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OP130-Series from OPTEK Technology

With the OP130 series, OPTEK Technology offers high-quality IR-LEDs in different designs. Please contact us if a component is not listed or if you are looking for an alternative or need a customized solution.
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OP130
OP130
OPTEK Technology
IR-LED | 935 nm | 1 mW/cm² | ± 9° | TO-46
Datasheet:OP130 PDF
Manufacturer OPTEK Technology
min. Radiant Incidence: 1
Unit: mW/cm²
Test Conditions (ATP): 100 mA
Wavelength: 935 nm
Angle of radiation: ±9 deg.
Forward Current: 100 mA
Peak Forward Current: 10000 mA
max. Forward Voltages: 1,75 V
Output Rise Time: 1000 ns
Output Fall Time: 500 ns
Hi-Rel: No
Chassis: TO-46 Dome Linse§TO-46 Dome Lens
Min. operating temperature: -65 °C
Max. operating temperature: 125 °C
Models: -
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OP130W
OP130W
OPTEK Technology
IR-LED | 935 nm | 1 mW/cm² | ± 25° | TO-46
Datasheet:OP130W PDF
Manufacturer OPTEK Technology
min. Radiant Incidence: 1
Unit: mW/cm²
Test Conditions (ATP): 100 mA
Wavelength: 935 nm
Angle of radiation: ±25 deg.
Forward Current: 100 mA
Peak Forward Current: 10000 mA
max. Forward Voltages: 1,75 V
Output Rise Time: 1000 ns
Output Fall Time: 500 ns
Hi-Rel: No
Chassis: TO-46 ohne Linse§TO-46 Flat Window
Min. operating temperature: -65 °C
Max. operating temperature: 125 °C
Models: -
Merkzettel DETAILS Details
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OP131
OP131
OPTEK Technology
IR-LED | 935 nm | 3 mW/cm² | ± 9° | TO-46
Datasheet:OP131 PDF
Manufacturer OPTEK Technology
min. Radiant Incidence: 3
Unit: mW/cm²
Test Conditions (ATP): 100 mA
Wavelength: 935 nm
Angle of radiation: ±9 deg.
Forward Current: 100 mA
Peak Forward Current: 10000 mA
max. Forward Voltages: 1,75 V
Output Rise Time: 1000 ns
Output Fall Time: 500 ns
Hi-Rel: No
Chassis: TO-46 mit Linse§TO-46 Dome Lens
Min. operating temperature: -65 °C
Max. operating temperature: 125 °C
Models: -
Merkzettel DETAILS Details
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OP132
OP132
OPTEK Technology
IR-LED | 935 nm | 4 mW/cm² | ± 9° | TO-46
Datasheet:OP132 PDF
Manufacturer OPTEK Technology
min. Radiant Incidence: 4
Unit: mW/cm²
Test Conditions (ATP): 100 mA
Wavelength: 935 nm
Angle of radiation: ±9 deg.
Forward Current: 100 mA
Peak Forward Current: 10000 mA
max. Forward Voltages: 1,75 V
Output Rise Time: 1000 ns
Output Fall Time: 500 ns
Hi-Rel: No
Chassis: TO-46 mit Linse§TO-46 Dome Lens
Min. operating temperature: -65 °C
Max. operating temperature: 125 °C
Models: -
Merkzettel DETAILS Details
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OP133
OP133
OPTEK Technology
IR-LED | 935 nm | 5 mW/cm² | ± 9° | TO-46
Datasheet:OP133 PDF
Manufacturer OPTEK Technology
min. Radiant Incidence: 5
Unit: mW/cm²
Test Conditions (ATP): 100 mA
Wavelength: 935 nm
Angle of radiation: ±9 deg.
Forward Current: 100 mA
Peak Forward Current: 10000 mA
max. Forward Voltages: 1,75 V
Output Rise Time: 1000 ns
Output Fall Time: 500 ns
Hi-Rel: No
Chassis: TO-46 mit Linse§TO-46 Dome Lens
Min. operating temperature: -65 °C
Max. operating temperature: 125 °C
Models: -
Merkzettel DETAILS Details
Request Anfrage
OP133W
OP133W
OPTEK Technology
IR-LED | 935 nm | 5 mW/cm² | ± 25° | TO-46
Datasheet:OP133W PDF
Manufacturer OPTEK Technology
min. Radiant Incidence: 5
Unit: mW/cm²
Test Conditions (ATP): 100 mA
Wavelength: 935 nm
Angle of radiation: ±25 deg.
Forward Current: 100 mA
Peak Forward Current: 10000 mA
max. Forward Voltages: 1,75 V
Output Rise Time: 1000 ns
Output Fall Time: 500 ns
Hi-Rel: No
Chassis: TO-46 ohne Linse§TO-46 Flat Window
Min. operating temperature: -65 °C
Max. operating temperature: 125 °C
Models: -
Merkzettel DETAILS Details
Request Anfrage
Hint: current revision of the supplier datasheet is applicable

Design-In Support

Do you have questions about the OP130-Series from OPTEK Technology or are you looking for alternatives? As an authorized distributor, we maintain a very close exchange with OPTEK Technology and are happy to advise you with our many years of experience in the selection of suitable components and possible adaptations. Please contact us!
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