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OP165-Series from OPTEK Technology

With the OP165 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.

	Product	Manufacturer	min. Radiant Incidence	max. Radiant Incidence	Unit	Test Conditions (ATP)	Wavelength	Angle of radiation	Forward Current	Peak Forward Current	max. Forward Voltages	Output Rise Time	Output Fall Time	Hi-Rel	Chassis	Min. operating temperature	Max. operating temperature

Note

Artikel	Manufacturer	min. Radiant Incidence	max. Radiant Incidence	Unit	Test Conditions (ATP)	Wavelength	Angle of radiation	Forward Current	Peak Forward Current	max. Forward Voltages	Output Rise Time	Output Fall Time	Hi-Rel	Chassis	Min. operating temperature	Max. operating temperature
OP165A IR-LED \| 935 nm \| 1,95 mW/cm² \| ±9° \| ALT OP160SLA	OPTEK Technology	1.95	-	mW/cm²	20 mA	935 nm	±9 deg.	50 mA	3000 mA	1.6 V	1000 ns	500 ns	No	3mm T-1	-40 °C	100 °C
OP165B IR-LED \| 935 nm \| 1,4-2,2 mW/cm² \| NEU für OP163B	OPTEK Technology	1.4	2.2	mW/cm²	20 mA	935 nm	±9 deg.	50 mA	3000 mA	1.6 V	1000 ns	500 ns	No	3mm T-1	-40 °C	100 °C
OP165C IR-LED \| 935 nm \| 0,85-1,6 mW/cm² \| ± 9° \| T-1	OPTEK Technology	0.85	1.6	mW/cm²	20 mA	935 nm	±9 deg.	50 mA	3000 mA	1.6 V	1000 ns	500 ns	No	3mm T-1	-40 °C	100 °C
OP165D IR-LED \| 935 nm \| 0,28 mW/cm² \| ± 9° \| T-1	OPTEK Technology	0.28	-	mW/cm²	20 mA	935 nm	±9 deg.	50 mA	3000 mA	1.6 V	1000 ns	500 ns	No	3mm T-1	-40 °C	100 °C
OP165W IR-LED \| 935nm \| 0,5 mW/cm² \| ±45° \| NEU f. OP160W	OPTEK Technology	0.5	-	mW/cm²	20 mA	935 nm	±45 deg.	50 mA	3000 mA	1.6 V	1000 ns	500 ns	No	3mm Flach T-1 Flat	-40 °C	100 °C

Hint: current revision of the supplier datasheet is applicable

Design-In Support

Do you have questions about the OP165-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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