Part Number: TPS65313-EVM Tool/software: Is the source code for the MSP430 on the TPS65313-EVM. It talks to the PMIC via SPI. I am looking to verify the method required to configure the PMIC and to enable CRC checking. The data sheet is incomplete. I…
Part Number: TPS65313-EVM Hi,
I am trying to find a link to download TPS65313-EVM GUI as described in EVM user guide.
www.ti.com/.../sldu028a.pdf
However, I am unable to find the download link anywhere on the website or forum.
Can you please guide me…
Niko,
Thanks for the update. I may look at probing the TPS65313-Q1 EVM to inspect the SPI traffic to/from the MSP430. That may help me figure this out. The issue with not knowing what is correct for the CRC algo is that I cannot configure the chip.
J…
Hi,
the BUCK2 can be set to 1.8V with the EVM GUI but I understand you only have the IC so this GUI will not work with your prototype board. The BUCK output depends on the OPN of the device. Could you use the TPS65313-EVM to evaluate the functionality…
Your message is clear and professional. Here’s a slightly refined version with minor improvements for grammar, flow, and clarity:
Subject: Follow-up: TPS65313-Q1 Output Voltage Regulation Issue
Hi Niko,
Thank you very much for your…
W Z said: Need a new rising edge is detected at the WAKE pin. I cannot offer this condtion
I cannot offer this condition.
Niko Alatalo said: Other possible way could maybe be by using the MCU_RST_RQ command. This command requests the PMIC to toggle the…
Hello,
Sorry this was missed. There are a few different PMIC that we have tested that can be used. Please see list below with link to an EVM that uses this design so you can reference that EVM schematic for your design.
LP87524J ( https://www.ti.com/tool…
Hi Chris ,
TPS65313-Q1 external/general purpose voltage monitors are monitoring TPS65653-Q1 1.8V rail for UV/OV and if UV/OV detected, TPS65313-Q1 will reset the AWR1843. TPS65653-Q1 1V rail is monitored by AWR1843 ADC itself and if UV/OV is detected on…
Part Number: TPS65313-Q1 Hello, We have a project for a industrial application in which we receive a 24VDC rail and we need to make:
16VDC/ 2A
5VDC/ 50mA
3.3VDC/ 750mA
1.8VDC/ 800mA
We will use a standard buck converter for the 16VDC (unless you have…