Feature

●??【HIGH-QUALITY MATERIALS】The product uses high-quality materials, effectively avoid corrosion and wear, durable to use.
●??【SMALL AND SPACE SAVING】Compact & Save Space: Reasonable size and lightweight, portable for carrying and using.
●??【EASY TO INSTALL AND USE】Precise cuts and interfaces ensure perfect fit, easy to install.
●??【SUPPORT RANGE】It can support 1.8V SPI flash chip SOP8 and DIP8 package, such as Winbond Electronics.
●??【PROFESSIONAL MADE】Professional chips provides excellent performance in the system.


Description

Description:
Conversion can use a few chips is 1.8 V, such as winbond w25q64, macro mx25u1635 flourishing, mx25u6435 etc to burn written in 3.3 V programmer for conversion. These chips are normally used for computer motherboard.

Features:
1. Precise cuts and interfaces ensure perfect fit, easy to install.
2. Professional chips provides excellent performance in the system.
3. The product uses high-quality materials, effectively avoid and wear, durable to use.
4. It can support 1.8V SPI flash chip SOP8 and DIP8 package, such as Winbond Electronics.
5. Compact & Save Space: Reasonable size and lightweight, portable for carrying and using.

Specification:
Condition: 100% Brand New
Item Type: 1.8V Adapter
Material: Plastic
Color: Green
Product Size: Approx. 4*3.8*1.3cm / 1.6*1.5*0.5inch
Applicable as main 1.8 V chip:
Fite For winbond:
W25q10ew w25q20ew, w25q20bw w25q40ew, w25q40bw, w25q80ew, w25q80bw, w25q16dw, w25q16fw, w25q32dw, w25q32fw, w25q64dw, w25q64fw, w25f128fw
Fite For In the 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

Package list:
1 x 1.8V Adapter

Notes:
1. The actual product color may deviate from the photo due to light.
2. There may be a slight deviation in the measurement of product.