OUTSIDE DIMENSION.. DATE:5// SOLID STATE RELAY - MOSFET OUTPUT NO.6M KAQYS SHEET OF 7 cosmo YS XXX Date Code..6.5..5.5±. 6.8±..5Max...5 Unit.. mm Tolerance.. ±.mm Turn On / Turn Off time Input FORM A NORMALLY OPEN Output 9% % T ON T OFF Absolute Maximum Ratings Emitter(Input) (Ta=5 ) Detector(Output) Reverse Voltage 5.V Output Breakdown Voltage ± 6V Continuous Forward Current... 5mA Continuous Current ± ma Peak Forward Current A Power Dissipation 5mW Power Dissipation mw Derate Linearly from 5.mW/ General Characteristics Isolation Test Voltage 5VACrms Storage Temperature Range - to +5 Isolation Resistance Operating Temperature Range - to +85 Vio=5V,Ta=5 Ω Junction Temperature Total Power Dissipation 55mW Soldering Temperature, Derate Linearly from 5.5mW/ mm from case, sec 6
DATE:5// SOLID STATE RELAY - MOSFET OUTPUT NO.6M KAQYS SHEET OF 7 Electro-optical Characteristics (Ta=5 ) Parameter Symbol Conditions Min. Typ. Max. Unit. Emitter(Input) Forward Voltage V F I F =ma..5 V Operation Input Current IF ON V L =±V,I L =ma,t=ms 5. ma Recovery Input Current IF OFF V L =±V,I L 5μA. ma Detector(Output) Output Breakdown Voltage V B I B =5μA 6 V Output Off-State Leakage IT OFF V T =6V,I F =ma. μa I/O Capacitance C ISO I F =,f=mhz 6 pf ON Resistance R ON I L =ma,i F =ma.8.5 Ω Turn-On Time T ON I F =ma,v L =±V.. ms Turn-Off Time t=ms,i L =±ma.. ms T OFF Schematic and Wiring Diagrams Schematic Output Configuration Connection Wiring Diagrams V IN I F I L V L (AC,DC) a AC/DC - V IN I F I L V L(AC,DC)
Data Curve DATE:5// SOLID STATE RELAY - MOSFET OUTPUT NO.6M KAQYS SHEET OF 7 current vs. ambient temperature Allowable ambient Temperature.. - to +85 On resistance vs. ambient temperature across terminals and pin LED current:5ma Continuous load current:ma(dc) 7 5 current(ma) 6 5 - - 6 8 On resistance(ω) - - 6 8 Turn On Time vs. ambient temperature voltage 6V(DC) LED current.. 5mA Continuous load current:ma(dc). Turn Off Time vs. ambient temperature voltage 6V(DC) LED current.. 5mA Continuous load current:ma(dc).5 Turn On Time(ms).8.6.. - - 6 8 Turn Off Time(ms).... - - 6 8
DATE:5// SOLID STATE RELAY - MOSFET OUTPUT NO.6M KAQYS SHEET OF 7 LED operate current vs. ambient temperature Voltage:6V(DC) Continuous load current:ma(dc) LED Turn Off current vs. ambient temperature Voltage:6V(DC) Continuous load current:ma(dc) LED operate current(ma) 5 - - 6 8 LED Turn Off current(ma) 5 - - 6 8 LED dropout voltage vs. ambient temperature LED current:5 to 5mA Voltage vs. current characteristics of output at MOSFET portion Measured portion:across terminals and pin Ambient temperature:5 LED dropout voltage(v).9.7.5. 5mA ma ma ma 5mA..9 - - 6 8 Voltage VS. Current Characteristics Current ma 6 5 -. -.8 -.6 -. -.. - - - - -5-6..6.8. Voltage V Ambient temperature:5
DATE:5// SOLID STATE RELAY - MOSFET OUTPUT NO.6M KAQYS SHEET 5 OF 7 LED forward current vs. Turn On Time Across terminals and pin voltage:6v(dc) Continuous load current:ma(dc) Ambient temperature:5 Off state leakage current Across terminals and pin Ambient temperature:5 Turn On Time(ms)..5..5 5 6 Off state leakage current - -6-9 - 6 8 LED forward current(ma) voltage(v) LED forward current vs. Turn Off Time Across terminals and pin voltage:6v(dc) Continuous load current:ma(dc) Ambient temperature:5 Applied voltage vs. output capacitance Across terminals and pin Frequency:MHz Ambient temperature:5 Turn Off Time(ms).5.... 5 6 Output capacitance(pf) 5 5 5 5 6 LED forward current(ma) Applied voltage(v)
USING METHODS Examples of resistance value to control LED forward current(if) DATE:5// SOLID STATE RELAY - MOSFET OUTPUT NO.6M KAQYS SHEET 6 OF 7 SSR-MOSFET OUTPUT (IF=5mA) R E E R.V Approx. Ω 5V Approx. 6 Ω V Approx..9K Ω 5V Approx..5K Ω V Approx..K Ω () LED forward current must be more than 5mA,at E min. () LED forward current must be less than 5mA,at E max. Emin. Emax.
USING METHODS DATE:5// SOLID STATE RELAY - MOSFET OUTPUT NO.6M KAQYS SHEET 7 OF 7 Regulate the spike voltage generated on the inductive load as follows: R-C Snubber