Hello,
I am driving a SLG59M1440V with 3.3V rail on D/Vin, and transitioning from 0V to 3.3V driven through an 86.6K resistor to the ON pin.
I observe the S/Vout ramping up to approximately 3V before falling with an RC decay to nearly 0.5V. This cycle occurs a random number of times before the output ramps successfully up to 3.3V and stays.
Hi everyone,
This might be a basic question, but is there any way to access and program the OTP region without using the SmartSnippets tools. I have tried accessing and modifying the OPTC_MODE_REG as well as the SYS_CTRL_REG with no success. I am using my own custom setup to connect to the chip using T_TMS (SWDIO) and T_TCK (SWCLK) and am able to modify the data located in SRAM. Is there a specific setting in one of the registers that will allow me to access OPTC_MODE_REG and SYS_CTRL_REG? A register unlock of some sort.
Thank you.
Watchdog works but the system didn't restart PMIC stay in POWER_DOWN. Only possibillity to restart is Power off and on. This is not a possible solution for me.
Autoboot is configured, SYNC mode for Bucks, GPIO_4 => 0x0C
configurationerror在哪里?
Hi，Dialog
The project I am using now is DA14580_581_583_SDK_3.0.10.1\dk_apps\keil_projects\throughput_eval. I would like to ask how to make the program enter idle mode when it starts running. Is it possible to search for Bluetooth signals in idle mode?Can I enter extend sleep mode in debug mode?
I hope I can get your help.
谢谢，Qyt
Is it possible to store a PMIC configuration (specifically for DA9063) in the 232-18-A ICP board, so that it will auto load the target PMIC without connection to a PC?
If not, is the source code for the SAM3U available, so that I can modify it for standalone configuration?
I want to deploy a number of development boards without permanently programming the PMICs, so updates are possible.
Are there any design resources publicly available for the Energous Watt Up wireless transmitters and receivers? Looking for development kits or reference designs for new products.
Hi,
I am trying to get some I2C communication with DA7212 up and running. I have come over some anomalies when it comes to the reserved bits. Could you help me to find out if what I read is right or wrong? If it is right then it is good, it means that the I2C communication is OK. If what I read is wrong then I have to check the code and do some troubleshooting
What I have found so far:
Register adr 0x23, bits [7:6] should be 10 according to the datasheet, but I read 00.
Hi,
I am working at DA7212 and I2S data. I have set DAI_WORD_LENGTH to 24-bits, but for me it seems like the DOUT is "only" 23-bit. The same happens if I set the length to 16-bits, the DOUT data seems to be 15-bits. I have attached a screenshot showing the I2S data. Yellow=BCLK, red=WCLK, blue=DOUT. Is it rigth that the DOUT is only 23-bits or am I missing something?
嗨，
請您為SLG46533V提供符合RoHS證書。我在網站上找不到它們？
親切的問候，
Rachel
