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  • H03K5/00
    		•  Manipulation of pulses not covered by one of the other main groups of this subclass (circuits with regenerative action H03K 3/00, H03K 4/00; by the use of non-linear magnetic or dielectric devices H03K 3/45)
    		HB CC 5J039
  • H03K5/00@A
    		•  Amplitude related operation HB CC 5J039
  • H03K5/00@J
    		•  .Waveform converting operation HB CC 5J039
  • H03K5/00@W
    		•  ..Polarity related operation (generating multipolar pulses H03K 4/02J; coding, decoding or code conversion, in general H03M; Electronic switching or gating, i.e. not by contact-making and -breaking H03K 17) HB CC 5J039
  • H03K5/00@T
    		•  Time axis related operation (pulse width variable extension circuit H03K 5/04 to 5/07) HB CC 5J039
  • H03K5/00@P
    		•  .Pulse string adjusting operation HB CC 5J039
  • H03K5/00@X
    		•  ..Switching operation for multiple inputs (digital signal switching circuits H03K 17/00F) HB CC 5J039
  • H03K5/00@Y
    		•  ..Output on-off operation, change-over operation for multiple outputs (H03K 17/00 F) HB CC 5J039
  • H03K5/00@G
    		•  ..Jitter correcting operation HB CC 5J039
  • H03K5/00@K
    		•  ..Timing operation, e.g. asynchronous pulse synchronised with the clock HB CC 5J039
  • H03K5/00@S
    		•  ...Pulse string phase shift operation HB CC 5J039
  • H03K5/00@U
    		•  ...Timing signal extracting operation HB CC 5J039
  • H03K5/00@V
    		•  ...Signal synchronising operation HB CC 5J039
  • H03K5/00@H
    		•  .Pulse generating operation at the determined position of the input pulse HB CC 5J039
  • H03K5/00@D
    		•  ..Pulse generating operation at the pulse centre position HB CC 5J039
  • H03K5/00@F
    		•  .Frequency converting operation HB CC 5J039
  • H03K5/00@M
    		•  ..Multiplying operation HB CC 5J039
  • H03K5/00@B
    		•  ..Sum or differential frequency creating operation HB CC 5J039
  • H03K5/00@Z
    		•  Others HB CC 5J039
  • H03K5/003
    		•  .changing the DC level(reinsertion of dc component of a television signal H04N5/16) [6] HB CC 5J039
  • H03K5/007
    		•  ..Base line stabilization(thresholding H03K5/08) [6] HB CC 5J039
  • H03K5/01
    		•  .Shaping pulses (discrimination against noise or interference H03K 5/125) HB CC 5J039
  • H03K5/01@B
    		•  Separation of overlapping signals from each other HB CC 5J039
  • H03K5/01@Z
    		•  Others HB CC 5J039
  • H03K5/02
    		•  ..by amplifying (H03K 5/04 takes precedence) HB CC 5J039
  • H03K5/02@A
    		•  using a pulse amplifier (pulse amplifier H03F) HB CC 5J039
  • H03K5/02@C
    		•  using a booster circuit with a capacitor (modifications for ensuring a fully conducting state H03K 17/06) HB CC 5J039
  • H03K5/02@L
    		•  using a level conversion circuit (level conversion not for pulse reshaping H03K 19/00 101) HB CC 5J039
  • H03K5/02@Z
    		•  Others HB CC 5J039
  • H03K5/04
    		•  ..by increasing duration; by decreasing duration HB CC 5J001
  • H03K5/05
    		•  ...by the use of clock signals or other time reference signals [3] HB CC 5J001
  • H03K5/06
    		•  ...by the use of delay lines or other analogue delay elements [3] HB CC 5J001
  • H03K5/06,065
    		•  ....using distributed delay lines HB CC 5J001
  • H03K5/07
    		•  ...by the use of resonant circuits [3] HB CC 5J001
  • H03K5/08
    		•  ..by amiplitude-limiting, by thresholding, by slicing, i.e. combined amiplitude-limiting and thresholding (H03K 5/07 takes precedence; comparing one pulse with another H03K 5/22; providing a determined threshold for switching H03K 17/30) [3] HB CC 5J039
  • H03K5/08@H
    		•  Operation that obtains an output by comparing the input voltage with the threshold HB CC 5J039
  • H03K5/08@D
    		•  .using a diode HB CC 5J039
  • H03K5/08@N
    		•  .using the transistor or active circuit HB CC 5J039
  • H03K5/08@S
    		•  ..One threshold provided (H03K 5/08R takes precedence) HB CC 5J039
  • H03K5/08@E
    		•  ...One of two inputs as the threshold, e.g. comparator circuit using a differential amplifier HB CC 5J039
  • H03K5/08@T
    		•  ...Two inputs made in time divided manner HB CC 5J039
  • H03K5/08@P
    		•  ..At least two thresholds provided (H03K 5/08R takes precedence) HB CC 5J039
  • H03K5/08@W
    		•  ...Window type HB CC 5J039
  • H03K5/08@J
    		•  ...Hysteresis type HB CC 5J039
  • H03K5/08@R
    		•  ..Threshold that follows up the input or output HB CC 5J039
  • H03K5/08@X
    		•  Current as the input HB CC 5J039
  • H03K5/08@Z
    		•  Others HB CC 5J039
  • H03K5/12
    		•  ..by steepening leading or trailing edges HB CC 5J039
  • H03K5/125
    		•  .Discriminating pulses(measuring characteristics of individual pulses G01R29/02; separation of synchronizing signals in television systems H04N5/08) [6] HB CC 5J039
  • H03K5/1252
    		•  ..Suppression or limitation of noise or interference(specially adapted for transmission systems H04B15/00, H04L25/08) [6] HB CC 5J039
  • H03K5/1254
    		•  ...specially adapted for pulses generated by closure of switches, i.e. chattering preventing devices(debouncing circuits for electronic time-pieces G04G5/00) [6] HB CC 5J039
  • H03K5/13
    		•  .Arrangements having a single output and transforming input signals into pulses delivered at desired time intervals [1, 2014.01] HB CC 5J001
  • H03K5/131
    		•  ..Digitally controlled [2014.01] HB CC 5J001
  • H03K5/133
    		•  ..using a chain of active-delay devices [6] HB CC 5J001
  • H03K5/134
    		•  ...with field-effect transistors [6] HB CC 5J001
  • H03K5/135
    		•  ..by the use of time reference signals, e.g. clock signals [3] HB CC 5J001
  • H03K5/14
    		•  ..by the use of delay lines (H03K 5/133 takes precedence) [3, 2014.01] HB CC 5J001
  • H03K5/145
    		•  ..by the use of resonant circuits [3] HB CC 5J001
  • H03K5/15
    		•  .Arrangements in which pulses are delivered at different times at several outputs, i.e. pulse distributors (distributing, switching, or gating arrangements H03K 17/00) [2] HB CC 5J039
  • H03K5/15@B
    		•  Two-phase output HB CC 5J039
  • H03K5/15@G
    		•  Multi-phase output HB CC 5J039
  • H03K5/15@P
    		•  .Pulse distribution HB CC 5J039
  • H03K5/15@M
    		•  having a memory HB CC 5J039
  • H03K5/15@Z
    		•  Others HB CC 5J039
  • H03K5/151
    		•  ..with two complementary outputs [6] HB CC 5J039
  • H03K5/153
    		•  .Arrangements in which a pulse is delivered at the instant when a predetermined characteristic of an input signal is present or at a fixed time interval after this instant (switching at zero crossing H03K 17/13) HB CC 5J039
  • H03K5/153@A
    		•  Amplitude detection HB CC 5J039
  • H03K5/153@S
    		•  Singular point detection after phase shift HB CC 5J039
  • H03K5/153@W
    		•  Width detection HB CC 5J039
  • H03K5/153@Z
    		•  Others HB CC 5J039
  • H03K5/1532
    		•  ..Peak detectors(measuring characteristics of individual pulses G01R29/02)[6] HB CC 5J039
  • H03K5/1534
    		•  ..Transition or edge detectors [6] HB CC 5J039
  • H03K5/1536
    		•  ..Zero-crossing detectors(in measuring circuits G01R19/175) [6] HB CC 5J039
  • H03K5/156
    		•  .Arrangements in which a continuous pulse train is transformed into a train having a desired pattern HB CC 5J039
  • H03K5/156@A
    		•  Even pulse string converted into an uneven pulse string, e.g. jitter generation circuit HB CC 5J039
  • H03K5/156@M
    		•  having a memory HB CC 5J039
  • H03K5/156@Z
    		•  Others HB CC 5J039
  • H03K5/159
    		•  .Applications of delay lines not covered by the preceding subgroups HB CC 5J039
  • H03K5/19
    		•  .Monitoring patterns of pulse trains (indicating amplitude G01R 19/00; indicating frequency G01R 23/00; measuring characteristics of individual pulses G01R 29/02) [3] HB CC 5J039
  • H03K5/19@H
    		•  Pulse string detection HB CC 5J039
  • H03K5/19@L
    		•  .Pulse string OFF detection HB CC 5J039
  • H03K5/19@D
    		•  .Pulse missing detection HB CC 5J039
  • H03K5/19@T
    		•  .Pulse string frequency; cycle detection HB CC 5J039
  • H03K5/19@B
    		•  ..Pulse string frequency band detection HB CC 5J039
  • H03K5/19@P
    		•  Pulse string pattern detection HB CC 5J039
  • H03K5/19@F
    		•  Filter that selects a certain pulse string HB CC 5J039
  • H03K5/19@Z
    		•  Others HB CC 5J039
  • H03K5/22
    		•  .Circuits having more than one input and one output for comparing pulses or pulse trains with each other according to input signal characteristics, e.g. slope, integral (indicating phase difference of two cyclic pulse trains G01R 25/00) [3] HB CC 5J039
  • H03K5/24
    		•  ..the characteristic being amplitude [3] HB CC 5J039
  • H03K5/26
    		•  ..the characteristic being duration, interval, position, frequency, or sequence [3] HB CC 5J039
  • H03K5/26@M
    		•  Comparison among at least three inputs HB CC 5J039
  • H03K5/26@F
    		•  Frequency comparison HB CC 5J039
  • H03K5/26@T
    		•  Comparison of two inputs, one of which has an at least a multiple of times larger cycle than the other HB CC 5J039
  • H03K5/26@C
    		•  using a counter for the phase comparator HB CC 5J039
  • H03K5/26@G
    		•  using a logical gate for the phase comparator HB CC 5J039
  • H03K5/26@P
    		•  using a flip-flop for the phase comparator HB CC 5J039
  • H03K5/26@S
    		•  rearranging the phase comparator input to the voltage-time axis HB CC 5J039
  • H03K5/26@Z
    		•  Others HB CC 5J039
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