ÿþ0 4 1 RELAYLINE 3
Contents
1. START END 2011 11 11 041 RELAY LINE3 6 9 DATA1 1 8 DATA2 1 8 START END CD 13 R1 1 R1 8 DATA2 1 8 R1 1 R1 8 DATA1 1 8 60mS EOT 1 Private Sub Form Load If IO OPEN False Then Exit Sub PC SORTER_OUT 17 EOT IO_ CLOSE PC End Sub Private Sub Timer1_Timer 7 If IO OPEN False Then Exit Sub PC If SORTER_IN 128 Then START_Click ON2. 041INTER FACE CN2 SORTER 3 Ap C1 oh 6 0 5 7 8 G4 P1 P2 P3 P5 P6 P7 P8 IN8 128 LED IN1 IN3 IN8 OUT2 PASS OUT3 FAIL MEAS BOX LED PASS 56 PASS FAIL F5 BOT 0 1 MEAS BOX START MEAS BOX EOT PASS FAIL
3. 1 L1_P ET PL16P PIN 1 32 INTERFACE double TMP MEAS_LINE3 L PIN TMP L 1 16 1 L1_P L1P L16_P PIN 1 32 1 TMP MEAS LINE3 CL7 P 9 30 9
4. RELAY LINE3 Ll RELAY LINE3 L2 RELAY LINE3 L3 VI VI2 WAIT 1 RELAY LINE3 VI 1mS If judge 0 Then SORTER_OUT 1 2 Else SORTER_OUT 1 37 EOT PASS FAIL IO_ CLOSE PC Timer1 Enabled True ON End Sub END Private Sub END_Click If IO OPEN False Then Exit Sub SORTER_OUT C07 IO_CLOSE End End Sub PC EOT PASS FAIL PC 2011 11 11 041 RELAY LINE3 8 9 PC Windows 2000 Or Windows Xp Visual Basic6 0 041 INTERFACE 041 VI 10V 300mA WAIT 1 4000mS CONIROL CONTROL 041 RELAYLINE3 CONTROL MEAS BOX V MEAS VI IN 1 VI IN 2 SORTER EOT PASS FAIL SS 041 RELAYLINES CONTROL START DUT VI IN 1 GND 2011 11 11 041 RELAY LINE3 9 9 031 MEAS BOX DUT 2011 11 11
5. 2011 11 11 1 SET_LINE3 L1P 1 3 57 SET_LINE3 L5 P 22 30 32 SET_LINE3 CL2_P TMP MEAS LINE3 L1 P 17 TMP MEAS LINE3 L5 P 22 041 RELAY LINE3 4 9 8 5 5 22 30 32 2 1 1 TMP 5 22 TMP TMP _VDATA1 MEAS_LINE3 CL8_P 15 2011 11 11 041 RELAY LINE3 5 9 2 041 INTERFACE 041 VI 10V 300mA VII VI2 041 RELAY LINE3 X2 L1 L2 L3 031 V1 V2 1 V2 IM VM R1 V1 VM IM R2 VM IM R1 1 R1 8 R2 1 R2 8
6. 33 64 225 256 ec cs na P1 P32 P1 P32 P1 P32 L4 Signalj L2 Signal L16 Signal DC10W 100V1A ON OFF 0 5mS CN1 L1 CN2 L2 FAP 3401 1202 0BS 2011 11 11 041 RELAY LINE3 3 9 SET LINE3 MEAS LINE3 1mS 1 Visual Basic ALT F N EXE 2 ALT F E 3 CD 2 UNI BAS 4 ALT P M 5 ALT V C SET LINE3 CL PIN PIN 2 L 1 16
7. IO_ CLOSE PC End Sub Interval 100 0 1 0 1 START Private Sub START_Click Dim V DATA 8 As Double IDATA 8 As Double J DATA As Double R1 DATA As Double R2 DATA As Double If IO OPEN False Then Exit Sub PC SORTER_OUT 07 EOT Timer1 Enabled False ON MEAS_VM_30VR 30V SET_LINE3 L3 P 17 RELAY LINE3 L3 1 VI2 SET VI300 1 FV IR300mA VI1 300mA SET _VI300 2 FV IR30mA VI2 30mA 2011 11 11 ForLL 1 To8 RLD AZA AN ForLLL 1 To8 IfLL lt gt LLLThen RLD RLD Format LLL Next LLL SET_LINE3 L1P RLD WAIT 2 SET_VI300 DATA 1 10V SET VI300 DATA 2 10V WAIT 1 IDATA LL MEAS_VI300 2 IM 1000 V DATA LL MEAS LINE3 L2_P Str LL SET VI300 DATA
8. 1 0V SET VI300 DATA 2 0V WAIT 1 041 RELAY LINE3 7 9 RELAY LINE3 L2 P LL 1 8 RBLAY LINE3 L1 PRLD 1 8 LL L RELAY LINE3 LIP RLD VI1 2mS VI1 10V VI2 10V 1mS VI2 RELAY LINE3 L2 PLL VI 0V VI2 0V 1mS DATA1 LL Caption Format 10 V DATA LL ILDATA LL 0 0Q 7 1 1 R1 8 DATA2 LL Caption Format V DATA LL IDATA LL 70 06 R2 1 R2 8 R1_DATA 10 VDATA LL LDATA LL f R1 DATA gt 390 1 05 Then judge 1 If R1 DATA lt 390 0 95 Then judge 1 R2_DATA V_DATA LL LDATA LL ff R2 DATA gt 330 1 05 Then judge 1 If R2 DATA lt 330 0 95 Then judge 1 Next LL SET_LINE3 L1P SET_LINE3 CL2 P SET_LINE3 L3 P SET_VI300 1 OFF SET_VI300 2 OFF R1 3900 5 3900 5 R2 3300 5 3300 5
9. UNIVERSAL TESTER BOARD 041 RELAY LINES 207 0033 4 1501 3 http www nagakuradenki com mallsales nagakuradenki com 041 RELAY LINE3 1 9 041 RELAY LINE3 1 2 32 8 16 32 2 256 VI DC INTERFACE CN1 LI CN2 L2 Fi CE Fi6 TE EE TT THI HLUHIIE UIE UIE HH ED RIE TORR EE OORT EE OAI esi sli a TI HI En MN TT TEI eT SD fIHHHIITHII 041 RELAY LNE3 Si NAGAKURA DENKI 2011 11 11 041 RELAY LINE3 2 9 2 32 8 16 32 BR P1 P32 P1 P32 P1 P32 L1 Signal L3 Signal i mw mw 5 ee P1 P32 P1 P32 P1 P32 L2 Signal L4 Signal 1 2 32 8 2 256 33 64 225 256 es pn a P1 P32 P1 P32 P1 P32 L3 Signal L1 Signal LI5 Signal
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