WARNING!
Do not plug two or more meters together!
IMPORTANT
Don't plug in an appliance where the load
exceeds 16 Amp. Always ensure the plug of any appliance is fully
inserted into the meter outlet. If cleaning of the meter is required,
remove from mains power and wipe meter with a dry cloth.
KEYBOARD DEFINITION
1). SET: Set price with button UP.
2). MODE: Exchange display state.
3). UP: Set price combined with button SET.
GENERAL FEATURES
1).Display line power.
2).Display and memory accumulative total power quantity.
3).Display and memory total power charge of price.
THE DATA DISPLAY
Press MODE button the data displays as follows:
W →KWh →PRICE →COST/KWH
↑_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _↓
1). Plug in socket and power on, the meter will display real power.
2). Press MODE button once again and release, the meter will display accumulative KWh.
3). Press MODE button once again and release, the meter will display total power charge.
4). Press MODE button once again and release, the meter will display COST/KWH.
SETTING PRICE OF COST/KWH
1). Press SET button during display COST/KWH,the first digital COST/KWH flash, press UP button to set it.
2). Press SET button once again and release, the second digital COST/KWH flash, press UP button to set it.
3). Press SET button once again and release, the third COST/KWH flash, press UP button to set it.
4). Press SET button once again and release, the fourth COST/KWH flash, press UP button to set it.
5). Press SET button once again and release, the radix point COST/KWH flash, press UP button to set it.
DATA CLEAR
Press and hold MODE button for 5 seconds will clear KWH,PRICE and COST/KWH data.
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Because of automotive electronics, 8-inch wafer foundry capacity is tight
The semiconductor industry is currently experiencing a surge in demand for 8-inch wafer foundry capacity, driven largely by the growth of automotive electronics and the Internet of Things (IoT). As we move into the traditional peak season in the second half of the year, the supply chain is tightening up, with many manufacturers operating at full capacity. In Q3 of 2017, TSMC and UMC were already running at full load, and order visibility extended well into October.
This increased demand is not just a short-term trend. The recovery of 8-inch wafer production has been ongoing since the aftermath of the 2008 financial crisis, and it's being fueled by the rising need for chips used in smart devices, connected cars, and other IoT-enabled systems. These applications are particularly well-suited for 8-inch fabrication lines, which offer a balance between cost and performance.
According to SEMI, global 8-inch wafer capacity is expected to reach 5.7 million units per month by 2020—surpassing the 2007 peak. By 2021, the number of operational 8-inch fabs worldwide is projected to rise from 188 in 2016 to 197, a 4.7% increase. China is expected to lead the way in terms of capacity expansion, with a projected 34% growth from 2017 to 2021. Southeast Asia and the U.S. will also see significant growth, with increases of 29% and 12%, respectively.
With such strong demand, many foundries are pushing their existing facilities to the limit and planning new 8-inch wafer fabs to meet future needs. This trend is expected to continue through 2017, with the tight supply chain likely to drive up the average selling price (ASP) of wafers in the second half of the year.
As the automotive electronics market continues to expand, the importance of 8-inch wafer capacity will only grow. Whether it's for sensors, infotainment systems, or advanced driver-assistance features, these technologies rely heavily on reliable and scalable chip manufacturing. For those interested in staying updated on this fast-evolving sector, keep an eye on industry reports and expert analyses that provide deeper insights into the future of semiconductor production.