Method and arrangement for generating cyclic pulses
A cyclic pulse and equipment technology, applied in delay line pulse generation, electrical components, etc., can solve problems such as easy generation, complex working principle of Gilbert multipliers, etc., and achieve the effect of small changes and stable cyclic pulses
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[0019] The provided solution can be applied in a wide range of technical fields, such as UWB radio, spread spectrum applications, radar systems, imaging applications for viewing through walls, medical applications for examining tumors or organs, etc., but not limited thereto.
[0020] Referring to Figure 1, analyze the main parts of a UWB radio transmitter as an example. Input a train of unipolar pulses into the current device. A unipolar pulse, whose amplitude has only one sign (ie, the amplitude is a non-negative or non-positive value), can be a clock pulse. The pulse and the reverse pulse are fed into a pulse forming circuit 102 which generates pulses for the first differential pair 106 . The pulse circuit 102 is a filter that filters the pulse shape, a Gaussian pulse is often the desired pulse shape. The pulse forming circuit 102 outputs unipolar pulses of opposite polarity relative to each other, and the pulses are fed to the input of the first differential pair 106 . ...
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