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Features:
  • DC Control Input
  • Optically Isolated
  • Wide Control Range
  • High Surge Ratings
  • Compatible With Most Logic Systems
  • 1500 Volt RMS Isolation
  • 100% Tested at Rated Current
  • Fast Switching Times
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INPUT Model-> SVDD/
1V12
SVDD/
1V20
SVDD/
1V40
Min Turn-on Voltage / Current VDC/mA 4 / 6
Max Input Voltage / Current VDC/mA 32 / 10
Max Turn-off Voltage VDC 1

OUTPUT
IOUT(Continuous w/Proper Heatsink) ARMS 12 20 40
Voltage Drop @ IOUT VDC 2 3 3
ISURGE - Non-repetitive APEAK 30 60 120
Voltage Range (VOUT) VDC 0-100 0-100 0-100
Leakage @ VOUT @ 50oC (Max) mA 2 2 2
Turn-on (max.)
Output Voltage > 8VDC
µS 25 25 25
Turn-off (max.) µS 25 25 25
On-State Resistance (Max.) @ IOUT Ohm .18 .15 .085
Thermal resistance R0JC (Tj=115oC) 0C/W 1.06 .97 .79

GENERAL CHARACTERISTICS
Dielectric strength (Input-Output-Base) VRMS 1500 (2100VPK)
Capacitance Input to Output pf 8
Ambient temp. range (Operating) 0C -40 to +100
Regulatory UL and CSA Pending

Adequate heatsinking, including consideration of air temperature and flow, is essential to the proper operation of a solid state relay. Units should not be mounted in an enclosed area without proper air flow. Units should also never be mounted to a plastic base or to a painted surface. Proper thermal transfer gel or pad should be applied to the heatsink before mounting the relay. Failure to provide adequate heatsinking will cause a solid state relay to fail.
Last updated January 9, 2004