The CRT in an oscilloscope always uses electrostatic deflection.
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In nanomaterials, carbon nanotubes ( CNTs ) are typical ones for electrostatic deflections.
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The charged droplets then fall through an electrostatic deflection system that diverts droplets into containers based upon their charge.
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This deflection system is called electrostatic deflection, and is different from the electromagnetic deflection system used in television tubes.
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2 ) I'm aware that CROs use electrostatic deflection rather than magnetic, whilst TVs and computer monitors use magnetic deflection.
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Since this method is based on electrostatic deflection, ink additives, such as potassium thiocyanate, may deteriorate the performance of the printed devices.
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The stream of X-and Y-droplets is then separated by means of electrostatic deflection and collected into separate collection tubes for subsequent processing.
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In comparison to magnetic deflection, electrostatic deflection can more readily follow random and fast changes in potential, but is limited to small deflection angles.
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Higher voltages are needed to drive the electrostatic deflection plates, which means that the output stage of the vertical deflection amplifier has to develop large signal swings.
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I'm aware of the merits of using electrostatic deflection, so why " don't " televisions and computer monitors use electrostatic deflection also?
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