Related Documents - VDE German Test Institute
Application Note (25)
Approval Documents (30)
FAQ (1)
Instructions (2)
Markings (2)
Ordering Info (1)
Package Drawing (15)
Promotional Material (2)
Quality Info (2)
Reference Data (1)
Tape and Reel Info (1)
Technical Note (4)
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Application Note
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|
 10-MBd Application Note |
10-MBd High-Speed Optocoupler Design Guide |
| App02-Phototransistor application examples |
Typical application examples where phototransistors are used |
| App45-How to Use Optocoupler Normalized Curves |
How to Use Optocoupler Normalized Curves |
| App48-Understanding what VDE certified means |
Understanding what VDE certified means |
| App50-IL300 Optocoupler Application note |
Designing Linear Amplifiers Using the IL300 Optocoupler |
| App53-Optocouplers to Isolate Modem Data Access |
Using Optocouplers to Design Isolated Modem Data Access Arrangements (DAAs) |
| App54-Linear Optocoupler in Isolated Industrial Current Loop |
Design of Isolated Industrial Current Loops Using the IL300 Linear Optocoupler |
| App55-Feedback Control for SMPS using Optocouplers |
Designing the Feedback Control Loop for Power Supplies using Optocoupler Methods |
| App56-An Introduction to Solid State Relays |
Provides basic understanding of the SSRs |
| App57-SSR Overvoltage Protection |
SSR Overvoltage Protection |
| App58-Solid State Relays Current Limit Performance |
Understand SSRs Current Limit Capabilities |
| App59-Solid State Relay Input Resistor Selection |
How to select the input resistor for driving SSRs |
| App60-Stacking Solid State Relays for Higher Switching Voltages |
Designing techniques for SSRs for Higher Switching Voltages |
| App61-Solid State Relay Parallel and DC Operation |
Using Solid State Relays in Parallel and DC Operation |
| App66-Modem Line Interface Solutions |
Modem Line Interface Solutions |
| App69-Solid State Relay Metallic On-State Surge Performance |
Solid State Relay Metallic On-State Surge Performance |
| App73-High-Speed/Logic Gate Optocoupler (SFH67XX Series) |
Designing with the SFH67XX Series products |
| App83-Optocoupler Common Mode Transient Immunity (CMTI) |
Theoretical and Practical approach to Common Mode Transient Immunity (CMTI) |
| Application Note |
TRIAC Coupler |
| Application Notes |
"Faster Switching" from "Standard Couplers" |
| Design Guidelines for Optocouplers in Switching Power Supplies |
Design Guidelines for Optocouplers in Switching Power Supplies |
| Design Guidelines for Safety Agency Compliance |
Design Guidelines for Safety Agency Compliance |
| Optocoupler Quality and Reliability |
Optocoupler Quality and Reliability Tests |
| Phototriac Application Note |
Designing with Phototriacs |
| Phototriac dV/dt Application Note |
Understanding dV/dt in Phototriacs |
|
Approval Documents
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|
| BSI Certificate 6942 |
BSI_6942_DIP6_4N_CNY17_H11_SFH600 |
| BSI Certificate 7081 |
BSI_7081_all_TFK |
| BSI Certificate 7402 |
BSI_7402_all_TFK |
| BSI Certificate 7538 |
BSI_7538_DIP6_4N_CNY17_H11_SFH600 |
| BSI Certificate 7797 |
BSI_7797_DIP4_SFH617 |
| BSI Certificate 7798 |
BSI_7798_DIP4_SFH617 |
| BSI Certificate 7955 |
BSI_7955_TRIAC_IEC60065 |
| BSI Certificate 7956 |
BSI_7956_TRIAC_IEC60950 |
| BSI Certificate 8492 |
BSI_8492_SFH690_IEC60065 |
| BSI Certificate 8493 |
BSI_8493_SFH690_IEC60950 |
| BSI Certificate 8957 |
BSI_8957_6N137 |
| BSI Certificate 8986 |
BSI_8986_TCMT11_111_16_TCMD100 |
| BSI Certificate 8987 |
BSI_8987_TCMT11_111_16_TCMD100 |
| Cert_BSI_7799_60065 |
BSI_7799_IL300 |
| Cert_BSI_7800_60950 |
BSI_7800_IL300 |
| Cert_CECC_SL5500 |
CECC_SL5500 |
| Cert_CSA_93751_Coupler |
CSA _93751_Coupler |
| Cert_PTB_CNY65exi |
ATEX_CNY65EXI |
| Cert_UL_CAN_E76222 |
UL_Can_E76222 |
| Cert_UL_E_52744 |
UL_web52744_2 |
| Cert_UL_US_E76222 |
UL_US_E76222 |
| Cert_VDE_062076 |
VDE_62076_SITAC_BRT_incl_60950_60065 |
| Cert_VDE_076847 |
VDE_76847_SYS2_DIL6_incl_60950_60065 |
| Cert_VDE_104817 |
VDE_104817_IL300 |
| Cert_VDE_132473 |
VDE_SYSW_132473_incl_60950_60065 |
| CompSafety |
Safety Recognition |
| VDE 128218 Marks Approval |
VDE_128218_miniflat_SFH690_6916_LH15AEF_FP |
| VDE 40010622 Marks Approval |
VDE_40010622_SYS5_6N_SFH63_67 |
| VDE 83634 Marks Approval |
VDE_83634_SYS4_Triacs_IL4 |
| VDE 91888 Marks Approval |
VDE_91888_SYS1_DIP4_8_16 |
|
FAQ
|
|
| PhotoTriac FAQs |
Frequently asked questions for PhotoTriacs |
|
Instructions
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|
| Assembly Instructions |
Assembly Instructions |
| Handling Instructions |
Selector Guides |
|
Markings
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|
| PartnumCoding |
Part Number Coding |
| Standard Marking |
Standard Marking on Optocouplers |
|
Ordering Info
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|
| Packaging and Shipping |
Packaging and Shipping |
|
Package Drawing
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|
| DIL300-16 |
DIL300-16 |
| DIL300-4 |
DIL300-4 |
| DIL300-6 |
DIL300-6 |
| DIL300-8 |
DIL300-8 |
| DIL400-4 |
DIL400-4 |
| DIL400-6 |
DIL400-6 |
| DIP-16 |
DIP-16 |
| DIP-4 |
DIP-4 |
| DIP-6 |
DIP-6 |
| DIP-8 |
DIP-8 |
| DIP-8A |
DIP-8A |
| Footprints |
Footprints |
| Option |
Option 7 |
| Option |
Option 9 |
| SO-6L5 |
SO-6L5 |
|
Promotional Material
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|
| Phototriacs |
Optoelectronics |
| Solid State Relays Selector Guide |
Solid State Relays Selector Guide |
|
Quality Info
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|
| Quality Information |
Quality Information |
| QualityReliab |
Quality and Reliability |
|
Reference Data
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|
| Conventions used in Presenting Technical Data |
Conventions used in Presenting Technical Data |
|
Tape and Reel Info
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|
| Packaging, Tape and Reel Information |
Packaging, Tape and Reel Information |
|
Technical Note
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|
| General Description |
Selector Guides |
| General Information |
General Information for SSRs |
| Measurement Techniques |
Measurement Techniques |
| Option Information |
Option Information |
Sales, Technical Questions...
- Service and Support
- Product Information and Literature
