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No hay artículos en el carro Descripción :
La conversión puede usar algunos chips de 1.8 V, como winbond w25q64, macro mx25u1635 floreciente, mx25u6435, etc. para grabar en un programador de 3.3 V para la conversión. Estos chips se utilizan normalmente para la placa base de la computadora
Características :
1. Los cortes e interfaces precisos aseguran un ajuste , fácil de instalar.
2. Los chips profesionales proporcionan un excelente rendimiento en el .
3. El producto utiliza materiales de , evita efectivamente la corrosión y el desgaste, es duradero de usar.
4. Puede admitir paquetes flash SOP8 y DIP8 de 1.8V SPI, como Winbond Electronics.
5. Ahorro de espacio compacto: tamaño razonable y ligero, portátil para transportar y usar.
Especificación :
Condición: nuevo
Tipo de artículo: Adaptador de 1.8V
Material: plástico
Color: verde
Tamaño del producto: aprox. 4 * 3.8 * 1.3cm/1.6 * 1.5 * 0.5 pulgadas
Aplicable como chip principal de 1.8 V:
Apto para winbond:
W25q10ew w25q20ew, w25q20bw w25q40ew, w25q40bw, w25q80ew, w25q80bw, w25q16dw, w25q16fw, w25q32dw, w25q32fw, w25q64dw, w25q64fw, w25f128> Ajuste para en la macro:
Mx25u5121e mx25r512f, mx25u1001e mx25r1035f, mx25u2033e, mx25r2035f, mx25u4035,
Mx25u4033e mx25u4032e, mx25r4035f mx25u8035, mx25u8035e, mx25u8033e, mx25u8032e,
Mx25r8035f mx25u1635e, mx25v1635f mx25u1635f, mx25r1635f, mx25u3235e, mx25u3235f,
Mx25r3235f mx25u6473f, mx25u6435f mx25r6435f, mx25u12873f, mx25u12835f,
Mx25u25635f mx25u51245g, mx25um51245g mx66u51235f
Lista de paquetes:
1 x adaptador de 1.8V
Notas :
1. El color real del producto puede diferir de la foto debido a la luz.
2. Puede haber una ligera desviación en la medición del producto.
Tom Flynn
Comentado en los Estados Unidos el 24 de abril de 2024
I'm retired but I used to redo flash modules regularly (almost daily) at my last job. Our motherboards had redundant firmware but once in a while we'd brick one such that we had to flash without the benefit of the monitor program...most often because we had a build that even broke the code..on early prototypes the flash module was socketed, but later on (and on production boards) it would be soldered on, so we used an in-circuit clip on tool that would use something like this to adapt to 1.8v modules.How do you know whether you need this (in addition to whichever in-circuit flashing tool you have)? Need to look at the datasheet for the flash module, it may be 1.8v, if so you need one of these to work with programming the flash module in-circuit.As I mentioned I'm retired now, but still manage to brick firmware on motherboard (one I buy rather than work on...though 40 years ago I actually did work on x86 motherboards, but even production ones had socketed ROM modules (flash was still way in the future). I have actually worn out flash modules such that they won't accept reprogramming (or if they do, it "forgets" the flash eventually such that you have to keep reprograming it unless you desolder and replace the flash module(s)). Back then we had EPROMs early one until eventually the code became somewhat stable and was put in a ROM.
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