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Choosing the Right AGC Value for Your Application • AGC4™: best noise suppression, LCD and Plasma • AGC3™: fast coding schemes, better noise suppression • AGC2™: typical coding schemes, good noise suppression • AGC1™: any coding scheme, acceptable noise suppression Parts table listed by AGC# and Coding Scheme » Read “Choosing an IR Receiver” in WD&D »
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| Ee (mw/m2) | Pinning | typical remote control data formats | data format with short bursts | |||
| standard applications | very noisy environments | noisy environments | high data rates | |||
| AGC2 / AGC8 | AGC4 | AGC3 | AGC1 | |||
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0.3 | 1,4=Gnd, 2=Vs, 3=Out |
TSOP752..W | TSOP754..W | TSOP753..W | |
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0.15 | 1,4=Gnd, 2=Vs, 3=Out |
TSOP752.. | TSOP754.. | TSOP753.. | |
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0.1 | 1=Gnd, 2=Vs, 3=Out, 4=Gnd, 5=Gnd |
TSOP852.. | TSOP854.. | TSOP853.. | |
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0.15 | 1=Gnd, 2=N.c., 3=Vs, 4=Out |
TSOP352... | TSOP354.. | TSOP353.. | TSOP351... |
| 0.40 | TSOP362... | TSOP361... | ||||
| 0.35 | TSOP62... | TSOP64... | TSOP63... | TSOP61... | ||
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0.1 | 1=Out, 2=Gnd, 3=Vs |
TSOP348... | TSOP344... | TSOP343... | TSOP341... |
| 0.17 | 1=Out, 2=Gnd, 3=Vs |
TSOP48... | TSOP44... | TSOP43... | TSOP41... | |
| 0.1 | 1=Out, 2=Vs, 3=Gnd |
TSOP322... | TSOP324... | TSOP323... | TSOP321... | |
| 0.17 | 1=Out, 2=Vs, 3=Gnd |
TSOP22... | TSOP24... | TSOP23... | TSOP21... | |
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0.15 | 1=Out, 2=Gnd, 3=Vs |
TSOP382... | TSOP384... | TSOP383... | TSOP381... |
| 0.3 | 1=Out, 2=Gnd, 3=Vs |
TSOP582... | TSOP584.. | TSOP583.. | TSOP581... | |
| 0.15 | 1=Out, 2=Vs, 3=Gnd |
TSOP392... | TSOP394... | TSOP393... | TSOP391... | |
| 0.3 | 1=Out, 2=Vs, 3=Gnd |
TSOP592... | TSOP594... | TSOP593... | TSOP591... | |
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0.15 | 1=Gnd, 2=Vs, 3=Out |
TSOP312... | TSOP314... | TSOP313... | TSOP311... |
| 0.15 | TSOP12... | TSOP13... | TSOP11... | |||
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Please click on a part number to see all mechanical options available for it. |
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Please click here to find out more about the chip change-overschedule (5-V IR Receiver Modules upgrade). |
Available devices Legacy AGC2 IR Receiver Series IR Receivers with modulated output for code learning and repeater applications IR Receivers with constant gain for sensor and light-curtain applications |
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- Vishay’s New Mid-Range IR Sensors Feature Digital or Analog Output with Industry-Best Response Time of 300 µs in Three Package Types June 28, 2010
- Vishay Releases Industry’s First Series of Ultra-Miniature SMD IR Receivers to Offer Two Photodiodes and Patented Internal EMI Shielding Inside Package With 2.35-mm Profile October 28, 2009
All IR receiver modules press release
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