Note:I ignored the topic as I asked sevearl times for the datasheet or other valid informations.
I also had the feellings the basic knowledge is missing. E.g. how to use a programmer. Read the docs first.
I spend 4 hours today because I did the wrong format for the bootloader. VFAT is wrong by the way. systemrescue 11.x.x version and current gentoo linux need a different mfks. command to create a valid uefi bootable partition. That also applies for usb flash sticks.
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With the correct datasheet this time (attach) I've found some places where to buy the chip :
Back to your question. Thaks for your datasheet.
look.
package specification 88
you have all the dminesions there.
e.g. 16-pin soic 300-mil ...
I'm gonna go with
this one before I buy it is it the right one even if the package type is 8-Pad WSON 8x6-mm (I've measure on the board it has the same dimensions) will it work even if the numbers under the chip refrence are not the same ?
Chip markings should be in teh datasheet also
A beginner question for any IC.
did you really read? also the datasheet?
Page 94 -> odering information.
page 95 -> valid part numbers and top side marking
I would not be surprised if you fried the chip with overvoltage. You may killed it by using too much voltage and even destroyed anything around it.
page 5
Low Power, Wide Temperature Range
– Single 1.7V to 1.95V supply
Did I said datasheet - first?
that is basically a 1.8V DC ship not a 3.3V DC or 5.0VDC chip.
there are a lot of details on how the programming works. For 100% accuracy I would have to read every line. I did that in the past for other chips i pgogrammed myself.
page 78 -> absolute maximum ratings 2.5 V DC
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The reason why i did ignore the topic and asked for the datasheet, read the programmer.
I build my own pic microcontroller programmer. For some reason the design had a flaw and ruined some chips. I have not checked your part 100%. Usually you need special protocol, software, hardware, programming voltage and operating voltage.
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I'm not iin that area for years.
In my point of view that is a 1.8V DC chip with the corresponding logic levels.
It should be useable with any proper 1.8V DC logic stone with the proper logic levels and speed.
e.g. page 50.
[External Ruzizao 3.3V Power Supply] (3.3V Output) ---------------------------------------------------------------- SPI_PWR (Pin 9 on header) (This is the 3.3V supply for the BIOS chip)
When you really applied 3.3 V DC to that chip where you provided the datasheet you most likely killed it already.
In my point of view.
I do not have board schematic - it was not provided by the topic poster
Diagramm how it was connected was not provided. and so on.
-- When I think about it. There is also 1.8V DC in the uefi menu for AM4 and AM5. We had 5V DC stones. I also saw 3.3V DC stones It's obvious they went to 1.8V DC now.
--- The W25Q256JW supports the standard Serial Peripheral Interface (SPI -> says all from the microcontroller viewpoint.
-- They are ideal for code shadowing to RAM, executing code directly from Dual/Quad SPI (XIP)
and storing voice, text and data. The device operates on a single 1.7V to 1.95V power supply with current
consumption as low as 1μA for power-down.
-- I'm sorry for your most likely loss. Thanks for sharing the datasheet. Was interesting to see a datasheet.
-- First Thing i read when flashing. The datasheet. Datasheet for flashing. Application notes for Flashing. The usual practise