Option Optocouplers Safe Electrical Insulation 0884* These optoco

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Option Optocouplers Safe Electrical Insulation 0884*
These optocouplers suitable safe electrical insulation only within safety maximum ratings. Compliance with safety maximum ratings must ensured protective circuits. partial discharge measurement ensures that partial discharge occurs during operation maximum permissible operating insulation voltage (VIORM). Permanent partial discharge affects insulating materials result high voltage breakdown. INITIAL
kV/us IORM IORM
recommended that tests with insulation test voltage (VISOL) should made, otherwise partial discharge occur impairing insulation characteristics. Thus partial discharges also occur maximum permissible operating insulation voltage. insulation test 0884 carried after other tests.
measuring time tial dischage
0.1s
measuring time tial dischage
0.1s
Procedure Type sampling tests, destructive tests
Procedure Routine tests, non-destructive tests
17928
Figure 1.Time Voltage Diagram 0884* 0884. edition June 1992
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Document Number: 83872 Rev. 16-Jun-03
Description Symbol DIP4 SFH610A-. SFH615A-. SFH615AA-. SFH615AGB-. SFH615AGR-. SFH617A-. SFH618A-. SFH620A-. SFH620AA-. SFH620AGB-. SFH628A-. SFH6106-. SFH6116-. SFH6156-. SFH6186-. SFH6206-. SFH6286-. Installation Category (DIN 0110) Rated Line Voltages VRMS Rated Line Voltages VRMS Rated Line Voltages 1000 VRMS Climatic Category (DIN Part 1/9.80) Pollution Degree (DIN 0110 Part 1/1.89) Maximum Operation Insulating Voltage Test Voltage Input/Output, Procedure 1.875 VIORM, Routine Test, Partial Discharge Test Voltage Input/Output, Procedure VIORM, Type Sampling Test Partial Discharge Partial Discharge Test Voltage Safety Maximum Ratings (Maximum Permissible Ratings Case Fault, also Refer Diagram) Package Temperature Current (Input Current 25°C) Derating with Higher Ambient Temp. Power (Output Total Power Dissipation, 25°C) Derating with Higher Ambient Temp. Insulation Resistance VI/O=500 VIORM 55/100/21 1669 System DIP8 ILCT6 ILD1/2/5/74 ILD30/31/55 ILD32 ILD66-. ILD250/1/2 ILD255 ILD610-. ILD615-. ILD616-. ILD620-. ILD621GB-. ILD621-. ILD621GB-. ILD755-. ILD766-. MCT6 DIP16 ILQ1/2/5/74 ILQ30/31/55 ILQ32 ILQ66-. ILQ615-. ILQ620-. ILQ620GB-. ILQ621-. ILQ621GB-. Unit
1335
Maximum Permissible Overvoltage (Transient Overvoltage) VIO
8000
VINITIAL 8000
-1.83 -2.67
mA/K mW/K
Document Number: 83872 Rev. 16-Jun-03
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Description Symbol 4N25/26/27/28 4N35/36/37/38/39 4N32/33 CNY17-. CNY17F-. H11A-. H11AA1-. H11B-. H11B1-. H11C-. H11D-. IL1/2/5/74 IL2B-. IL30/31/55 IL55B-. IL66-. IL66B-. IL201/202/203 Installation Category (DIN 0110) Rated Line Voltages VRMS Rated Line Voltages VRMS Rated Line Voltages 1000 VRMS Climatic Category (DIN Part 1/9.80) Pollution Degree (DIN 0110 Part 1/1.89) Maximum Operation Insulating Voltage Test Voltage Input/Output, Procedure 1.875 VIORM, Routine Test, Partial Discharge Test Voltage Input/Output, Procedure VIORM, Type Sampling Test Partial Discharge Partial Discharge Test Voltage Safety Maximum Ratings (Maximum Permissible Ratings Case Fault, also Refer Diagram) Package Temperature Current (Input Current 25°C) Derating with Higher Ambient Temp. Power (Output Total Power Dissipation, 25°C) Derating with Higher Ambient Temp. Insulation Resistance VI/O=500 VIORM I-IV I-IV I-III 55/100/21 1669 System IL250 IL251 IL252 IL255-. IL400 IL755-. IL755B-. IL766-. IL766B-. MCA230/231 MCA255 MCT2/2E MCT270/271 MCT272 MCT273/274 MCT275 MCT276/277 MCT5210 MCT5211 SFH600-. SFH601-. SFH608-. SFH640-. MOC8050 IL56B-. MOC8021 MOC8112 MOC8102/03/ 04/05 Unit
1335
Maximum Permissible Overvoltage (Transient Overvoltage) VIO
8000
VINITIAL 8000
-2.67 -4.67
mA/K mW/K
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Document Number: 83872 Rev. 16-Jun-03
Description Symbol System IL410 IL420 IL4116 IL4117 IL4118 IL4216 IL4217 IL4218 System 6N135 6N136 SFH6135 SFH6136 6N138 SFH6138 SFH6139 6N139 SFH6345 Installation Category (DIN 0110) Rated Line Voltages VRMS Rated Line Voltages VRMS Rated Line Voltages 1000 VRMS Climatic Category (DIN Part 1/9.80) Pollution Degree (DIN 0110 Part 1/1.89) Maximum Operation Insulating Voltage Test Voltage Input/Output, Procedure 1.875 VIORM, Routine Test, Partial Discharge Test Voltage Input/Output, Procedure VIORM, Type Sampling Test Partial Discharge Partial Discharge Test Voltage Safety Maximum Ratings (Maximum Permissible Ratings Case Fault, also Refer Diagram) Package Temperature Current (Input Current 25°C) Derating with Higher Ambient Temp. Power (Output Total Power Dissipation, 25°C) Derating with Higher Ambient Temp. Insulation Resistance VI/O=500 VIORM I-IV I-III I-II 55/100/21 1594 I-IV I-IV I-III 55/100/21 1181 I-IV I-IV I-III 55/100/21 1669 System IL300 IL300E IL300F IL300EF IL300DEFG
Unit
1275
1335
Maximum Permissible Overvoltage (Transient Overvoltage) VIO
6000
8000 8000
8000 8000
VINITIAL 6000
-1.65 -3.33
-3.33
-1.57 -3.1
mA/K mW/K
Document Number: 83872 Rev. 16-Jun-03
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Description Symbol LH1262 LH1485 LH1500
4)5)
System LH1513 LH1514 LH1518
Unit LH1531
LH1532 LH1533 LH1535 LH1537 LH1540 LH1541 LH1544 LH1546 LH1547 LH1550 AACTR-X017 AAC-X001 AACTR-X001 BB-X016 BAC-X017 BACTR-X017 BAC-X001 BACTR-X001 CB-X016 CAC-X017 CACTR-X017 CAC-X001 CACTR-X001
LH1501 LH1502 LH1503
LH1520 LH1521 LH1522
LH1504 LH1505
LH1523 LH1525
LH1510 LH1511 LH1512
LH1526 LH1527 3)4) LH1530 AT-X016 AAB-X017 AABTR-X017 AAB-X001 AABTR-X001 AT1-X016 AAB1-X016 AAB1-X017 AAB1TR-X017 AAB1-X001 AAB1TR-X001 AB-X016 AAC-X017
AT-X001 AT1-X001 AB-X001 BB-X001 CB-X001
Installation Category (DIN 0110) Rated Line Voltages VRMS Rated Line Voltages VRMS Rated Line Voltages 1000 VRMS Climatic Category (DIN Part 1/9.80) Pollution Degree (DIN 0110 Part 1/1.89) Maximum Operation Insulating Voltage Test Voltage Input/Output, Procedure 1.875 VIORM, Routine Test, Partial Discharge Test Voltage Input/Output, Procedure VIORM, Type Sampling Test Partial Discharge Partial Discharge Test Voltage VIORM I-IV I-IV I-III 40/85/21 1669 I-IV I-IV I-III 40/85/21 1130 2119
1335
1695
Maximum Permissible Overvoltage (Transient Overvoltage) VIO
8000
8000 8000
VINITIAL 8000
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Document Number: 83872 Rev. 16-Jun-03
Description Safety Maximum Ratings (Maximum Permissible Ratings Case Fault, also Refer Diagram) Package Temperature Current (Input Current 25°C) Derating with Higher Ambient Temp. Power (Output Total Power Dissipation, 25°C) Derating with Higher Ambient Temp. Insulation Resistance VI/O=500 Symbol System Unit
-4.67
-4.67
mA/K mW/K
voltages referred peak values except otherwise specified. time-test voltage diagram preparation Testing input/output voltage requires input pins output pins shorted. Option Tested 0884 Option Wide lead spacing (10.16 creepage/clearance distances Option Surface mount leads (creepage/clearance distances Option Surface mount leads CECC 00802, edition soldering conditions devices (option "-." means dash selections.
Document Number: 83872 Rev. 16-Jun-03
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Vishay Semiconductors Option High-Rel Optocoupler With Very High Long-Term Stability Coupling Factor (CTR)
Each optocoupler tested degradation characteristics (change current transfer ratio). degradation behavior optocouplers tested during short burn-in provides information long-term stability. Only optocouplers showing minimum change current transfer ratio during burn-in supplied. These optocouplers feature excellent longterm stability. Test procedure: First data logging coupling factor (CTRl) IF=1 VCE=5 logged. Load Short-time burn-in: emitter loaded with forward current lF=150 room temperature (25°C) minutes. Second data logging coupling factor (CTR2) IF=1 VCE=5 logged. Evaluation Determination relative change coupling factor: DCTR (%)=100 (1-CTR2/CTRl) change coupling factor DCTR caused burn-in greater than defined range. Thus high long-term stability coupling factor shown graph specified. couplers show similar degradation behavior meaning that even after longer operating time coupling factor spread very wide.
1431
ears =1mA
ears
60mA
ears
17929
300mA
Service life relative temperature current-load Average expected service life extrapolated from laboratory tests. service life defined time when falls initial value. Confidence level 90%.
Option Optocouplers with 0.4" (10.16 Lead Spread.
leads optocouplers bent according spacing 0.4" (10.16 mm). Dimensions deviating from standard type are: Lead spacing 10.16 (0.4") Creepage distance >8.0 Clearance >8.0 This version additionally complies with following standards: 0805/05 (System only) Reinforced insulation operating voltage VRMS
.407 (10.36) .391 (9.96) .307 (7.8) .291 (7.4) .255 (6.5) .248 (6.3)
.014 (0.35) .010 (0.25) .400 (10.16) .430 (10.92)
17930
Clearance-creepage distance=8.0 min. standard version configuration
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Document Number: 83872 Rev. 16-Jun-03
Vishay Semiconductors Option Lead Bends Surface Mount Optocouplers
These optocouplers suitable surface mounting. Dimensions deviating from standard type are: Creepage distance >8.0 Clearance >8.0 This version additionally complies with following standards: 0805/05 (System only) Reinforced insulation operating voltage VRMS During soldering process, package should wetted with tin-lead solder prevent impairment isolation features. Apart from iron soldering, only reflow soldering methods (vapor phase, infrared gas) permissible. Permissible soldering conditions: 260°C seconds 215°C seconds soldering process repeated times most. Attention must paid cooling down device 25°C between soldering processes.
.300 (7.62) .255 (6.5) .248 (6.3) .028 (0.7) MIN.
.180 (4.6) .160 (4.1) .315 (8.0) MIN. .331 (8.4) MIN. .406 (10.3) MAX. .300 (7.62) .268 (6.81) .255 (6.48) .150 (3.81) .130 (3.30) 4/8/16
.020 (0.5) .020 (0.5) .040 (1.02)
.035 (0.90) .020 (0.51)
.331 (8.41) MIN. .406 (10.3) MAX.
.016(0.4) typ. .015 (0.38) typ. .031 (0.79) typ. .050(1.27) typ. 17931
Clearance creepage distances must considered solder design. Clearance-creepage distance=8.0 min. standard version configuration.
Document Number: 83872 Rev. 16-Jun-03
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Vishay Semiconductors Option Lead Bends Surface Mount Optocouplers
These optocouplers suitable surface mounting. Dimensions deviating from standard type are: Creepage distance >8.0 Clearance >8.0 This version additionally complies with following standards: 0805/05 (System only) Reinforced insulation operating voltage VRMS During soldering process, package should wetted with tin-lead solder prevent impairment isolation features. Apart from iron soldering, only reflow soldering methods (vapor phase, infrared gas) permissible. Permissible soldering conditions: 260°C seconds 215°C seconds soldering process repeated times most. Attention must paid cooling down device 25°C between soldering processes.
.300 (7.62) TYP. .255 (6.5) .248 (6.3) .020 (0.50) .000 (0.00) .150 (3.81) .130 (3.30) .365 (9.27) MIN. .472 (12.00) MAX. .300 (7.62) TYP. .268 (6.81) .255 (6.48) .020 (0.50) .000 (0.00) .150 (3.81) .130 (3.30)
.020 (0.5) .020 (0.5) .040 (1.02)
.016(0.4) typ. .015 (0.38) typ. .031 (0.79) typ. .050(1.27) typ.
.365 (9.27) MIN.
17932
.472 (12.00) MAX.
Clearance creepage distances must considered solder design. Clearance-creepage distance=8.0 min. standard version configuration.
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Document Number: 83872 Rev. 16-Jun-03
Vishay Semiconductors Option Lead Bends Surface Mount Optocouplers
During soldering process, package should wetted with tin-lead solder prevent impairment isolation features. Apart from iron soldering, only reflow soldering methods (vapor phase, infrared gas) permissible. Permissible soldering conditions: 260°C seconds 215°C seconds soldering process repeated times most. Attention must paid cooling down device 25°C between soldering processes.
.375 (9.53) .395 (10.03) .300 (7.62) ref.
.0040 (.102) .0098 (.249)
.012 (.30) typ.
.020 (.51) .040 (1.02)
max.
.016(0.4) typ. .015 (0.38) typ. .031 (0.79)typ .050(1.27) typ.
DIP4/ 8/16
.020 (0.5) .020 (0.5) .040 (1.02)
17933
Document Number: 83872 Rev. 16-Jun-03
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Document Number: 83872 Rev. 16-Jun-03

Option Optocouplers Safe Electrical Insulation 0884* These optoco

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