The information that you are looking for can be found in the TI-Design of the EVM - https://www.ti.com/tool/TIDA-080005
The CAD files contain a drawing of each element showing the dimensions. Unfortunately, the assembly drawing from YOI (EVM manufacturer…
Part Number: DLP4710EVM-LC Other Parts Discussed in Thread: DLP4710 Hello
I would like to use DLP4710EVM-LC as a UV source for a 3D printer (as described TIDA-080005 ).
User's Guide says that they use OSRAM P1W LED.
Which UV LED can I use?
For exa…
Hello Jon,
Welcome to DLP forum!
Jon WANG said: .The source code for DLP EVM GUI
The DLP EVM GUI is available only a executable, we do not provide source code even under NDA.
We do provide an API in source format. Customers can use this API to communicate…
Part Number: DLP4710EVM-LC Other Parts Discussed in Thread: TIDA-080005 , Could you please supply us the 'layout component package' for the PCB of the EVM, that I didn't find in the TITA-080005 reference design.
Hello user,
Please see the response below:
1. How is it compared to the DLPLCR4500EVM?
DLP4710EVM-LC and DLPLCR4500EVM have different DMD and controller come with the EVM. The DLP4710EVM-LC includes a DLPA3005 PMIC/LED driver for the DLP4710 DMD and DLPC3479…
Hello Heeju,
Welcome to DLP forum and thank you for your interest in DLP technology.
The TI reference design TIDA-080005 is based on DLP4710LC EVM. Please refer to this reference design for list components and schematic for the electronics.
TIDA-080005…
Hello User,
Welcome to the E2E forum and thank you for your interest in DLP® technology.
The SW21 (green button) is a SW_SYS_ON-OFF switch connected to MSP. Please refer to reference design TIDA-080005 . Unfortunately, there is no option in the firmware…
Hello Jamie,
Welcome to the E2E forum and thank you for your interest in DLP® technology!
DLPDLCR4710EVM-G2 is a display chipset while DLP4710EVM-LC is a light control chipset. Please refer to the [FAQ] Choosing Light Control vs. Display to give you…
Hi Marvin,
For the DLP4710LC, the customer would need to consider two things for their application:
Highest speed streamed random patterns would be 180Hz (three bits per frame, 60Hz VSYNC). The customer would need to know if this sufficient for their…