A load cell (or loadcell) is a transducer that converts force into measurable electrical output. Although there are many varieties of force sensors, strain gauge load cells are the most commonly used type.
The Different Types of Load Cells Supplied By Hanyu
Load Cell Sensor,Interface Load Cell,Strain Gauge Load Cell,Arduino Load Cell Zhejiang Nanhua Electronic Technology Co., Ltd , https://www.nhloadcells.com
Except for certain laboratories where precision mechanical balances are still used, strain gauge load cells dominate the weighing industry.
Getter ion pump principle and structure
[Asia Fluid Network News] getter ion pump can be divided into two main ion pump and ion pump sputtering. Evaporative ion pumps and sputter ion pumps are widely used in controllable thermonuclear reaction devices, accelerators, space simulation devices and electronic devices. And its scope of application with China's economic development continues to expand, I believe in the future, the use of getter ion pump will be more extensive. Getter ion pump Next, the main idea of ​​the working principle of getter ion pump: getter ion pump is to be pumping gas molecules ionization, and in the electromagnetic field or the role of the electric field to pump the adsorption surface to be sucked A vacuum pump for gas trapping. Getter ion pump is a pollution-free ultra-high vacuum pump, the ultimate pressure up to 10-7--10-9 Pa. Getter vacuum pump is divided into evaporation from the Nanjing copier rental sub-pump and ion pump sputtered two. Evaporative ion pumps and sputter ion pumps are widely used in controllable thermonuclear reaction devices, accelerators, space simulation devices and electronic devices. In order to obtain a stable pumping speed for inert gases, especially for argon, the following measures can be taken: ①Add a third element to the bipolar pump ── sputter the cathode; ② slot the cathode of the bipolar pump. The former is in the anode and cathode plus a grid-shaped electrode ─ ─ real sputtering cathode, the cathode of the diode pump becomes ion collector. The former is a triode sputtering ion pump. Ion oblique to the sputtering cathode produces a very strong sputtering. Sputtered titanium atoms, except for a portion deposited on the inner surface of the anode, are mostly deposited on the collector and firmly cover inert gas molecules such as argon adhering thereto. The latter is the cathode of the diode pump slotted. Ion oblique slot wall also produces strong sputtering, and the bottom of the tank suffered ion bombardment weak, due to the strong deposition of the trench wall deposition, the adhesion of the gas molecules will be buried permanently. Getter ion pumps are widely used tools. With the development of vacuum pump in our country nowadays, the market demand of getter ion pump is expanding constantly. I believe that in the future, getter ion pump will flourish with the concerted efforts of all parties. Related Articles: Diffusion pump working principle and structure diagram Steam jet vacuum pump working principle and structure