Part Number: DLP4501 Can I use DLP4501AFQ for a fiber spectrometers in NIR? I know it has lower transmission in NIR because of surface AR coating. Are there any other issues besides that? Thanks.
Part Number: DLP4500 Other Parts Discussed in Thread: DLP4501 , Hi,
When will TI stop manufacturing DLP4500 and DLP4501?
How long is the delivery period of manufacturing DLP4500 and DLP4501?
Thanks.
Kind regards.
Peter
Part Number: DLP4500 Other Parts Discussed in Thread: DLPC350 , DLP4501 , , DLPC6401 Hello
What's the difference between DLP4500 and DLP4501 ,I checked the datasheets, they have the same interface, same size. And the DLPC350 can also controls DLP4501 too…
Part Number: DLP4501 I have polarized R G B LED light beam reaching the DMD. What will happen to its polarization after bouncing off of the DMD micromirrors?
Part Number: DLP4501 Other Parts Discussed in Thread: DLPC6401 Hello. My first question is does DLP4501 support 120Hz refresh rate for active shutter glasses stereoscopic 3d at native resolution?
Second question, is there any EVM or PCB template for this…
Other Parts Discussed in Thread: DLP4501 , DLP4500 , DLPC6401 , DLPC350 I see that the DLP4500 is aimed for advanced light control and the DLP4501 is for video. However the optical engine that is quite reasonable for our purpose has the 4501 on it, although…
Other Parts Discussed in Thread: DLP4501 , DLP4710 A customer is looking for DLP with WXGA 1280 x 800 resolution. The following page says the DLP4501 has WXGA 1280 x 800 resolution, but this part only has 1140 x 912 mirrors. How does that work?
http:/…
Part Number: DLP4500 Other Parts Discussed in Thread: DLP4501 , , DLPC6401 1) What are the core differences between the DLP4500 and the DLP4501 in addition to the application areas? 2) What is the wavelength response range of the DLP4501? 3) Is the DLP4500…
Dear Fizix
Thank you for your reply.
1. R/G/B Color
2. Power : The strongest LED brightness
3. Expected measurement distance : over 1~2M , Measurement range : 1M
I think that DLP4710 series EVMs are strongest brightness. What do you think?
What is a difference…