It is the continuous wave output of cell phone jammer

 It is the continuous wave output of cell phone jammer .
The film must have a "line" structure in order to achieve electrical isolation in the processing of the structure also must ensure that the substrate and the other layer is not destroyed. At present, the "line" structure of processing and to achieve rectification is achieved by two methods of nanosecond laser ablation or mechanical scribing. Molybdenum (Mo), selenide, copper indium (CIS), zinc oxide (ZnO) and other transparent oxides for processing, research shows that: ultra-short laser pulses to reduce the thermal effects, repeatability better use of ultrafast lasers, but processing speed in industrial applications are still to be improved. Recently two selenide, copper indium (CIS) thin film solar cells caused by various concerns, which is compared with other thin film solar cells, which have high performance characteristics. Many manufacturers will take the continuous wave output as the selling point of this kind of cell phone jammer .
Two selenide, copper indium thin film solar cells with three functional layers (Figure 1). First of all, the Mo layer thickness of 500 nm is injected into a few mm thick glass substrate, a so-called P1 and then the use of nanosecond laser ablation process. Subsequently, the thickness of 1 m to 3 m CIS layer was deposited onto the Mo layer structure, which formed a light absorbing layer, and forming a p-type semiconductor. P2 process, technicians use a mechanical scribing of CIS layer processing, to achieve electrical isolation. Subsequently, the thickness of 1 μm to 2 μm transparent conductive ZnO thin layer was deposited onto the surface of the CIS layer, thus forming the n-type solar cells. In order to improve the performance of the battery in the middle of the CIS and ZnO with a buffer layer (CdS, 100 nm). Of course, most customers pay much attention to the continuous wave output of cell phone jammer .
Measurement time range the resolution is also high time-to-digital converter under test in Figure 4.1 Time harmful to the U schematic in Figure 4.1, the test of time T, a simple counter to timing, can only be measured about time Tc = mT0 the use of appropriate interpolation method to obtain less than one cycle of the part-time T a and T b before and after the test time can be 17 to get a higher resolution to be an integer multiple of the timing pulse period T 0 measurement time T: T = T a + T c T b (4.l) to time in such a way of interpolation, the timing range is determined by the counter capacity, time is not decided, and the accuracy of the interpolation method of Wu time-digital converter resolution and accuracy. Products of this kind are the first wireless microphone  cell phone jammer  for teaching and business demonstration coordinating with the computers.