLARE SUB CONTINUE ()
DECLARE SUB MODDATA ()
DECLARE SUB GETSN (SN$)
DECLARE SUB GETSPECS (SEL%)
DECLARE SUB GTMODINS ()
DECLARE SUB ENTDATA ()
DECLARE SUB SAVEDATA (SEL%)
DECLARE SUB SORTALL ()
DECLARE SUB SORTDB (ENDFLAG%)
'Database Record defintion for the specifications
TYPE DBASE
MODNAME AS STRING * 15 '8B47X-XXXX
SENTYPE AS STRING * 7 'mV, V, mA, xTC, xxRTDxW, FBRIDGE, 2WTX, HBRIDGE
ISMAXNEXCL AS SINGLE
ISMAXFEXCL AS SINGLE
MININ AS SINGLE
MAXIN AS SINGLE
IEXC AS SINGLE
RCONV AS SINGLE
OUTSIGTYPE AS STRING * 7 'Output signal, "VOLTAGE" or "CURRENT"
MINOUT AS SINGLE
MAXOUT AS SINGLE
OSCALPT AS SINGLE
GNCALPT AS SINGLE
CALTOL AS SINGLE
VEXC AS SINGLE
VEXCACC AS SINGLE
EXCLOAD AS SINGLE
EXCLOADREG AS SINGLE
EXCIMAX AS SINGLE
LINEAR AS SINGLE
ACCURACY AS SINGLE
TESTFREQ AS SINGLE
ATTEN AS SINGLE
ATTENTOL AS SINGLE
STEPRMIN AS SINGLE
STEPRMAX AS SINGLE
PSS AS SINGLE
OUTNOISE AS SINGLE
INPUTRES AS SINGLE
VOPENINMIN AS SINGLE
VOPENINMAX AS SINGLE
LEADRERR AS SINGLE
LINEARIZED AS INTEGER '1 = linearized, 0 = non-linearized
OSCALIN AS SINGLE 'input for offset calibration
GNCALIN AS SINGLE 'input for gain calibration
BANDWIDTH AS SINGLE 'filter -3dB point
IMATCHTOL AS SINGLE 'current source matching tolerance
'-*/-*/-*/-*/-*/-*/-*/*///-*/-*/5B39 DATABASE VALUES (USE EXISTING NAMES)
'Database Record defintion
' TYPE DBASE
'@ MODNAME AS STRING * 9
'@ SENTYPE AS STRING * 2
'@ MININ AS SINGLE
'@ MAXIN AS SINGLE
'@ MINOUT AS SINGLE
'@ MAXOUT AS SINGLE
'@ISMAXFEXCL MAXSUPPLY AS SINGLE
'@EXCIMAX LIMITOUT AS SINGLE
'@PSS POWERSEN AS SINGLE
'@ TESTFREQ AS INTEGER
'@ ATTEN AS INTEGER
'@ LINEAR AS SINGLE
'@ ACCURACY AS SINGLE
'@ STEPRMIN AS SINGLE
'@ STEPRMAX AS SINGLE
'@ OUTNOISE NOISEOUT AS SINGLE
'N/A QINJECT AS SINGLE
'@ INPUTRES AS SINGLE
'N/A ACQLIM AS SINGLE
' END TYPE
'
'COMMON SHARED /SAMPLE/ SPECS AS DBASE
'
'
'-*/-/-*/-*/--*/-*/-*/-*/-*/-*/-*/-*/-*/-*/
END TYPE
TYPE DBASE2
RECNUM AS INTEGER
MODNAME AS STRING * 15
END TYPE
'define common variables
COMMON SHARED /SAMPLE/ SPECS AS DBASE, SPECS2 AS DBASE, SORTDATA1 AS DBASE2, SORTDATA2 AS DBASE
DO
SELECT CASE MENU1%
CASE 1
CALL ENTDATA
IF LEFT$(SPECS.MODNAME, 4) <> " " THEN
CALL SAVEDATA(0)
END IF
CASE 2
CALL GETSPECS(SEL%)
IF LEFT$(SPECS.MODNAME, 4) <> "EXIT" THEN
CALL MODDATA
CALL SAVEDATA(0)
END IF
CASE 3
CALL GETSPECS(SEL%)
IF LEFT$(SPECS.MODNAME, 4) <> "EXIT" THEN
CALL MODDATA
CALL SAVEDATA(SEL%)
END IF
CASE 4
CALL SORTALL
CASE 5 'Modify records in mass
CLS
LOCATE 10
PRINT "Set up modifications in source code main segment."
OPEN "U:\ENGR\ATE\8B\8BDATA\8BMAIN.DAT" FOR RANDOM AS #1 LEN = LEN(SPECS)
OPEN "U:\ENGR\ATE\8B\8BDATA\8BMAIN2.DAT" FOR RANDOM AS #2 LEN = LEN(SPECS)
NUMRECORD% = LOF(1) / LEN(SPECS)
FOR i% = 1 TO NUMRECORD%
GET #1, i%, SPECS
SNM% = SENSORNUM%
NEXT
CLOSE #1
CLOSE #2
CASE 6
CALL GTMODINS
CASE 7
END
END SELECT
LOOP WHILE REPEAT$ <> "N"
FUNCTION CHANGE (SPEC!)
Y% = CSRLIN
X% = POS(0)
LOCATE Y%, X% + 1
INPUT A$
IF A$ <> "" THEN
CHANGE = VAL(A$)
ELSE
CHANGE = SPEC!
END IF
END FUNCTION
SUB ENTDATA
'for specs which are not input for all models, default value is zero.
CLS
INPUT "Model Number (8Bxx-xx, blank to exit) "; SPECS.MODNAME
IF SPECS.MODNAME = " " THEN
EXIT SUB
ELSE
SPECS.MODNAME = UCASE$(SPECS.MODNAME)
END IF
PRINT "Valid Sensor Types:"
PRINT TAB(5); "V (millivolt or volt source)"
PRINT TAB(5); "mA (milliamp source)"
PRINT TAB(5); "xTC, x options are: J, K, T, E, R, S, B, N, C type thermocouple"
PRINT TAB(5); "xxRTDyy, xx options are: P1 = Pt100, P2 = Pt600, P3 = Pt500,"
PRINT TAB(5); " P4 = E1 Pt100 Rosemount, P5 = Pt1000,"
PRINT TAB(5); " NI = Ni120"
PRINT TAB(30); "C1 = Cu10 (10 ohms @ 25C), C2 = Cu10 (10 ohms @ 0C)"
PRINT TAB(14); "yy options are: 3W = 3-wire, 4W = 4-wire sensor"
PRINT TAB(5); "POT (potentiometer)"
PRINT TAB(5); "FBRIDGE (full-bridge strain gage)"
PRINT TAB(5); "HBRIDGE (half-bridge strain gage)"
PRINT TAB(5); "2WTX (two-wire transmitter)"
PRINT TAB(5); "DCLVDT"
PRINT TAB(5); "OUTMA (milliamp output with voltage input)"
INPUT "Sensor Type "; SPECS.SENTYPE
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) <> "OUTMA" AND UCASE$(LEFT$(SPECS.SENTYPE, 4)) <> "IOMA" THEN
PRINT
PRINT "RECOMMENDED VALUES: 35mA, 8B30,31,32,34,35,36,37,40,41,47"
' PRINT TAB(21); "tbd mA, 8B38,43 'D' models"
' PRINT TAB(21); "tbd 8B42-01"
INPUT "Supply Current with no excitation load (mA)"; SPECS.ISMAXNEXCL
END IF
PRINT
INPUT "Minus F.S. Input (V, mA, deg. C, or ohms) "; SPECS.MININ
INPUT "Plus F.S. Input (V, mA, deg. C, or ohms) "; SPECS.MAXIN
IF UCASE$(MID$(SPECS.SENTYPE, 2, 2)) = "TC" OR UCASE$(MID$(SPECS.SENTYPE, 3, 3)) = "RTD" THEN
INPUT "Linearization Status (1 = linearized, 0 = non-linearized)"; SPECS.LINEARIZED
ELSE
SPECS.LINEARIZED = 0
END IF
'input the following data for RTD or pot. input only
IF UCASE$(MID$(SPECS.SENTYPE, 3, 3)) = "RTD" OR UCASE$(LEFT$(SPECS.SENTYPE, 3)) = "POT" THEN
INPUT "RTD or Pot. excitation current (uA) "; SPECS.IEXC
INPUT "Twin current source matching tolerance (%) "; SPECS.IMATCHTOL
INPUT "Lead resistance effects (+/- deg C/ohm or +/- ohm/ohm) "; SPECS.LEADRERR
END IF
'input the following data for current input only
IF UCASE$(LEFT$(SPECS.SENTYPE, 2)) = "MAIN" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "2WTX" THEN
INPUT "Current conversion resistor (ohms) "; SPECS.RCONV
END IF
DO
INPUT "Output signal type ('VOLTAGE' or 'CURRENT')"; SPECS.OUTSIGTYPE
LOOP WHILE UCASE$(SPECS.OUTSIGTYPE) <> "VOLTAGE" AND UCASE$(SPECS.OUTSIGTYPE) <> "CURRENT"
IF SPECS.OUTSIGTYPE = "CURRENT" THEN
PRINT "RECOMMENDED VALUE: 110mA, 8B39"
INPUT "Supply Current @ +f.s. out (mA)"; SPECS.ISMAXFEXCL
END IF
INPUT "Minus F.S. Output (V, mA) "; SPECS.MINOUT
INPUT "Plus F.S. Output (V, mA) "; SPECS.MAXOUT
PRINT
' PRINT "FOR VOLTAGE UNIPOLAR IN AND UNIPOLAR OUT, USE 0V"
' PRINT "FOR VOLTAGE BIPOLAR IN AND UNIPOLAR OUT, USE -2 * +F.S. INPUT"
' PRINT "FOR VOLTAGE UNIPOLAR IN AND BIPOLAR OUT, USE +F.S. INPUT"
INPUT "Input for OFFSET calibration (V, mA, deg. C, or ohms) "; SPECS.OSCALIN
PRINT
' PRINT "FOR VOLTAGE UNIPOLAR IN AND BIPOLAR OUT, USE -F.S. INPUT"
INPUT "Input for GAIN calibration (V, mA, deg. C, or ohms) "; SPECS.GNCALIN
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) <> "OUTMA" AND UCASE$(LEFT$(SPECS.SENTYPE, 4)) <> "IOMA" THEN
PRINT
PRINT "Offset and gain may be calibrated at a point other than -f.s. out"
PRINT "or +f.s. out. Reference linearizer design plots. Use 0 for non-linearized."
INPUT "Offset Calibration Point (% of span) "; SPECS.OSCALPT
INPUT "Gain Calibration Point (% of span) "; SPECS.GNCALPT
END IF
INPUT "Offset and Gain Calibration Tolerance (+/- % of span) "; SPECS.CALTOL
IF UCASE$(MID$(SPECS.SENTYPE, 2, 6)) = "BRIDGE" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "2WTX" OR UCASE$(LEFT$(SPECS.SENTYPE, 6)) = "DCLVDT" THEN
PRINT "RECOMMENDED VALUES: tbd mA, 8B38, 43"
INPUT "Supply Current with full excitation load (mA)"; SPECS.ISMAXFEXCL
INPUT "Excitation Voltage (V) "; SPECS.VEXC
IF SPECS.VEXC <= 5 THEN
RECEXCACC! = .09
RECILIMIT% = 47
RECEXCREG% = 32
ELSEIF SPECS.VEXC <= 10 THEN
RECEXCACC! = .045
IF SNM% = 8 THEN '8B38
RECILIMIT% = 63
ELSE
RECLIMIT% = 75
END IF
RECEXCREG% = 11
ELSE
RECEXCACC! = 2.5
RECILIMIT! = 38
RECEXCREG% = 3000
END IF
PRINT "RECOMMENDED VALUE: "; RECEXCACC!; "%"
INPUT "Excitation Voltage Accuracy (+/- % of Vexc) "; SPECS.VEXCACC
INPUT "Maximum Excitation Operating Load (mA) "; SPECS.EXCLOAD
PRINT
PRINT "RECOMMENDED VALUE: "; RECEXCREG%; " ppm/mA"
INPUT "Excitation Load Regulation (+/- ppm/mA) "; SPECS.EXCLOADREG
PRINT
PRINT "RECOMMENDED VALUE: "; RECILIMIT%; " mA"
INPUT "Excitation Current with 80 ohm load (usually the current limit, mA) "; SPECS.EXCIMAX
END IF
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
RECILIMIT% = 26
PRINT
PRINT "RECOMMENDED VALUE: "; RECILIMIT%; " mA"
INPUT "Output current limit (mA) "; SPECS.EXCIMAX
END IF
PRINT
IF SPECS.LINEARIZED = 0 THEN
PRINT "RECOMMENDED VALUE: 0.030%"
END IF
INPUT "Nonlinearity or Conformity (+/- % of span) "; SPECS.LINEAR
INPUT "Accuracy (+/- % of span) "; SPECS.ACCURACY
' MININ! = SPECS.MININ
' MAXIN! = SPECS.MAXIN
' MINOUT! = SPECS.MINOUT
' MAXOUT! = SPECS.MAXOUT
' SNM% = SENSORNUM%
' IF SNM% = 5 OR SNM% = 6 THEN
' GAIN! = (MAXOUT! - MINOUT!) / (MAXIN! - MININ!)
' PSS.SPEC! = .005 / .5 / GAIN! 'Max. test spec. = +/-5mV or +/-0.1% per 0.5V change.
' UNIT$ = "deg C/V"
' CALCPSS! = PSS.SPEC!
' ELSE
' GAIN! = (MAXOUT! - MINOUT!) / (SENSOROUT!(MAXIN!, 0) - SENSOROUT!(MININ!, 0))
' IF SNM% = 7 THEN GAIN! = GAIN! / (SPECS.IEXC / 1000000!)
' PSS.SPEC! = .0006 'Let max. test spec be +/-600uV/% RTO or 0.12% for 10% Vs change and 5V span.
' CALCPSS! = PSS.SPEC! / GAIN! * 1000000!
' UNIT$ = "ppm/%"
' END IF
PRINT
' PRINT USING "SUGGESTED VALUE OF PSS IS +/- #####.# &"; CALCPSS!; UNIT$
' INPUT "Power Supply Sensitivity (+/- uV/% RTI OR +/- deg C/V) "; SPECS.PSS; UNIT$;
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
PRINT
PRINT "SUGGESTED VALUE OF PSS IS +/- 150 ppm/%"
ELSE
PRINT
PRINT "SUGGESTED VALUE OF PSS IS +/- 50 ppm/%"
END IF
INPUT "Power Supply Sensitivity (+/- ppm/%) "; SPECS.PSS
PRINT
INPUT "Low Pass Filter -3dB Frequency (Hz) "; SPECS.BANDWIDTH
IF SPECS.BANDWIDTH = 3 THEN
RECTF& = 20
IF SNM% = 1 OR SNM% = 3 THEN
IF LEFT$(SPECS.MODNAME, 4) = "8B31" THEN
RECATTEN% = 40 '8B31-XX
ELSE
RECATTEN% = 30 '8B30-XX, 37-XX, 47-XX
END IF
ELSE
RECATTEN% = 40 '8B32-XX
END IF
ELSEIF SPECS.BANDWIDTH = 100 THEN
RECTF& = 500
RECATTEN% = 35
ELSEIF SPECS.BANDWIDTH = 1000 THEN '8B40/41
RECTF& = 3000
RECATTEN% = 31
ELSEIF SPECS.BANDWIDTH = 20000 THEN '8B50/51
RECTF& = 41000
RECATTEN% = 30
END IF
PRINT
PRINT "RECOMMENDED TEST FREQUENCY: "; RECTF&; " Hz"
INPUT "Low Pass Filter Test Frequency (Hz) "; SPECS.TESTFREQ
PRINT
PRINT "RECOMMENDED ATTENUATION AT "; RECTF&; "Hz:"; RECATTEN%; " dB"
INPUT "Attenuation @ Test Frequency (dB) "; SPECS.ATTEN
INPUT "Filter Attenuation Tolerance (+/- dB) "; SPECS.ATTENTOL
IF SPECS.BANDWIDTH <= 50 AND UCASE$(LEFT$(SPECS.SENTYPE, 5)) <> "OUTMA" AND UCASE$(LEFT$(SPECS.SENTYPE, 4)) <> "IOMA" THEN
PRINT
IF SNM% = 5 OR SNM% = 6 THEN
RECSMIN% = 80
ELSE
RECSMIN% = 85
END IF
PRINT "RECOMMENDED VALUE: "; RECSMIN%
INPUT "Step Response Min (% of span @ 200 ms) (98 for no test)"; SPECS.STEPRMIN
PRINT
IF SNM% = 5 OR SNM% = 6 THEN
RECSMAX% = 105
ELSE
RECSMAX% = 110
END IF
PRINT "RECOMMENDED VALUE: "; RECSMAX%
INPUT "Step Response Max (% of span @ 200 ms) "; SPECS.STEPRMAX
ELSEIF UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
PRINT
RECSMIN% = 65
PRINT "RECOMMENDED VALUE: "; RECSMIN%
INPUT "Step Response Min (% of span @ 4ms) (98 for no test)"; SPECS.STEPRMIN
PRINT
RECSMAX% = 85
PRINT "RECOMMENDED VALUE: "; RECSMAX%
INPUT "Step Response Max (% of span @ 4ms) "; SPECS.STEPRMAX
ELSE
SPECS.STEPRMIN = 98
END IF
PRINT
IF SPECS.OUTSIGTYPE = "CURRENT" THEN
RECNOISE% = 3
PRINT USING "RECOMMENDED VALUE: ## uArms"; RECNOISE%
ELSE
IF SPECS.BANDWIDTH = 1000 THEN '8B40/41
RECNOISE% = 600
ELSEIF SPECS.BANDWIDTH = 20000 THEN '8B50/51
RECNOISE% = 5000
ELSE
RECNOISE% = 300
END IF
PRINT USING "RECOMMENDED VALUE: #### uVrms"; RECNOISE%
END IF
INPUT "Output Noise (uVrms, uArms) "; SPECS.OUTNOISE
PRINT
'input the following data for millivolt or volt input only
IF UCASE$(LEFT$(SPECS.SENTYPE, 1)) = "V" OR UCASE$(MID$(SPECS.SENTYPE, 2, 6)) = "BRIDGE" OR UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
INPUT "Input Resistance (Meg ohm) "; SPECS.INPUTRES
END IF
PRINT
PRINT "For open input response less than zero, the MINIMUM response is"
PRINT "the lower negative value. i.e. for -5.9V to -5.2V, -5.9V is MIN."
INPUT "MINIMUM Open input response (V, for 8Bxx, 0 = none, 5.5 = upscale)"; SPECS.VOPENINMIN
IF SPECS.VOPENINMIN <> 0 THEN
PRINT "MAXIMUM Open input response (V, for 8Bxx, 0 = none, 8.5 = upscale)"
INPUT " ( for 8BxxD, 16 = upscale)"; SPECS.VOPENINMAX
END IF
END SUB
SUB GETSN (SN$)
END SUB
SUB GETSPECS (SEL%)
DIM POINTER%(1000)
CALL SORTDB(ENDFLAG%)
IF ENDFLAG% = 1 THEN
SPECS.MODNAME = "EXIT"
EXIT SUB
END IF
CLS
LOCATE , 30
PRINT "Model Selection Menu"
PRINT TAB(30); "--------------------"
YINIT% = CSRLIN 'Initialize starting rows
OPEN "U:\ENGR\ATE\8B\8BDATA\DBSORT2.DAT" FOR RANDOM AS #2 LEN = LEN(SORTDATA1)
DO
i% = i% + 1
GET #2, i%, SORTDATA1
IF SORTDATA1.RECNUM <> -1 THEN NUMRECORD! = NUMRECORD! + 1
LOOP WHILE SORTDATA1.RECNUM <> -1
SCRNCTR% = 40 'display center
NUMCHAR% = 26 '20 char + 4 char for # + 2 spaces
NUMLINES! = 23 '# of lines for model display below header
NUMCOLUMNS! = 1 + INT(NUMRECORD! / NUMLINES!)
'Model # length = 20 characters max
'-> 3 columns max per screen
'3 columns x 26 char = 78 spaces
i% = 1
FOR C% = 0 TO NUMCOLUMNS! - 1
Y% = YINIT%
TB% = SCRNCTR% - NUMCHAR% / 2 * NUMCOLUMNS! + NUMCHAR% * C%
DO
GET #2, i%, SORTDATA1
IF SORTDATA1.RECNUM <> -1 THEN
POINTER%(i%) = SORTDATA1.RECNUM
LOCATE Y%, TB%
PRINT USING "##.) &"; i%; SORTDATA1.MODNAME;
i% = i% + 1
Y% = Y% + 1
END IF
LOOP WHILE SORTDATA1.RECNUM <> -1 AND Y% - YINIT% < NUMLINES!
NEXT C%
LOCATE Y%, TB%
PRINT USING "##.) Exit"; i%;
CLOSE #2
DO
LOCATE 25, SCRNCTR% - 18 / 2
'LOCATE 1, SCRNCTR% - NUMCHAR% / 2 * NUMCOLUMNS! + NUMCHAR% * (C% - 1)
PRINT "Enter Selection ";
INPUT SEL%
LOOP WHILE SEL% < 1 OR SEL% > i%
IF SEL% = i% THEN
SPECS.MODNAME = "EXIT"
ELSE
OPEN "U:\ENGR\ATE\8B\8BDATA\8BMAIN.DAT" FOR RANDOM AS #1 LEN = LEN(SPECS)
GET #1, POINTER%(SEL%), SPECS
CLOSE #1
END IF
SEL% = POINTER%(SEL%) 'pass back to main code for use in SAVEDATA
END SUB
SUB GTMODINS
CLS
LOCATE 3, 3
PRINT "8B Gang Tester TE1220 Database Modification Instructions"
LOCATE 6, 3
PRINT "1) Click the Go to Engineering Mode button in the Startup Screen."
LOCATE 7, 3
PRINT "2) The 'Enter Engineering Mode Password' is: data4th"
LOCATE 8, 3
PRINT "3) Enter this password and click DONE."
LOCATE 9, 3
PRINT "4) The Engineering mode confirmed! message will appear - click OK."
LOCATE 10, 3
PRINT "5) In the Startup Screen click the Initial Test and Adjust button"
LOCATE 11, 3
PRINT "6) To modify the database value, select the model from the Model "
LOCATE 12, 6
PRINT "Selection Menu"
LOCATE 13, 3
PRINT "7) Click 'Allow Editing' in the Database Modification section"
LOCATE 14, 6
PRINT "(next to the Proceed button)."
LOCATE 15, 3
PRINT "8) Next, click in the Module Specification box to be modified, enter"
LOCATE 16, 6
PRINT "the new value, then click 'Update Database' button"
LOCATE 19, 6
PRINT "Would you like to print these instructions (Y/N)? ";
DO
A$ = INKEY$
LOOP WHILE A$ = ""
IF UCASE$(A$) = "Y" OR UCASE$(A$) = "y" THEN
LOCATE 3, 3
LPRINT "8B Gang Tester TE1220 Database Modification Instructions"
LOCATE 6, 3
LPRINT "1) Click the Go to Engineering Mode button in the Startup Screen."
LOCATE 7, 3
LPRINT "2) The 'Enter Engineering Mode Password' is: data4th"
LOCATE 8, 3
LPRINT "3) Enter this password and click DONE."
LOCATE 9, 3
LPRINT "4) The Engineering mode confirmed! message will appear - click OK."
LOCATE 10, 3
LPRINT "5) In the Startup Screen click the Intial Test and Adjust button"
LOCATE 11, 3
LPRINT "6) To modify the database value, select the model from the Model "
LOCATE 12, 6
LPRINT "Selection Menu"
LOCATE 13, 3
LPRINT "7) Click 'Allow Editing' in the Database Modification section"
LOCATE 14, 6
LPRINT "(next to the Proceed button)."
LOCATE 15, 3
LPRINT "8) Next, click in the Module Specification box to be modified, enter"
LOCATE 16, 6
LPRINT "the new value, then click 'Update Database' button"
LPRINT
LPRINT
LPRINT CHR$(12) 'Form Feed
ELSE
CALL CONTINUE
END IF
END SUB
FUNCTION MEASRES! (OHM!, RESNUM%, TE$)
END FUNCTION
FUNCTION MENU1%
CLS
LOCATE 5
PRINT TAB(23); "8B DATABASE MODIFICATION PROGRAM"
PRINT
PRINT TAB(17); "1.) Add New Module, Clean Start"
PRINT TAB(17); "2.) Add New Module, Start With Existing Module"
PRINT TAB(17); "3.) Modify Existing Module"
PRINT TAB(17); "4.) Sort Database"
PRINT TAB(17); "5.) Mass Database Changes"
PRINT TAB(17); "6.) Instructions for changing Gang Tester Database"
PRINT TAB(17); "7.) Exit Program"
PRINT
PRINT TAB(17); "Enter your selection";
DO
A$ = INKEY$
LOOP WHILE VAL(A$) < 1 OR VAL(A$) > 7
MENU1% = VAL(A$)
END FUNCTION
FUNCTION MENU3%
CLS
LOCATE 3, 26
COLOR 14, 0, 0
PRINT "Module Family Selection Menu"
PRINT TAB(26); "----------------------------"
PRINT
COLOR 11, 0, 0
PRINT TAB(34); "1.) 8B30-xx"
PRINT TAB(34); "2.) 8B31-xx"
PRINT TAB(34); "3.) 8B32-xx"
PRINT TAB(34); "4.) 8B34-xx"
PRINT TAB(34); "5.) 8B35-xx"
PRINT TAB(34); "6.) 8B36-xx"
PRINT TAB(34); "7.) 8B37-xx"
PRINT TAB(34); "8.) 8B38-xx"
PRINT TAB(34); "9.) 8B39-xx"
PRINT TAB(34); "A.) 8B40-xx"
PRINT TAB(34); "B.) 8B41-xx"
PRINT TAB(34); "C.) 8B42-xx"
PRINT TAB(34); "D.) 8B43-xx"
PRINT TAB(34); "E.) 8B47x-xx"
PRINT TAB(34); "F.) 8B50-xx"
PRINT TAB(34); "G.) 8B51-xx"
PRINT TAB(34); "H.) 8BPT-xxxx"
PRINT TAB(34); "I.) Exit"
DO
DO
i$ = UCASE$(INKEY$)
LOOP WHILE i$ = ""
C% = ASC(i$)
LOOP WHILE (C% < 49 OR C% > 57) AND (C% < 65 OR C% > 73)
IF C% > 57 THEN
MENU3% = C% - 55
ELSE
MENU3% = C% - 48
END IF
END FUNCTION
SUB MODDATA
CLS
PRINT "Model Number: "; SPECS.MODNAME;
INPUT A$
IF A$ <> "" THEN
SPECS.MODNAME = UCASE$(A$)
END IF
PRINT "Sensor Type: "; SPECS.SENTYPE;
INPUT A$
IF A$ <> "" THEN
SPECS.SENTYPE = A$
END IF
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) <> "OUTMA" AND UCASE$(LEFT$(SPECS.SENTYPE, 4)) <> "IOMA" THEN
PRINT
PRINT "RECOMMENDED VALUES: 35mA, 8B30,31,32,34,36,37,40,41,47"
' PRINT TAB(21); "tbd mA, 8B38,43 'D' models"
' PRINT TAB(21); "tbd mA, 8B42-01"
PRINT USING "Supply Current with no excitation load = ###.# mA"; SPECS.ISMAXNEXCL;
SPECS.ISMAXNEXCL = CHANGE(SPECS.ISMAXNEXCL)
END IF
PRINT USING "Minus F.S. Input = +#####.##### (V, mA, deg. C or ohms)"; SPECS.MININ;
SPECS.MININ = CHANGE(SPECS.MININ)
PRINT USING "Plus F.S. Input = +#####.##### (V, mA, deg. C or ohms)"; SPECS.MAXIN;
SPECS.MAXIN = CHANGE(SPECS.MAXIN)
PRINT USING "Linearization Status = # (1 = linearized, 0 = non-linearized)"; SPECS.LINEARIZED;
SPECS.LINEARIZED = CINT(CHANGE(CSNG(SPECS.LINEARIZED)))
'the following data exits for RTD or pot. input only
IF UCASE$(MID$(SPECS.SENTYPE, 3, 3)) = "RTD" OR UCASE$(LEFT$(SPECS.SENTYPE, 3)) = "POT" THEN
PRINT USING "RTD or Pot. excitation current = +#### uA"; SPECS.IEXC;
SPECS.IEXC = CHANGE(SPECS.IEXC)
PRINT USING "Twin current source matching tolerance = #.### %"; SPECS.IMATCHTOL;
SPECS.IMATCHTOL = CHANGE(SPECS.IMATCHTOL)
PRINT USING "Lead resistance effects = +/- #.### (deg C/ohm or ohm/ohm)"; SPECS.LEADRERR;
SPECS.LEADRERR = CHANGE(SPECS.LEADRERR)
END IF
'the following data exits for current input only
IF UCASE$(LEFT$(SPECS.SENTYPE, 2)) = "MA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "2WTX" THEN
PRINT USING "Current conversion resistor = ####.## ohms"; SPECS.RCONV;
SPECS.RCONV = CHANGE(SPECS.RCONV)
END IF
DO
PRINT "Output signal type = "; SPECS.OUTSIGTYPE;
INPUT A$
IF A$ <> "" THEN SPECS.OUTSIGTYPE = A$
LOOP WHILE UCASE$(SPECS.OUTSIGTYPE) <> "VOLTAGE" AND UCASE$(SPECS.OUTSIGTYPE) <> "CURRENT"
IF SPECS.OUTSIGTYPE = "CURRENT" THEN
PRINT
PRINT "RECOMMENDED VALUE: 110mA, 8B39"
PRINT USING "Supply Current @ +f.s out = ###.# mA"; SPECS.ISMAXFEXCL;
SPECS.ISMAXFEXCL = CHANGE(SPECS.ISMAXFEXCL)
END IF
PRINT USING "Minus F.S. Output = +##.### (V, mA)"; SPECS.MINOUT;
SPECS.MINOUT = CHANGE(SPECS.MINOUT)
PRINT USING "Plus F.S. Output = +##.### (V, mA)"; SPECS.MAXOUT;
SPECS.MAXOUT = CHANGE(SPECS.MAXOUT)
PRINT
' PRINT "FOR VOLTAGE UNIPOLAR IN AND UNIPOLAR OUT, USE 0V"
' PRINT "FOR VOLTAGE BIPOLAR IN AND UNIPOLAR OUT, USE -2 * +F.S. INPUT"
' PRINT "FOR VOLTAGE UNIPOLAR IN AND BIPOLAR OUT, USE +F.S. INPUT"
PRINT USING "Input for OFFSET calibration = +#####.##### (V, mA, deg. C, or ohms) "; SPECS.OSCALIN;
SPECS.OSCALIN = CHANGE(SPECS.OSCALIN)
PRINT
' PRINT "FOR VOLTAGE UNIPOLAR IN AND BIPOLAR OUT, USE -F.S. INPUT"
PRINT USING "Input for GAIN calibration = +#####.##### (V, mA, deg. C, or ohms) "; SPECS.GNCALIN;
SPECS.GNCALIN = CHANGE(SPECS.GNCALIN)
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) <> "OUTMA" AND UCASE$(LEFT$(SPECS.SENTYPE, 4)) <> "IOMA" THEN
PRINT
PRINT "Offset and gain may be calibrated at a point other than -f.s. out"
PRINT "or +f.s. out. Reference linearizer design plots. Use 0 for non-linearized."
PRINT USING "Offset Calibration Point = +/- #.### % of span"; SPECS.OSCALPT;
SPECS.OSCALPT = CHANGE(SPECS.OSCALPT)
PRINT USING "Gain Calibration Point = +/- #.### % of span"; SPECS.GNCALPT;
SPECS.GNCALPT = CHANGE(SPECS.GNCALPT)
END IF
PRINT USING "Offset and Gain Calibration Tolerance = +/- #.### % of span"; SPECS.CALTOL;
SPECS.CALTOL = CHANGE(SPECS.CALTOL)
IF UCASE$(MID$(SPECS.SENTYPE, 2, 6)) = "BRIDGE" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "2WTX" OR UCASE$(LEFT$(SPECS.SENTYPE, 6)) = "DCLVDT" THEN
PRINT "RECOMMENDED VALUES: tbd mA, 8B38, 43"
PRINT USING "Supply Current with full excitation load = ###.# mA"; SPECS.ISMAXFEXCL;
SPECS.ISMAXFEXCL = CHANGE(SPECS.ISMAXFEXCL)
PRINT USING "Excitation Voltage = +##.## V"; SPECS.VEXC;
SPECS.VEXC = CHANGE(SPECS.VEXC)
IF SPECS.VEXC <= 5 THEN
RECEXCACC! = .06
RECILIMIT% = 47
RECEXCREG% = 32
ELSEIF SPECS.VEXC <= 10 THEN
RECEXCACC! = .03
IF SNM% = 8 THEN '8B38
RECILIMIT% = 63
ELSE
RECLIMIT% = 75
END IF
RECEXCREG% = 11
ELSE
RECEXCACC! = 2.5
RECILIMIT! = 38
RECEXCREG% = 3000
END IF
PRINT "RECOMMENDED VALUE: "; RECEXCACC!; "%"
PRINT USING "Excitation Voltage Accuracy = +/- #.## %"; SPECS.VEXCACC;
SPECS.VEXCACC = CHANGE(SPECS.VEXCACC)
PRINT USING "Maximum Excitation Operating Load = ##.# mA"; SPECS.EXCLOAD;
SPECS.EXCLOAD = CHANGE(SPECS.EXCLOAD)
PRINT
PRINT "RECOMMENDED VALUE: "; RECEXCREG%; " ppm/mA"
PRINT USING "Excitation Load Regulation = +/- #### ppm/mA"; SPECS.EXCLOADREG;
SPECS.EXCLOADREG = CHANGE(SPECS.EXCLOADREG)
PRINT
PRINT "RECOMMENDED VALUE: "; RECILIMIT%; " mA"
PRINT USING "Excitation Current with 80 ohm load = ###.# mA "; SPECS.EXCIMAX;
SPECS.EXCIMAX = CHANGE(SPECS.EXCIMAX)
END IF
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
RECILIMIT% = 26
PRINT
PRINT "RECOMMENDED VALUE: "; RECILIMIT%; " mA"
PRINT USING "Output current limit = ###.# mA "; SPECS.EXCIMAX;
SPECS.EXCIMAX = CHANGE(SPECS.EXCIMAX)
END IF
PRINT
IF SPECS.LINEARIZED = 0 THEN
PRINT "RECOMMENDED VALUE: 0.030%"
END IF
PRINT USING "Nonlinearity or Conformity = +/- #.### % of span"; SPECS.LINEAR;
SPECS.LINEAR = CHANGE(SPECS.LINEAR)
PRINT USING "Accuracy = +/- #.## % of span"; SPECS.ACCURACY;
SPECS.ACCURACY = CHANGE(SPECS.ACCURACY)
' MININ! = SPECS.MININ
' MAXIN! = SPECS.MAXIN
' MINOUT! = SPECS.MINOUT
' MAXOUT! = SPECS.MAXOUT
' SNM% = SENSORNUM%
' IF SNM% = 5 OR SNM% = 6 THEN
' GAIN! = (MAXOUT! - MINOUT!) / (MAXIN! - MININ!)
' PSS.SPEC! = .005 / .5 / GAIN! 'Max. test spec. = +/-5mV or +/-0.1% per 0.5V change.
' UNIT$ = "deg C/V"
' CALCPSS! = PSS.SPEC!
' ELSE
' GAIN! = (MAXOUT! - MINOUT!) / (SENSOROUT!(MAXIN!, 0) - SENSOROUT!(MININ!, 0))
' IF SNM% = 7 THEN GAIN! = GAIN! / (SPECS.IEXC / 1000000!)
' PSS.SPEC! = .0006 'Let max. test spec be +/-600uV/% RTO or 0.12% for 10% Vs change and 5V span.
' CALCPSS! = PSS.SPEC! / GAIN! * 1000000!
' UNIT$ = "uV/%"
' END IF
' PRINT
' PRINT USING "SUGGESTED VALUE OF PSS IS +/- #####.# &"; CALCPSS!; UNIT$
' PRINT USING "Power Supply Sensitivity = +/- #####.# & RTI"; SPECS.PSS; UNIT$;
IF UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
PRINT
PRINT "SUGGESTED VALUE OF PSS IS +/- 150 ppm/%"
ELSE
PRINT
PRINT "SUGGESTED VALUE OF PSS IS +/- 50 ppm/%"
END IF
PRINT USING "Power Supply Sensitivity = +/- #####.# ppm/%"; SPECS.PSS;
SPECS.PSS = CHANGE(SPECS.PSS)
PRINT
PRINT USING "Low Pass Filter -3dB Frequency = #####.# Hz"; SPECS.BANDWIDTH;
SPECS.BANDWIDTH = CHANGE(SPECS.BANDWIDTH)
IF SPECS.BANDWIDTH = 3 THEN
RECTF& = 20
IF SNM% = 1 OR SNM% = 3 THEN
IF LEFT$(SPECS.MODNAME, 4) = "8B31" THEN
RECATTEN% = 40 '8B31-XX
ELSE
RECATTEN% = 30 '8B30-XX, 37-XX, 47-XX
END IF
ELSE
RECATTEN% = 40 '8B32-XX
END IF
ELSEIF SPECS.BANDWIDTH = 100 THEN
RECTF& = 500
RECATTEN% = 35
ELSEIF SPECS.BANDWIDTH = 1000 THEN '8B40/41
RECTF& = 3000
RECATTEN% = 31
ELSEIF SPECS.BANDWIDTH = 20000 THEN '8B50/51
RECTF& = 41000
RECATTEN% = 30
END IF
PRINT
PRINT "RECOMMENDED TEST FREQUENCY: "; RECTF&; " Hz"
PRINT USING "Low Pass Filter Test Frequency = #####.# Hz"; SPECS.TESTFREQ;
SPECS.TESTFREQ = CHANGE(SPECS.TESTFREQ)
PRINT
PRINT "RECOMMENDED ATTENUATION AT "; RECTF&; "Hz:"; RECATTEN%; " dB"
PRINT USING "Attenuation @ Test Frequency = ##.# dB"; SPECS.ATTEN;
SPECS.ATTEN = CHANGE(SPECS.ATTEN)
PRINT USING "Filter Attenuation Tolerance +/- ##.# dB "; SPECS.ATTENTOL;
SPECS.ATTENTOL = CHANGE(SPECS.ATTENTOL)
IF SPECS.BANDWIDTH <= 50 AND UCASE$(LEFT$(SPECS.SENTYPE, 5)) <> "OUTMA" AND UCASE$(LEFT$(SPECS.SENTYPE, 4)) <> "IOMA" THEN
PRINT
IF SNM% = 5 OR SNM% = 6 THEN
RECSMIN% = 80
ELSE
RECSMIN% = 85
END IF
PRINT "RECOMMENDED VALUE: "; RECSMIN%
PRINT USING "Step Response, Min. = ###.# % of span @ 200ms (98 for no test)"; SPECS.STEPRMIN;
SPECS.STEPRMIN = CHANGE(SPECS.STEPRMIN)
PRINT
IF SNM% = 5 OR SNM% = 6 THEN
RECSMAX% = 105
ELSE
RECSMAX% = 110
END IF
PRINT "RECOMMENDED VALUE: "; RECSMAX%
PRINT USING "Step Response, Max. = ###.# % of span @ 200ms"; SPECS.STEPRMAX;
SPECS.STEPRMAX = CHANGE(SPECS.STEPRMAX)
ELSEIF UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
PRINT
RECSMIN% = 65
PRINT "RECOMMENDED VALUE: "; RECSMIN%
PRINT USING "Step Response, Min. = ###.# % of span @ 4ms (98 for no test)"; SPECS.STEPRMIN;
SPECS.STEPRMIN = CHANGE(SPECS.STEPRMIN)
PRINT
RECSMAX% = 85
PRINT "RECOMMENDED VALUE: "; RECSMAX%
PRINT USING "Step Response, Max. = ###.# % of span @ 4ms"; SPECS.STEPRMAX;
SPECS.STEPRMAX = CHANGE(SPECS.STEPRMAX)
ELSE
SPECS.STEPRMIN = 98
END IF
PRINT
IF SPECS.OUTSIGTYPE = "CURRENT" THEN
RECNOISE% = 3
PRINT USING "RECOMMENDED VALUE: #### uArms"; RECNOISE%
PRINT USING "Output Noise = ##### uArms"; SPECS.OUTNOISE;
SPECS.OUTNOISE = CHANGE(SPECS.OUTNOISE)
ELSE
IF SPECS.BANDWIDTH = 1000 THEN '8B40/41
RECNOISE% = 600
ELSEIF SPECS.BANDWIDTH = 20000 THEN '8B50/51
RECNOISE% = 5000
ELSE
RECNOISE% = 300
END IF
PRINT USING "RECOMMENDED VALUE: #### uVrms"; RECNOISE%
PRINT USING "Output Noise = ##### uV rms"; SPECS.OUTNOISE;
SPECS.OUTNOISE = CHANGE(SPECS.OUTNOISE)
END IF
'the following data exists for millivolt or volt input only
IF UCASE$(LEFT$(SPECS.SENTYPE, 1)) = "V" OR UCASE$(MID$(SPECS.SENTYPE, 2, 6)) = "BRIDGE" OR UCASE$(LEFT$(SPECS.SENTYPE, 5)) = "OUTMA" OR UCASE$(LEFT$(SPECS.SENTYPE, 4)) = "IOMA" THEN
PRINT USING "Input Resistance = ###.###### M ohm"; SPECS.INPUTRES;
SPECS.INPUTRES = CHANGE(SPECS.INPUTRES)
END IF
PRINT
PRINT "For open input response less than zero, the MINIMUM response is"
PRINT "the lower negative value. i.e. for -5.9V to -5.2V, -5.9V is MIN."
PRINT USING "MINIMUM Open input response = +##.## V"; SPECS.VOPENINMIN;
SPECS.VOPENINMIN = CHANGE(SPECS.VOPENINMIN)
PRINT USING "MAXIMUM Open input response = +##.## V"; SPECS.VOPENINMAX;
SPECS.VOPENINMAX = CHANGE(SPECS.VOPENINMAX)
END SUB
SUB SAVEDATA (SEL%)
CLS
LOCATE 10, 10
PRINT "Saving record in file 8BMAIN.DAT"
LOCATE 13, 10
PRINT "Database changes must also be made to the 8B Gang Tester Database"
LOCATE 15, 10
PRINT "Select 6.) from the Main Menu to veiw and/or print the instructions"
PRINT ""
PRINT ""
CALL CONTINUE
T = TIMER
DO
LOOP WHILE (TIMER - T) < 1
OPEN "U:\ENGR\ATE\8B\8BDATA\8BMAIN.DAT" FOR RANDOM AS #1 LEN = LEN(SPECS)
IF SEL% = 0 THEN
NR% = LOF(1) / LEN(SPECS)
SEL% = NR% + 1
END IF
PUT #1, SEL%, SPECS
CLOSE #1
END SUB
FUNCTION SENSORNUM%
'Assign a number to each sensor type for ease of handling
'Sensor types;
'1 = millvolt, volt
'2 = milliamp input
'3 = thermocouple, except type B
'4 = type B thermocouple (no cjc)
'5 = 3-wire RTD
'6 = 4-wire RTD
'7 = potentiometer
'8 = fbridge (full bridge strain gage, load cell)
'9 = two-wire transmitter
'10 = DC LVDT
'11 = hbridge (half strain gage, load cell)
'12 = milliamp output with voltage input
'13 = milliamp output with current input
SENSOR$ = SPECS.SENTYPE
TCTYPE$ = LEFT$(SENSOR$, 1)
IF UCASE$(LEFT$(SENSOR$, 1)) = "V" THEN
SENSORNUM% = 1
ELSEIF UCASE$(LEFT$(SENSOR$, 4)) = "MA" THEN
SENSORNUM% = 2
ELSEIF UCASE$(MID$(SENSOR$, 2, 2)) = "TC" THEN
IF UCASE$(TCTYPE$) = "B" THEN
SENSORNUM% = 4
ELSE
SENSORNUM% = 3
END IF
ELSEIF UCASE$(MID$(SENSOR$, 3, 5)) = "RTD3W" THEN
SENSORNUM% = 5
ELSEIF UCASE$(MID$(SENSOR$, 3, 5)) = "RTD4W" THEN
SENSORNUM% = 6
ELSEIF UCASE$(LEFT$(SENSOR$, 3)) = "POT" THEN
SENSORNUM% = 7
ELSEIF UCASE$(LEFT$(SENSOR$, 7)) = "FBRIDGE" THEN
SENSORNUM% = 8
ELSEIF UCASE$(LEFT$(SENSOR$, 4)) = "2WTX" THEN
SENSORNUM% = 9
ELSEIF UCASE$(LEFT$(SENSOR$, 6)) = "DCLVDT" THEN
SENSORNUM% = 10
ELSEIF UCASE$(LEFT$(SENSOR$, 7)) = "HBRIDGE" THEN
SENSORNUM% = 11
ELSEIF UCASE$(LEFT$(SENSOR$, 5)) = "OUTMA" THEN
SENSORNUM% = 12
ELSEIF UCASE$(LEFT$(SENSOR$, 4)) = "IOMA" THEN
SENSORNUM% = 13
END IF
END FUNCTION
FUNCTION SENSOROUT! (PVIN!, PTCV!)
'Calculates sensor output based on the sensor type and input
'Inputs; PVIN! = process variable input to sensor, i.e. temperature, voltage, current
' PTCV! = measured value of parasitic TC voltage
SENSOR$ = SPECS.SENTYPE
SNM% = SENSORNUM%
'Voltage, Potentiometer, Full Bridge, DC LVDT, or Half Bridge in
IF SNM% = 1 OR SNM% = 7 OR SNM% = 8 OR SNM% = 10 OR SNM% = 11 OR SNM% = 12 THEN
SENSOROUT! = PVIN!
ELSEIF SNM% = 2 OR SNM% = 9 THEN 'mA in
RCONV! = SPECS.RCONV
SENSOROUT! = PVIN! / 1000! * RCONV!
ELSEIF SNM% = 3 OR SNM% = 4 THEN 'TC in
TCTYPE$ = LEFT$(SENSOR$, 1)
TCV! = TCVOLTS!(PVIN!, TCTYPE$)
SENSOROUT! = TCV! - PTCV!
ELSEIF SNM% = 5 OR SNM% = 6 THEN 'RTD in
RTDTYPE$ = LEFT$(SENSOR$, 2)
RTDO! = RTDOHMS!(PVIN!, RTDTYPE$)
SENSOROUT! = RTDO!
ELSE
UNKNOWN% = 1
END IF
IF TCV! = 99! OR RTDO! = 99! OR UNKNOWN% = 1 THEN
SOUND 1000, .5
PRINT
PRINT TAB(10); "Sensor type unknown. Check database."
SENSOROUT! = 99!
CALL CONTINUE
ELSEIF TCV! = 98! OR RTDO! = 98! THEN
SOUND 1000, .5
PRINT
PRINT TAB(10); "Sensor polynomial limits have been exceeded."
SENSOROUT! = 99! 'Value indicates error
CALL CONTINUE
END IF
END FUNCTION
SUB SORTALL
'This sub does a bubble sort of the model numbers in the database
'records FOR ALL MODELS
CONST FALSE = 0, TRUE = NOT FALSE
OPEN "U:\ENGR\ATE\8B\8BDATA\8BMAIN.DAT" FOR RANDOM AS #1 LEN = LEN(SPECS)
NUMRECORD% = LOF(1) / LEN(SPECS)
CLS
LOCATE 10
PRINT TAB(32); "SORTING PROGRESS"
PRINT TAB(32); "----------------"
PRINT
'PRINT TAB(30); "START"; TAB(43); "FINISH"
'PRINT TAB(32); "*"; TAB(46); "*"
PRINT TAB(1); "|";
DO 'First sort on family #
PRINT "|";
Swaps% = FALSE
FOR i% = 1 TO NUMRECORD% - 1
GET #1, i%, SPECS
GET #1, i% + 1, SPECS2
IF VAL(MID$(SPECS2.MODNAME, 3, 2)) < VAL(MID$(SPECS.MODNAME, 3, 2)) THEN
PUT #1, i%, SPECS2 'Swap
PUT #1, (i% + 1), SPECS
Swaps% = TRUE
END IF
NEXT i%
LOOP WHILE Swaps%
LOCATE 13
DO 'Second sort on alpha char. in family
PRINT "+";
Swaps% = FALSE
FOR i% = 1 TO NUMRECORD% - 1
GET #1, i%, SPECS
GET #1, i% + 1, SPECS2
IF VAL(MID$(SPECS2.MODNAME, 3, 2)) = VAL(MID$(SPECS.MODNAME, 3, 2)) THEN
IF ASC(MID$(SPECS2.MODNAME, 5, 1)) < ASC(MID$(SPECS.MODNAME, 5, 1)) THEN
PUT #1, i%, SPECS2 'Swap
PUT #1, (i% + 1), SPECS
Swaps% = TRUE
END IF
END IF
NEXT i%
LOOP WHILE Swaps%
LOCATE 13
DO 'Third sort on 1st two dig. after hyphen
PRINT "-";
Swaps% = FALSE
FOR i% = 1 TO NUMRECORD% - 1
GET #1, i%, SPECS
SL1% = LEN(RTRIM$(SPECS.MODNAME))
L1% = 0
DO
L1% = L1% + 1
'IF L1% = 15 THEN PRINT "."; SPECS.MODNAME; ".": CALL CONTINUE
LOOP UNTIL MID$(SPECS.MODNAME, L1%, 1) = "-" OR L1% = SL1%
GET #1, i% + 1, SPECS2
SL2% = LEN(RTRIM$(SPECS2.MODNAME))
L2% = 0
DO
L2% = L2% + 1
'IF L2% = 15 THEN PRINT "."; SPECS2.MODNAME; ".": CALL CONTINUE
LOOP UNTIL MID$(SPECS2.MODNAME, L2%, 1) = "-" OR L2% = SL2%
IF VAL(MID$(SPECS2.MODNAME, 3, 2)) = VAL(MID$(SPECS.MODNAME, 3, 2)) THEN
IF ASC(MID$(SPECS2.MODNAME, 5, 1)) = ASC(MID$(SPECS.MODNAME, 5, 1)) THEN
IF VAL(MID$(SPECS2.MODNAME, L2% + 1, 2)) < VAL(MID$(SPECS.MODNAME, L1% + 1, 2)) THEN
PRINT SPECS2.MODNAME, SPECS.MODNAME
PUT #1, i%, SPECS2 'Swap
PUT #1, (i% + 1), SPECS
Swaps% = TRUE
END IF
END IF
END IF
NEXT i%
LOOP WHILE Swaps%
LOCATE 13
DO 'Fourth sort on 3rd char. after hyphen
PRINT "^";
Swaps% = FALSE
FOR i% = 1 TO NUMRECORD% - 1
GET #1, i%, SPECS
SL1% = LEN(RTRIM$(SPECS.MODNAME))
L1% = 0
DO
L1% = L1% + 1
'IF L1% = 15 THEN PRINT "."; SPECS.MODNAME; ".": CALL CONTINUE
LOOP UNTIL MID$(SPECS.MODNAME, L1%, 1) = "-" OR L1% = SL1%
GET #1, i% + 1, SPECS2
SL2% = LEN(RTRIM$(SPECS2.MODNAME))
L2% = 0
DO
L2% = L2% + 1
'IF L2% = 15 THEN PRINT "."; SPECS2.MODNAME; ".": CALL CONTINUE
LOOP UNTIL MID$(SPECS2.MODNAME, L2%, 1) = "-" OR L2% = SL2%
IF VAL(MID$(SPECS2.MODNAME, 3, 2)) = VAL(MID$(SPECS.MODNAME, 3, 2)) THEN
IF ASC(MID$(SPECS2.MODNAME, 5, 1)) = ASC(MID$(SPECS.MODNAME, 5, 1)) THEN
IF VAL(MID$(SPECS2.MODNAME, L2% + 1, 2)) = VAL(MID$(SPECS.MODNAME, L1% + 1, 2)) THEN
IF ASC(MID$(SPECS2.MODNAME, L2% + 3, 1)) < ASC(MID$(SPECS.MODNAME, L1% + 3, 1)) THEN
PUT #1, i%, SPECS2 'Swap
PUT #1, (i% + 1), SPECS
Swaps% = TRUE
END IF
END IF
END IF
END IF
NEXT i%
LOOP WHILE Swaps%
LOCATE 13
DO 'Fifth sort on 4th char. after hyphen
PRINT "*";
Swaps% = FALSE
FOR i% = 1 TO NUMRECORD% - 1
GET #1, i%, SPECS
SL1% = LEN(RTRIM$(SPECS.MODNAME))
L1% = 0
DO
L1% = L1% + 1
'IF L1% = 15 THEN PRINT "."; SPECS.MODNAME; ".": CALL CONTINUE
LOOP UNTIL MID$(SPECS.MODNAME, L1%, 1) = "-" OR L1% = SL1%
GET #1, i% + 1, SPECS2
SL2% = LEN(RTRIM$(SPECS2.MODNAME))
L2% = 0
DO
L2% = L2% + 1
'IF L2% = 15 THEN PRINT "."; SPECS2.MODNAME; ".": CALL CONTINUE
LOOP UNTIL MID$(SPECS2.MODNAME, L2%, 1) = "-" OR L2% = SL2%
IF VAL(MID$(SPECS2.MODNAME, 3, 2)) = VAL(MID$(SPECS.MODNAME, 3, 2)) THEN
IF ASC(MID$(SPECS2.MODNAME, 5, 1)) = ASC(MID$(SPECS.MODNAME, 5, 1)) THEN
IF VAL(MID$(SPECS2.MODNAME, L2% + 1, 2)) = VAL(MID$(SPECS.MODNAME, L1% + 1, 2)) THEN
IF ASC(MID$(SPECS2.MODNAME, L2% + 3, 1)) = ASC(MID$(SPECS.MODNAME, L1% + 3, 1)) THEN
IF ASC(MID$(SPECS2.MODNAME, L2% + 4, 1)) < ASC(MID$(SPECS.MODNAME, L1% + 4, 1)) THEN
PUT #1, i%, SPECS2 'Swap
PUT #1, (i% + 1), SPECS
Swaps% = TRUE
END IF
END IF
END IF
END IF
END IF
NEXT i%
LOOP WHILE Swaps%
CLOSE #1
END SUB
SUB SORTDB (ENDFLAG%)
'This sub sorts the model numbers in the database
'records FOR A SELECTED MODEL FAMILY
CONST FALSE = 0, TRUE = NOT FALSE
'Create a file containing just the model numbers of all of the
'records in the database for the model family selected
OPEN "U:\ENGR\ATE\8B\8BDATA\DBSORT2.DAT" FOR RANDOM AS #2 LEN = LEN(SORTDATA1)
OPEN "U:\ENGR\ATE\8B\8BDATA\8BMAIN.DAT" FOR RANDOM AS #1 LEN = LEN(SPECS)
NUMRECORD% = LOF(1) / LEN(SPECS)
SELFAM% = MENU3%
IF SELFAM% = 18 THEN
ENDFLAG% = 1
CLOSE #1
CLOSE #2
EXIT SUB 'exit selected from MENU3%
END IF
N% = 0
FOR i% = 1 TO NUMRECORD%
GET #1, i%, SPECS
SORTDATA1.MODNAME = SPECS.MODNAME
SORTDATA1.RECNUM = i%
SELECT CASE SELFAM% 'Pick models in selected family
CASE 1
'SPECS.MODNAME = "8B30-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "30" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 2
'SPECS.MODNAME = "8B31-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "31" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 3
'SPECS.MODNAME = "8B32-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "32" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 4
'SPECS.MODNAME = "8B34-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "34" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 5
'SPECS.MODNAME = "8B35-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "35" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 6
'SPECS.MODNAME = "8B36X-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "36" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 7
'SPECS.MODNAME = "8B37-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "37" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 8
'SPECS.MODNAME = "8B38-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "38" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 9
'SPECS.MODNAME = "8B39-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "39" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 10
'SPECS.MODNAME = "8B40-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "40" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 11
'SPECS.MODNAME = "8B41-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "41" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 12
'SPECS.MODNAME = "8B42-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "42" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 13
'SPECS.MODNAME = "8B43-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "43" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 14
'SPECS.MODNAME = "8B47x-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "47" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 15
'SPECS.MODNAME = "8B50-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "50" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 16
'SPECS.MODNAME = "8B51-xxxx "
IF MID$(SPECS.MODNAME, 3, 2) = "51" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
CASE 17
'SPECS.MODNAME = "8BPT-XXXX "
IF MID$(SPECS.MODNAME, 3, 2) = "PT" THEN
PUT #2, , SORTDATA1 'write record # and model number
N% = N% + 1 'found a record
END IF
END SELECT
NEXT
SORTDATA1.MODNAME = "9999999999-9999" 'always sorted to last value.
SORTDATA1.RECNUM = -1 'flag indicating end of new data (over writes old)
PUT #2, , SORTDATA1
CLOSE #1
CLOSE #2
END SUB
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