Technical parameters/rise/fall time: 0.01 µs
Technical parameters/number of pins: 2
Technical parameters/forward voltage: 1.3 V
Technical parameters/wavelength: 870 nm
Technical parameters/perspective: 38°
Technical parameters/peak wavelength: 870 nm
Technical parameters/dissipated power: 0.18 W
Technical parameters/rise time: 15 ns
Technical parameters/forward current: 100 mA
Technical parameters/breakdown voltage: 5 V
Technical parameters/forward voltage (Max): 1.45 V
Technical parameters/forward current (Max): 100 mA
Technical parameters/descent time: 15 ns
Technical parameters/descent time (Max): 15 ns
Technical parameters/rise time (Max): 15 ns
Technical parameters/operating temperature (Max): 85 ℃
Technical parameters/operating temperature (Min): -40 ℃
Technical parameters/dissipated power (Max): 180 mW
Encapsulation parameters/installation method: Through Hole
Package parameters/number of pins: 2
Encapsulation parameters/Encapsulation: T-1
External dimensions/packaging: T-1
Physical parameters/operating temperature: -40℃ ~ 85℃ (TA)
Other/Product Lifecycle: Active
Other/Packaging Methods: Bulk
Compliant with standards/RoHS standards: RoHS Compliant
Compliant with standards/lead standards: Lead Free
Customs information/ECCN code: EAR99
| Model | Brand | Similarity | Encapsulation | Introduction | Data manual | |
|---|---|---|---|---|---|---|
HSDL-4261
|
LITE | 功能相似 | T-1 |
红外发射源 IR Emitter 870nm High Power
|
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HSDL-4261
|
AVAGO Technologies | 功能相似 | T-1 |
红外发射源 IR Emitter 870nm High Power
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TSFF5210
|
Vishay Semiconductor | 类似代替 | T-1 |
VISHAY TSFF5210.. 红外发射器, 高速, 10 °, T-1 3/4 (5mm), 100 mA, 1.5 V, 15 ns, 15 ns
|
||
TSFF5210
|
VISHAY | 类似代替 | T-1 |
VISHAY TSFF5210.. 红外发射器, 高速, 10 °, T-1 3/4 (5mm), 100 mA, 1.5 V, 15 ns, 15 ns
|
||
TSFF5210
|
Vishay Intertechnology | 类似代替 |
VISHAY TSFF5210.. 红外发射器, 高速, 10 °, T-1 3/4 (5mm), 100 mA, 1.5 V, 15 ns, 15 ns
|
|||
TSFF5410
|
VISHAY | 类似代替 | T-1 |
Vishay TSFF Series IR Emitting Diodes The TSFF family, from Vishay Semiconductors, are high speed Infrared (IR) emitting diodes. With a peak wavelength of 870nm, these IREDs use double hetero (DH) technology. Suitable applications for the TSFF family of IREDs includes; IR video data transmission, free air data transmission and smoke automatic fire detectors. Features of the TSFF family of IR emitting diodes: T-1 3/4 (5mm) through-hole packages High reliability High radiant power High radiant intensity Low forward voltage Peak wavelength: 870nm ### 红外线 (IR) 发射器，Vishay
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