OP7000 Clear molding compound for SMT light sensors and emitters
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OP7000 is a transparent epoxy molding compound, developed specifically for the encapsulation of optoelectronic devices in surface mount packages, such as ambient light sensors, proximity sensors, LEDs, and IR transceivers.
OP7000 is available in a wide variety of pellet sizes, including minipellets.
Colored and light filtering versions are also available for LEDs, infrared devices and special applications.
Advantages:
  • SMT reflow performance up to MSL3 
  • Excellent transmittance from 400 to 1600 nm 
  • Excellent resistance to yellowing after heat aging 
  • Good room temperature shelf stability 
  • Suitable for leadframe and laminate packages, including QFN style packages
OP7000 is a data-transmission sensor version of OP1000. Transmission performance from 400-600nm has been enhanced while retaining other key properties. 
OC10-1 Heat-resistant, optically-clear molding compound for RBG devices & BLU 
  • Resists yellowing up to 125C for thousands of hours
  • Refractive index of 1.53 @ 400 nm
  • Excellent transmittance from 400 to 1400 nm
OL10-1 High refractive index liquid encapsulant for optoelectronic devices 
  • Outstanding resistance to yellowing after heat aging up to 105C
  • Suitable for through-hole, SMT, and MAP style packages
  • Can be used to replace expensive bandpass filters
OP1000 Heat and UV-resistant, optically clear molding compound for RBG devices and backlighting 
  • Resists yellowing up to 125C for thousands of hours
  • Glass transition temperature (Tg) > 135C
  • Diffused, colored and light filtering versions
OP7000 Clear molding compound for SMT light sensors and emitters 
  • Single-Mold Data Transmission Sensors
  • Excellent light transmission even after aging
  • Excellent MSL performance for single-mold devices
OP7200 Clear molding compound for MAP light sensors and emitters 
  • Optimized for leadframe & laminate-based MAP style packages
  • Excellent transmittance from 400 to 1600 nm
  • Excellent resistance to yellowing after heat aging