Part Number: TPS22918-Q1 Other Parts Discussed in Thread: TPS22965-Q1
Hi,
We got some questions from customer about TPS22918-Q1. Could you help us?
[Question] They are considering to design under following condition.
Vin=3.3V Iout=1.842A Cout=22uF+220uF …
Part Number: TPS659039-Q1 Other Parts Discussed in Thread: TDA2 , TPS22918 Hello,
When testing TDA2 with TPS659039-Q1, the following phenomena were found:
Using the control shown in the following figure to enable TDA's IO voltage timing control, it was…
Hi Craig,
We have been constantly striving to add more and more parts to TINA-TI by generating macro files and reference designs in TINA compatible format. For some parts, we support this by adding the files at the time of device releases, for some these…
Part Number: TPS22919-Q1 Other Parts Discussed in Thread: TPS22918-Q1 Hi, TI Support Team
Inquiries for replacement product recommendations have been received from customers due to delivery issues for the following parts.
TPS22919QDCKRQ1
Please check…
Part Number: TPS22968-Q1 Other Parts Discussed in Thread: TPS22916 , TPS22918-Q1 , TPS22976 , TPS22810-Q1 , TPS22919-Q1 , TPS22919 , TPS22918 , TPS22990 Hi TI Team,
I want to use Load Switches in My Application. But in Most of the Switch Datasheets along with…
Hello Keerthy,
I configured main_uart5 as debug console in linux device-tree k3-j784s4-evm.dts file and i could see the kernel logs on the main_uart5.
as you can see the prints switched from UART8 to UART5 console, but UART5 console is responding for…
Hi,
Thanks for your explanation!
However, I don't quite understand this:
In board-support/ti-linux-kernel-6.1.46+gitAUTOINC+5892b80d6b-g5892b80d6b/arch/arm64/boot/dts/ti/k3-j784s4-evm.dts ,Check the PIN Mux configuration and transceiver configuration…
Ryuji,
The TPS22918-Q1 device is available, but it only supports up to 2A. Is this a processor rail that requires switching? What is the continuous vs peak load current requirement?
-Iván
Hi Tateo,
When you say that you need "high accuracy rise time", what is the acceptable accuracy for the application (ex.50%, 25%)? Do you need the rise time to be accurate across temperature, or do you have a reduced temperature range for the application…