英文电子专业词汇（新手必备）.mht

MTK开发入门资料

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=B1=D8=B1=B8=A3=A9</FONT>=20
    </TD></TR>
  <TR align=3Dmiddle>
    <TD class=3Dlistcontent id=3Dfontzoom vAlign=3Dtop align=3Dleft=20
      height=3D293>&nbsp;&nbsp;=20
      <P>1 backplane =B1=B3=B0=E5 <BR>2 Band gap voltage reference =
=B4=F8=CF=B6=B5=E7=D1=B9=B2=CE=BF=BC <BR>3 benchtop=20
      supply =B9=A4=D7=F7=CC=A8=B5=E7=D4=B4 <BR>4 Block Diagram =
=B7=BD=BF=E9=CD=BC <BR>5 Bode Plot =B2=A8=CC=D8=CD=BC <BR>6 Bootstrap=20
      =D7=D4=BE=D9 <BR>7 Bottom FET Bottom FET <BR>8 bucket capcitor =
=CD=B0=D0=CE=B5=E7=C8=DD <BR>9 chassis =BB=FA=BC=DC=20
      <BR>10 Combi-sense Combi-sense <BR>11 constant current source =
=BA=E3=C1=F7=D4=B4 <BR>12=20
      Core Sataration =CC=FA=D0=BE=B1=A5=BA=CD <BR>13 crossover =
frequency =BD=BB=B2=E6=C6=B5=C2=CA <BR>14 current ripple=20
      =CE=C6=B2=A8=B5=E7=C1=F7 <BR>15 Cycle by Cycle =D6=F0=D6=DC=C6=DA =
<BR>16 cycle skipping =D6=DC=C6=DA=CC=F8=B2=BD <BR>17 Dead Time=20
      =CB=C0=C7=F8=CA=B1=BC=E4 <BR>18 DIE Temperature =
=BA=CB=D0=C4=CE=C2=B6=C8 <BR>19 Disable =
=B7=C7=CA=B9=C4=DC=A3=AC=CE=DE=D0=A7=A3=AC=BD=FB=D3=C3=A3=AC=B9=D8=B6=CF =
<BR>20=20
      dominant pole =D6=F7=BC=AB=B5=E3 <BR>21 Enable =
=CA=B9=C4=DC=A3=AC=D3=D0=D0=A7=A3=AC=C6=F4=D3=C3 <BR>22 ESD Rating =
ESD=B6=EE=B6=A8=D6=B5 <BR>23=20
      Evaluation Board =C6=C0=B9=C0=B0=E5 <BR>24 Exceeding the =
specifications below may result=20
      in permanent damage to the device, or device malfunction. =
Operation=20
      outside of the parameters specified in the Electrical =
Characteristics=20
      section is not implied. =
=B3=AC=B9=FD=CF=C2=C3=E6=B5=C4=B9=E6=B8=F1=CA=B9=D3=C3=BF=C9=C4=DC=D2=FD=C6=
=F0=D3=C0=BE=C3=B5=C4=C9=E8=B1=B8=CB=F0=BA=A6=BB=F2=C9=E8=B1=B8=B9=CA=D5=CF=
=A1=A3=BD=A8=D2=E9=B2=BB=D2=AA=B9=A4=D7=F7=D4=DA=B5=E7=CC=D8=D0=D4=B1=ED=B9=
=E6=B6=A8=B5=C4=B2=CE=CA=FD=B7=B6=CE=A7=D2=D4=CD=E2=A1=A3=20
      <BR>25 Failling edge =CF=C2=BD=B5=D1=D8 <BR>26 figure of merit =
=C6=B7=D6=CA=D2=F2=CA=FD <BR>27 float charge=20
      voltage =B8=A1=B3=E4=B5=E7=D1=B9 <BR>28 flyback power stage =
=B7=B4=B3=DB=CA=BD=B9=A6=C2=CA=BC=B6 <BR>29 forward voltage drop=20
      =C7=B0=CF=F2=D1=B9=BD=B5 <BR>30 free-running =
=D7=D4=D3=C9=D4=CB=D0=D0 <BR>31 Freewheel diode =
=D0=F8=C1=F7=B6=FE=BC=AB=B9=DC <BR>32 Full=20
      load =C2=FA=B8=BA=D4=D8 <BR>33 gate drive =D5=A4=BC=AB=C7=FD=B6=AF =
<BR>34 gate drive stage =D5=A4=BC=AB=C7=FD=B6=AF=BC=B6 <BR>35=20
      gerber plot Gerber =CD=BC <BR>36 ground plane =BD=D3=B5=D8=B2=E3 =
<BR>37 Henry =B5=E7=B8=D0=B5=A5=CE=BB=A3=BA=BA=E0=C0=FB <BR>38=20
      Human Body Model =C8=CB=CC=E5=C4=A3=CA=BD <BR>39 Hysteresis =
=D6=CD=BB=D8 <BR>40 inrush current =D3=BF=C8=EB=B5=E7=C1=F7=20
      <BR>41 Inverting =B7=B4=CF=E0 <BR>42 jittery =B6=B6=B6=AF <BR>43 =
Junction =BD=E1=B5=E3 <BR>44 Kelvin=20
      connection =BF=AA=B6=FB=CE=C4=C1=AC=BD=D3 <BR>45 Lead Frame =
=D2=FD=BD=C5=BF=F2=BC=DC <BR>46 Lead Free =CE=DE=C7=A6 <BR>47=20
      level-shift =B5=E7=C6=BD=D2=C6=B6=AF <BR>48 Line regulation =
=B5=E7=D4=B4=B5=F7=D5=FB=C2=CA <BR>49 load regulation =
=B8=BA=D4=D8=B5=F7=D5=FB=C2=CA=20
      <BR>50 Lot Number =C5=FA=BA=C5 <BR>51 Low Dropout =
=B5=CD=D1=B9=B2=EE <BR>52 Miller =C3=DC=C0=D5 <BR>53 node=20
      =BD=DA=B5=E3 <BR>54 Non-Inverting =B7=C7=B7=B4=CF=E0 <BR>55 novel =
=D0=C2=D3=B1=B5=C4 <BR>56 off state =B9=D8=B6=CF=D7=B4=CC=AC <BR>57=20
      Operating supply voltage =B5=E7=D4=B4=B9=A4=D7=F7=B5=E7=D1=B9 =
<BR>58 out drive stage =CA=E4=B3=F6=C7=FD=B6=AF=BC=B6 <BR>59 Out of=20
      Phase =D2=EC=CF=E0 <BR>60 Part Number =B2=FA=C6=B7=D0=CD=BA=C5 =
<BR>61 pass transistor pass transistor=20
      <BR>62 P-channel MOSFET P=B9=B5=B5=C0MOSFET <BR>63 Phase margin =
=CF=E0=CE=BB=D4=A3=B6=C8 <BR>64 Phase=20
      Node =BF=AA=B9=D8=BD=DA=B5=E3 <BR>65 portable electronics =
=B1=E3=D0=AF=CA=BD=B5=E7=D7=D3=C9=E8=B1=B8 <BR>66 power down =
=B5=F4=B5=E7 <BR>67=20
      Power Good =B5=E7=D4=B4=D5=FD=B3=A3 <BR>68 Power Groud =
=B9=A6=C2=CA=B5=D8 <BR>69 Power Save Mode =BD=DA=B5=E7=C4=A3=CA=BD =
<BR>70=20
      Power up =C9=CF=B5=E7 <BR>71 pull down =CF=C2=C0=AD <BR>72 pull up =
=C9=CF=C0=AD <BR>73 Pulse by Pulse=20
      =D6=F0=C2=F6=B3=E5=A3=A8Pulse by Pulse=A3=A9 <BR>74 push pull =
converter =CD=C6=CD=EC=D7=AA=BB=BB=C6=F7 <BR>75 ramp down =D0=B1=BD=B5=20
      <BR>76 ramp up =D0=B1=C9=FD <BR>77 redundant diode =
=C8=DF=D3=E0=B6=FE=BC=AB=B9=DC <BR>78 resistive divider=20
      =B5=E7=D7=E8=B7=D6=D1=B9=C6=F7 <BR>79 ringing =D5=F1 =C1=E5 <BR>80 =
ripple current =CE=C6=B2=A8=B5=E7=C1=F7 <BR>81 rising edge =
=C9=CF=C9=FD=D1=D8=20
      <BR>82 sense resistor =BC=EC=B2=E2=B5=E7=D7=E8 <BR>83 Sequenced =
Power Supplys =D0=F2=C1=D0=B5=E7=D4=B4 <BR>84=20
      shoot-through =D6=B1=CD=A8=A3=AC=CD=AC=CA=B1=B5=BC=CD=A8 <BR>85 =
stray inductances. =D4=D3=C9=A2=B5=E7=B8=D0 <BR>86 sub-circuit=20
      =D7=D3=B5=E7=C2=B7 <BR>87 substrate =BB=F9=B0=E5 <BR>88 Telecom =
=B5=E7=D0=C5 <BR>89 Thermal Information =C8=C8=D0=D4=C4=DC=D0=C5=CF=A2=20
      <BR>90 thermal slug =C9=A2=C8=C8=C6=AC <BR>91 Threshold =
=E3=D0=D6=B5 <BR>92 timing resistor =D5=F1=B5=B4=B5=E7=D7=E8=20
      <BR>93 Top FET Top FET <BR>94 Trace =
=CF=DF=C2=B7=A3=AC=D7=DF=CF=DF=A3=AC=D2=FD=CF=DF <BR>95 Transfer =
function =B4=AB=B5=DD=BA=AF=CA=FD=20
      <BR>96 Trip Point =CC=F8=B1=E4=B5=E3 <BR>97 turns ratio =
=D4=D1=CA=FD=B1=C8=A3=AC=A3=BDNp / =
Ns=A1=A3=A3=A8=B3=F5=BC=B6=D4=D1=CA=FD/=B4=CE=BC=B6=D4=D1=CA=FD=A3=A9 =
<BR>98=20
      Under Voltage Lock Out (UVLO) =C7=B7=D1=B9=CB=F8=B6=A8 <BR>99 =
Voltage Reference =B5=E7=D1=B9=B2=CE=BF=BC <BR>100=20
      voltage-second product =B7=FC=C3=EB=BB=FD <BR>101 zero-pole =
frequency compensation=20
      =C1=E3=BC=AB=B5=E3=C6=B5=C2=CA=B2=B9=B3=A5 <BR>102 beat frequency =
=C5=C4=C6=B5 <BR>103 one shots =B5=A5=BB=F7=B5=E7=C2=B7 <BR>104 scaling=20
      =CB=F5=B7=C5 <BR>105 ESR =B5=C8=D0=A7=B4=AE=C1=AA=B5=E7=D7=E8 =
<BR>106 Ground =B5=D8=B5=E7=CE=BB <BR>107 trimmed bandgap =
=C6=BD=BA=E2=B4=F8=CF=B6=20
      <BR>108 dropout voltage =D1=B9=B2=EE <BR>109 large bulk =
capacitance =B4=F3=C8=DD=C1=BF=B5=E7=C8=DD <BR>110=20
      circuit breaker =B6=CF=C2=B7=C6=F7 <BR>111 charge pump =
=B5=E7=BA=C9=B1=C3 <BR>112 overshoot =B9=FD=B3=E5 </P>
      <P>1=A3=A9 =D4=AA=BC=FE=C9=E8=B1=B8 =
<BR>=C8=FD=C8=C6=D7=E9=B1=E4=D1=B9=C6=F7=A3=BAthree-column transformer =
ThrClnTrans=20
      <BR>=CB=AB=C8=C6=D7=E9=B1=E4=D1=B9=C6=F7=A3=BAdouble-column =
transformer DblClmnTrans <BR>=B5=E7=C8=DD=C6=F7=A3=BACapacitor=20
      <BR>=B2=A2=C1=AA=B5=E7=C8=DD=C6=F7=A3=BAshunt capacitor =
<BR>=B5=E7=BF=B9=C6=F7=A3=BAReactor <BR>=C4=B8=CF=DF=A3=BABusbar=20
      <BR>=CA=E4=B5=E7=CF=DF=A3=BATransmissionLine =
<BR>=B7=A2=B5=E7=B3=A7=A3=BApower plant =
<BR>=B6=CF=C2=B7=C6=F7=A3=BABreaker=20
      <BR>=B5=B6=D5=A2(=B8=F4=C0=EB=BF=AA=B9=D8)=A3=BAIsolator =
<BR>=B7=D6=BD=D3=CD=B7=A3=BAtap <BR>=B5=E7=B6=AF=BB=FA=A3=BAmotor =
<BR>=A3=A82=A3=A9 =D7=B4=CC=AC=B2=CE=CA=FD <BR>=D3=D0=B9=A6=A3=BAactive=20
      power <BR>=CE=DE=B9=A6=A3=BAreactive power =
<BR>=B5=E7=C1=F7=A3=BAcurrent <BR>=C8=DD=C1=BF=A3=BAcapacity =
<BR>=B5=E7=D1=B9=A3=BAvoltage=20
      <BR>=B5=B5=CE=BB=A3=BAtap position =
<BR>=D3=D0=B9=A6=CB=F0=BA=C4=A3=BAreactive loss =
<BR>=CE=DE=B9=A6=CB=F0=BA=C4=A3=BAactive loss=20
      <BR>=B9=A6=C2=CA=D2=F2=CA=FD=A3=BApower-factor =
<BR>=B9=A6=C2=CA=A3=BApower <BR>=B9=A6=BD=C7=A3=BApower-angle =
<BR>=B5=E7=D1=B9=B5=C8=BC=B6=A3=BAvoltage=20
      grade <BR>=BF=D5=D4=D8=CB=F0=BA=C4=A3=BAno-load loss =
<BR>=CC=FA=CB=F0=A3=BAiron loss <BR>=CD=AD=CB=F0=A3=BAcopper loss=20
      <BR>=BF=D5=D4=D8=B5=E7=C1=F7=A3=BAno-load current =
<BR><BR>=D7=E8=BF=B9=A3=BAimpedance =
<BR>=D5=FD=D0=F2=D7=E8=BF=B9=A3=BApositive sequence=20
      impedance <BR>=B8=BA=D0=F2=D7=E8=BF=B9=A3=BAnegative sequence =
impedance <BR>=C1=E3=D0=F2=D7=E8=BF=B9=A3=BAzero sequence=20
      impedance <BR>=B5=E7=D7=E8=A3=BAresistor =
<BR>=B5=E7=BF=B9=A3=BAreactance <BR>=B5=E7=B5=BC=A3=BAconductance=20
      <BR>=B5=E7=C4=C9=A3=BAsusceptance =
<BR>=CE=DE=B9=A6=B8=BA=D4=D8=A3=BAreactive load =BB=F2=D5=DFQLoad =
<BR>=D3=D0=B9=A6=B8=BA=D4=D8: active load=20
      PLoad <BR>=D2=A3=B2=E2=A3=BAYC(telemetering) =
<BR>=D2=A3=D0=C5=A3=BAYX =
<BR>=C0=F8=B4=C5=B5=E7=C1=F7(=D7=AA=D7=D3=B5=E7=C1=F7)=A3=BAmagnetizing =
current=20
      <BR>=B6=A8=D7=D3=A3=BAstator <BR>=B9=A6=BD=C7=A3=BApower-angle =
<BR>=C9=CF=CF=DE:upper limit <BR>=CF=C2=CF=DE=A3=BAlower limit=20
      <BR>=B2=A2=C1=D0=B5=C4=A3=BAapposable <BR>=B8=DF=D1=B9: high =
voltage <BR>=B5=CD=D1=B9=A3=BAlow voltage <BR>=D6=D0=D1=B9=A3=BAmiddle=20
      voltage <BR><BR>=B5=E7=C1=A6=CF=B5=CD=B3 power system =
<BR>=B7=A2=B5=E7=BB=FA generator <BR>=C0=F8=B4=C5 excitation=20
      <BR>=C0=F8=B4=C5=C6=F7 excitor <BR>=B5=E7=D1=B9 voltage =
<BR>=B5=E7=C1=F7 current <BR>=C4=B8=CF=DF bus <BR>=B1=E4=D1=B9=C6=F7=20
      transformer <BR>=C9=FD=D1=B9=B1=E4=D1=B9=C6=F7 step-up transformer =
<BR>=B8=DF=D1=B9=B2=E0 high side <BR>=CA=E4=B5=E7=CF=B5=CD=B3 power=20
      transmission system <BR>=CA=E4=B5=E7=CF=DF transmission line =
<BR>=B9=CC=B6=A8=B4=AE=C1=AA=B5=E7=C8=DD=B2=B9=B3=A5fixed series=20
      capacitor compensation <BR>=CE=C8=B6=A8 stability =
<BR>=B5=E7=D1=B9=CE=C8=B6=A8 voltage stability=20
      <BR>=B9=A6=BD=C7=CE=C8=B6=A8 angle stability =
<BR>=D4=DD=CC=AC=CE=C8=B6=A8 transient stability <BR>=B5=E7=B3=A7 power =
plant=20
      <BR>=C4=DC=C1=BF=CA=E4=CB=CD power transfer <BR>=BD=BB=C1=F7 AC =
<BR>=D7=B0=BB=FA=C8=DD=C1=BF installed capacity <BR>=B5=E7=CD=F8 power=20
      system <BR>=C2=E4=B5=E3 drop point <BR>=BF=AA=B9=D8=D5=BE switch =
station <BR>=CB=AB=BB=D8=CD=AC=B8=CB=B2=A2=BC=DC double-circuit=20
      lines on the same tower <BR>=B1=E4=B5=E7=D5=BE transformer =
substation <BR>=B2=B9=B3=A5=B6=C8 degree of=20
      compensation <BR>=B8=DF=BF=B9 high voltage shunt reactor =
<BR>=CE=DE=B9=A6=B2=B9=B3=A5 reactive power=20
      compensation <BR>=B9=CA=D5=CF fault <BR>=B5=F7=BD=DA regulation =
<BR>=D4=A3=B6=C8 magin <BR>=C8=FD=CF=E0=B9=CA=D5=CF three=20
      phase fault <BR>=B9=CA=D5=CF=C7=D0=B3=FD=CA=B1=BC=E4 fault =
clearing time <BR>=BC=AB=CF=DE=C7=D0=B3=FD=CA=B1=BC=E4 critical clearing =

      time <BR>=C7=D0=BB=FA generator triping <BR>=B8=DF=B6=A5=D6=B5 =
high limited value <BR>=C7=BF=D0=D0=C0=F8=B4=C5=20
      reinforced excitation <BR>=CF=DF=C2=B7=B2=B9=B3=A5=C6=F7 LDC(line =
drop compensation) <BR>=BB=FA=B6=CB=20
      generator terminal <BR>=BE=B2=CC=AC static (state) =
<BR>=B6=AF=CC=AC dynamic (state)=20
      <BR>=B5=A5=BB=FA=CE=DE=C7=EE=B4=F3=CF=B5=CD=B3 one machine - =
infinity bus system <BR>=BB=FA=B6=CB=B5=E7=D1=B9=BF=D8=D6=C6 AVR =
<BR>=B5=E7=BF=B9=20
      reactance <BR>=B5=E7=D7=E8 resistance <BR>=B9=A6=BD=C7 power angle =
<BR>=D3=D0=B9=A6=A3=A8=B9=A6=C2=CA=A3=A9 active power=20
      <BR>=CE=DE=B9=A6=A3=A8=B9=A6=C2=CA=A3=A9 reactive power =
<BR>=B9=A6=C2=CA=D2=F2=CA=FD power factor <BR>=CE=DE=B9=A6=B5=E7=C1=F7 =
reactive current=20
      <BR>=CF=C2=BD=B5=CC=D8=D0=D4 droop characteristics =
<BR>=D0=B1=C2=CA slope <BR>=B6=EE=B6=A8 rating <BR>=B1=E4=B1=C8 ratio=20
      <BR>=B2=CE=BF=BC=D6=B5 reference value =
<BR>=B5=E7=D1=B9=BB=A5=B8=D0=C6=F7 PT <BR>=B7=D6=BD=D3=CD=B7 tap =
<BR>=CF=C2=BD=B5=C2=CA droop rate=20
      <BR>=B7=C2=D5=E6=B7=D6=CE=F6 simulation analysis =
<BR>=B4=AB=B5=DD=BA=AF=CA=FD transfer function <BR>=BF=F2=CD=BC block=20
      diagram <BR>=CA=DC=B6=CB receive-side <BR>=D4=A3=B6=C8 margin =
<BR>=CD=AC=B2=BD synchronization <BR>=CA=A7=C8=A5=CD=AC=B2=BD=20
      loss of synchronization <BR>=D7=E8=C4=E1 damping <BR>=D2=A1=B0=DA =
swing <BR>=B1=A3=BB=A4=B6=CF=C2=B7=C6=F7 circuit=20
      breaker <BR><BR>=B5=E7=D7=E8=A3=BAresistance =
<BR>=B5=E7=BF=B9=A3=BAreactance <BR>=D7=E8=BF=B9=A3=BAimpedance=20
      <BR><BR>=B5=E7=B5=BC=A3=BAconductance =
<BR>=B5=E7=C4=C9=A3=BAsusceptance <BR>=B5=BC=C4=C9=A3=BAadmittance=20
      <BR><BR>=B5=E7=B8=D0=A3=BAinductance <BR>=B5=E7=C8=DD: capacitance =
</P>
      <P>coupling =F1=EE=BA=CF intermittent =D6=DC=C6=DA=B5=C4 =
dislocation =B4=ED=CE=BB <BR>propeller =C2=DD=D0=FD=BD=B0=20
      switchgear =C5=E4=B5=E7=D7=B0=D6=C3 dispersion =B2=EE=C1=BF =
<BR>flange =B7=A8=C0=BC=C5=CC dielectric =BD=E9=B5=E7=B5=C4 binder =
=BD=BA=BA=CF=BC=C1=20
      <BR>alignment =B6=A8=CE=BB elastomer =BA=CF=B3=C9=CF=F0=BD=BA =
corollary =B1=D8=C8=BB=B5=C4=BD=E1=B9=FB <BR>rabbet =B2=E5=B2=DB vent =
=CD=A8=B7=E7=BF=D7=20
      subtle =C3=F4=B8=D0=B5=C4 <BR>gearbox =B1=E4=CB=D9=CF=E4 plate =
=B5=E7=B6=C6 crucial =BE=F6=B6=A8=D0=D4=B5=C4 <BR>flexible =
=C8=E1=D0=D4=B5=C4 technics=20
      =B9=A4=D2=D5 ultimate =D7=EE=D6=D5=B5=C4 <BR>resilience =
=B5=AF=D0=D4 vendor =D7=D4=B6=AF=CA=DB=BB=F5=BB=FA partition =
=B7=D6=C0=E0 <BR>rigid =B8=D5=D0=D4=B5=C4=20
      prototype =D1=F9=BB=FA diagram =CC=D8=D0=D4=C7=FA=CF=DF =
<BR>interfere =B8=C9=C9=E6 compatible =BC=E6=C8=DD=B5=C4 simulation =
=C4=A3=C4=E2=20
      <BR>clutch =C0=EB=BA=CF=C6=F7 refinement =BE=AB=BC=D3=B9=A4 =
fixture =BC=D0=BE=DF <BR>torque =C5=A4=BE=D8 responsive =
=C3=F4=B8=D0=B5=C4=20
      tensile =C0=AD=C9=EC <BR>cushion =BC=F5=D5=F0=C6=F7 rib =C0=DF =
strength =C7=BF=B6=C8 <BR>packing =B0=FC=D7=B0 metallized =
=BD=F0=CA=F4=BB=AF=20
      stress =D3=A6=C1=A6 <BR>mitigate =BC=F5=C7=E1 trade off =
=D5=DB=D6=D4=B7=BD=B0=B8 yield =C7=FC=C9=EC <BR>line shaft =
=D6=D0=BC=E4=D6=E1=20
      matrix =C4=B8=CC=E5 inherent =B9=CC=D3=D0=B5=C4 <BR>spindle =
=D6=F7=D6=E1 aperture =BF=D7=BE=B6 conformance =CA=CA=D3=A6=D0=D4 =
<BR>axle=20
      =D0=C4=D6=E1 turbulence =C8=C5=B6=AF specification =B9=E6=B7=B6 =
<BR>semipermanent =B0=EB=D3=C0=BE=C3=D0=D4=B5=C4 enclosure =BB=FA=BF=C7=20
      specialization =B9=E6=B7=B6=BB=AF <BR>bolt =C2=DD=CB=A8 =
oscillation =D5=F1=B7=F9 calling =D6=B0=D2=B5 <BR>nut =C2=DD=C4=B8 =
anneal=20
      =CD=CB=BB=F0 vitalize =BC=A4=B7=A2 <BR>screw =C2=DD=CB=BF polymer =
=BE=DB=BA=CF=CC=E5 revelation =BD=D2=CA=BE <BR>fastner =
=BD=F4=B9=CC=BC=FE bind=20
      =C4=FD=B9=CC dissemination =B7=D6=B7=A2 <BR>rivit =C3=AD=B6=A4 =
mount =D6=A7=BC=DC booster =CD=C6=BD=F8=C6=F7 <BR>hub =D6=E1=CC=D7=20
      distortion =B1=E4=D0=CE contractual =C6=F5=D4=BC=B5=C4 <BR>coaxial =
=CD=AC=D0=C4=B5=C4 module =C4=A3=BF=E9 verdict =B2=C3=BE=F6=20
      <BR>crank =C7=FA=B1=FA slide =BB=AC=BF=E9 malfunction =B9=CA=D5=CF =
<BR>inertia =B6=E8=D0=D4 medium =BD=E9=D6=CA allegedly =BC=D9=B6=A8=20
      <BR>active =BB=EE=D0=D4=B5=C4 dissipation =CB=F0=BA=C4 controversy =
=B1=E7=C2=DB <BR>lubrication =C8=F3=BB=AC assembly=20
      =D7=DC=D7=B0 dictate =D6=A7=C5=E4 <BR>graphite =CA=AF=C4=AB =
encapsulate =B7=E2=D7=B0 incumbent =D2=E5=B2=BB=C8=DD=B4=C7=B5=C4=20
      <BR>derivative =C5=C9=C9=FA=CE=EF adhesive =D5=B3=BA=CF=BC=C1 =
validation =CA=B9=C9=FA=D0=A7 <BR>contaminate =D5=B4=C8=BE turbine=20
      =CE=D0=C2=D6 procurement =CA=D5=B9=BA <BR>asperity =B4=D6=B2=DA =
bearing =D6=A7=B3=C5=BC=DC mortality =CA=A7=B0=DC=C2=CA=20
      <BR>metalworking =BD=F0=CA=F4=BC=D3=B9=A4 isostatic =
=BE=F9=BA=E2=B5=C4 shed light on =B2=FB=C3=F7 <BR>viscous =
=D5=B3=B3=ED=B5=C4=20
      osculate =BD=D3=B4=A5 adversely =D3=D0=BA=A6=B5=C4 <BR>grinding =
=D1=D0=C4=A5 imperative =C7=BF=D6=C6=B5=C4 consistency =
=C1=AC=D0=F8=D0=D4=20
      <BR>corrosin =C7=D6=CA=B4 lattice =BE=A7=B8=F1 fitness =
=CA=CA=D3=A6=D0=D4 <BR>flush =B3=E5=CF=B4 fracture =B6=CF=C1=D1 warrant =
=B1=A3=D6=A4=20
      <BR>inhibitor =B7=C0=B8=AF=BC=C1 diffusivity =C0=A9=C9=A2=C2=CA =
turning =B3=B5=B9=A4 <BR>dispersant =B7=D6=C9=A2=BC=C1 vice versa=20
      =B7=B4=D6=AE=D2=E0=C8=BB ways =B5=BC=B9=EC <BR>deteriorate =
=BD=B5=B5=CD tribological =C4=A6=B2=C1=B5=C4 hybrid =BB=EC=BA=CF=CE=EF =
<BR>neutralize=20
      =C6=BD=BA=E2 screen =C6=C1=B1=CE ID=3Dinside diameter <BR>pulley =