Inspector SPS Series
Shimada Electronics
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Electronics & Electrical Use
About This Product
Feature
Uses four technology to achieve high quality and durability that reduces the risk of quality accidents to the limit.
1. Realizes high durability by using palladium plating frames
In general, soldering is performed after the product is completed, but after completion, plating may invade and lead to quality accidents. Our products are not feared because they are pre -plated.
2. There is no quality deterioration due to components with low temperature assembly
The low -temperature speed curing diver has achieved high adhesion of chips, frames and resins. In addition, the high bonding quality due to the oxidation of the frame and the reduction of impurities have no quality deterioration due to the components.
3. Recruitment of high -confidence resin/structure
Highly reliable mold resin, mold of voice dressing due to reduced pressure, deterioration prevention package due to double structure prevents quality deterioration.
4. Adopted Epi -Ei Ha, stable operation even in large -class basin
With the adoption of Epi Eiha, VCE (SAT) is about 40%lower compared to other companies, and stable operations are realized even in the tier basin.
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Product
Inspector SPS Series
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Handling Company
Shimada Electronics
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Categories
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Usage Scenarios
Electronics & Electrical Use
1 Models of Inspector SPS Series
| Product Image | Part Number | Price (excluding tax) | Collector Emitter voltage | Collector and emitter saturation voltage | Collector current | Collector loss | Collector loss reduction rate (TA> 25 ℃) | Dark current | Emitta collector interconnection voltage | Half -price angle | Operating temperature | Optical current | Peak sensitivity wavelength | Redeseed temperature (5s) | Response time drop time | Response time increased time | storage temperature |
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SPS1502 |
Available upon quote | 30V | Condition E = 0.1mw/cm2, IL = 15μatyp0.15vmax0.4v | 50ma | 75MW | -1 MW/℃ | Condition VCE = 24V, E = 0. Typ0.005μA. Max0.1μA | 5V | ± 15 ° | -30 ~+95 ℃ | Condition E = 0.1mw/cm2, VCE = 3vmin50μatyp130μAmax210μA | 870nm | 260 ° C | Conditions VCE = 5V, IC = 2ma, RL = 100ωTyp6μs | Conditions VCE = 5V, IC = 2ma, RL = 100ωTyp6μs | -40 ~+100 ℃ |
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