Because of the Thanksgiving holiday in the U.S., TI E2E™ design support forum responses may be delayed from November 25 through December 2. Thank you for your patience.
Part Number: LP5890 Hi TI Team,
I was wondering if I could be sent the slides on the CCSI communication protocol that is used to control the LP5890. I would also like to know if the protocol would be possible to implement on an ST Nucleo-G071RB using…
Part Number: LP5890 Other Parts Discussed in Thread: TLC6983 , Hello,
My question applies to both the LP5890 and the TLC6983.
I am fully aware of the need to supply the devices with a continuous clock and that a conventional SPI port cannot be used on…
Part Number: LP5890 Other Parts Discussed in Thread: MSP430F5529 , TMS320F280039C
How the LP5890 communicate with MCU (STM32F103)?
Dear TI support!
I am tring to use LP5890,and trying to communicate with my MCU(STM32F103), but i can not figure out clearly…
Part Number: LP5890 Other Parts Discussed in Thread: TLC6983 Hello Texas instruments support,
I am using a LP5890 and now I'm trying to establish communication between my uC (atmega1280) and Texas instruments chip.
The possible way from uC is to…
Part Number: LP5890 Hi team,
Do we have timing charts of R0 - R15, G0 - G15 and B0 - B15?
Do we have a timing chart of LINE0 - LINE15?
Best regards,
Shunsuke Yamamoto
Part Number: LP5890 Dear Team,
Do we have any AC/DC solution can meet the each spec as below?
Vin=120Vac, Vo=16S1P, about 144V. ˙7~8W, PWM dimming
Vin=18Vdc, RGB LED driver(5S), R PWM dimming. G PWM dimming, B PWM dimming : total 7W
Thanks a lot! …
Part Number: LP5890 Other Parts Discussed in Thread: TLC6983 Hi,
What is the difference between LP5890 and TLC6983?
The pin count, package and application circuitry of both look the same.