Battletank laser receiver teardown
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- Опубликовано: 28 дек 2023
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Наука
Corner reflector, so the firing laser gets confirmation of the accurate aiming, as the pule will go back along exactly the same path.
Receive side IR photodiode, and the TO100 can opamp is very likely being used as a inverting buffer, running the photodiode into a virtual ground, and then the ceramic package is probably a quad opamp package, used to square up the signal and transmit it down the cable, where the computer on board decodes the modulated IR beam, used to identify the particular laser transmitter, and then sends a RF signal to the referees, telling them target X was hit by shooter Y, so they can send an estimated BDA to the tank, so they have to emulate damage and a fix time.
Ta the teardown.
Season's Greetings from Namibia!
Very nice
Ha, same date code on that prism as me 😂
Quality IR pass filter, wery litle atenuation on 850nm for such low nm bloking.
Happy New Year.
you should have the emotional support misstle as your assistance or Igor in your videos!
😂 I'm designing same equipment in my company.
Probably the PLW7725B compares to the TLC7725IPW ?
good video, any clue what's the type of the IR photodiode?
Hamamatsu makes similar looking diodes but common to other vendors as well.
The german pronounciation is almost accurate - mind that "Ä" must be pronounced like german "E" not german "A"!