Resolved! STUSB4500 I_SNK_PDO_FLEX
I can’t find a description of this (I_SNK_PDO_FLEX) parameter, what it is for, and what it affects in the decision-making algorithm about the power profile.Thanks.
Discuss hardware and software design challenges, including NOR flash storage, OTA updates, component ID, and thermal management.
I can’t find a description of this (I_SNK_PDO_FLEX) parameter, what it is for, and what it affects in the decision-making algorithm about the power profile.Thanks.
Hi Peter , Good day , Here the part Label is comes with MICRON logo and part markings are belongs to ST micro format . Is it possible ?? Looking forward for your support and advise on this case. Thank you Regards Manoj Balakrishnan.
Hello,I recovered an old component with the marking 2843A ST.Can't find the Part number? UC2843AD1? An idea?Thanks
Good evening, I am not founding data scheet of this diode BEK19A, maybe obsolete. Can some one provide analog datas cheet diode please?
HiIn our design, we incorporated the IMS T225-F20E component. This part necessitates a clock with a frequency of 5 MHz. According to note 3 in the attached image, crystal oscillators with a 200 ppm (parts per million) tolerance can be employed. Howev...
Hi I am looking for the top side park marking of component M24C08-FMH6TG.Is this something I should be able to locate myself? I checked the datasheet and engineering notes for the package type.Thank you so much.-Ben
Hello!I would like to test it using STEVAL-FKI915V1(S2-LP).-. Setting conditions:1) Frequency used: 924.6MHz2) Channel Bandwidth: 10KHz3) Modulation Mode: CW4) Temperature: 255) Applicable register: see attached file.Questions1. EV BD (STEVAL-FKI915V...
Find a 3D model of STEVAL-CTM015V1,THANK YOU
Hi, We are using STM M24256-DFCS6TP/K 256-Kbit serial I²C bus EEPROM. We want to read and write the whole memory inside the EEPROM data. Are there any commands available in the u-boot and kernel test? and also if I want to read a particular location ...
// Waiting to receive data to complete i = 2000; // i according to the clock frequency adjustment, the operator M1 card maximum waiting time 25ms do { // CommIrqReg[7..0] // Set1 TxIRq RxIRq IdleIRq HiAlerIRq LoAlertIRq ErrIRq TimerIRq n = Read_MFR...