現代易學﹕易學在現代高科技積體電路設計中的實戰應用實例
     
3rd Overtune XTAL Oscillator


更新日期:2000年07月22日


現代易學﹕易學在現代高科技積體電路設計中的實戰應用實例
     3rd Overtune XTAL Oscillator

當 PC 的 CPU 速度跑到 500 MHz, Clock Generator 一定是
3rd Overtune XTAL Oscillator 將 frequency 弄到 75MH以上﹐ 再用 PLL 將
CLOCK frequency 開到 500 MHz.

三 實例應用解說﹕

 唐氏易學﹕大大亟木、典制太極 -
 Hierarchical parameterization/factorization/polzaization until the leaf node 困

 如何用 太極、兩儀、四象、八卦 解構、分析、設計 Crystal Oscillator Circuit]

 3.1   “中原價值”在於“中原學術方法”的獨立運作﹔

  沒有能獨立運作的“中原學術知識方法”﹐談什麼中原價值都是假的﹗
  為什麼我不談亞太價值而只談亞太利益﹖因為我可以用“中原價值”去爭取“亞太利益”﹗
  如果我談亞太價值﹐那麼必需有“亞太學術方法”的獨立運作﹐但是其他的亞太國家有其
  獨特的“亞太學術方法”嗎﹖
  答案是否定的﹗所以我只有致力於“中原知識方法”重建以恢復“中原價值”再去
  打抱不平爭取“亞太利益”﹗
  在“中原知識方法”恢復重建前﹐談任何的“中原價值”“亞太利益”都是
  空口說白話玩假的﹗
  而“亞太價值”﹖除非其他亞太國家能展現他們特殊的“自成一系的治學方法”﹐
  否則都是“中原文明披被”地區﹐我不認為有“亞太價值”而只有“中原價值‘﹗

  中原學的流程圖示如下﹕一是以“中原知識方法重建”為本﹗

  ..._____________________........._____________..........____________....
  ...|...................|.........|...........|..........|...........|...
  ...|..中原治學方法體系.|...===>..|..中原價值.|...===>...|.亞太利益..|...
  ...|___________________|.........|___________|..........|___________|...

 3.2 中原治學方法體系是是什麼﹖我列舉重要項目如下

  1. 致知在格物﹕Block Diagram & Signal Flow Graph
  2. 太極、兩儀、四象、八卦的系統理論
  3. 制度的制式法度理論﹕Formalize to be problem
  4. 貞元的經營管理﹕Hi-Tech Venture & Innovation Incubator
  5. 六位成章的多才知識空間教育理論﹕Multi-Disciplinary Education
  6. 皇天后土的創新流程政治理論﹕Infrastructure for Innovation
  7. 明主理論的選賢(才)(參)與能(力_的 Project Management 矩陣管理
  8. 衍﹔術﹔形﹕法﹐治﹐團﹐封建﹐專制﹐....等知識方法
  9. 明德﹕四象振盪、八卦摩蕩
  10. 新民﹕Innovating People
  11. 止於至善﹕System Optimization & Control
  12. 河出圖﹕Hierarchy Theory & Control
  13. 洛出書﹕PERT (Project Evaluation & Review Technique)

 3.3 實戰範例﹕

  一個實用例子展示如何運用中原知識方法﹐抵得無數反復理論說教﹐
  結果還是不知理論怎麼用來的強。
  更重要的﹐是展示出理論的“定位”﹐否則講了半天﹐沒人知道“太極”“兩儀”
  “四象”“八卦”是在講什麼﹖
  結果是十二億人都聽過“太極”“兩儀”“四象”“八卦”﹐但是沒有一個人(除唐明外)
  知道怎麼用﹐
  十二億羌人(Chinese)在胡說羌道弄得世界60億地球人都在跟著胡說羌道﹗你相信嗎﹖
  這是真實笑不出來的“學術笑話”﹐人類文明的悲哀﹗

  [Crystal Oscillator] 3rd Overtune
  ( f3 ∼ 3 x fo (fundamental oscillation frequency);
  "about" but "not exactly" 3rd "harmonica"(f3 = 3 x fo) )

    在下圖中﹐ 我用“<==>”代表其對應的含意﹕

    數字代表解說的章節數

  ......................|\.................................................................|\......................
  ......................|.\......................................................日月格....|.\........日﹕PMOS.....
  ......................|..\..............................................如日月摩盪並提供.|..\.......月﹕NMOS.....
  ...............Vin....|...\.....Vout.......................................天地格振盪所須能量|...\...............
  .........|──────|.../O───────|.................................|──────|.../O───────|...
  .........|............|../................|.................................|.....+∫-...|../....-∫+........|...
  .........|............|./..Invertor.......|.................................|............|./..Invertor.......|...
  .........|............|/..................|.................................|............|/..................|...
  .........|................................|.................................|........_________________.......|...
  .........|................................|...............<==>..............|________|Phase Delay Line|______|...
  .........|──────|□|────────|______....................................|......天地格....|
  .........|.....Crystal(Xtal)..............|.....|....................................|________________|
  .........|................................|.....|.................................../...................\....................
  ........_|_.............................._|_... S................................./........................\.................
  ........___.Capacitor.........Capacitor..___....S..Inductor.................../.......天地格振盪網路..........\..............
  ..C_in...|.......................C_out....|.....S........................./.......................................\..........
  .........|................................|.....|.........................|──────|□|────────|______..
  .......__|__............................__|__.__|__.......................|...........Crystal..............|.....|...........
  .........=...............................=....=........................|................................|.....|...........
  ..........................∞............................................._|_.............................._|_... S...........
  ..........................∞.............................................___.Capacitor.........Capacitor..___....S..Inductor.
  ..........................∞..............................................|................................|.....S...........
  ..........................∞..............................................|................................|.....|...........
  ..........................∞............................................__|__....接受日月格的輸入能量....__|__.__|__.........
  ..........................∞..............................................=........而起風雷摩盪...........=....=..........
  ..........................∞.................................................................................................
  ..........................∞.................................................................................................
  ..........................∞.................................................................................................
  ..........................∞..............................................................................................................
  ..........................∞..............................................................................................................
  ..........................∞.................................................................................___________..................
  ..........................∞.................................................................................|..........|.................
  ..........................∞.............................................................................|─→|..日月格..|──|......八卦.
  ..........................∞.......................3.4.1.1 ..............................................|....|__________|....|......系統.
  ㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣ ....<====>....|....................|......摩蕩.
  .......................∞.......∞.......................................................................|....___________.....|......模型.
  ......................∞..........∞.....................................................................|....|..........|....|...........
  ......................∞............∞...................................................................|──|..天地格..|←─|...........
  .....................∞...............∞......................................................................|__________|................
  ....................∞..................∞................................................................................................
  ...................∞....................∞...............................................................................................
  ..................∞.......................∞.............................................................................................
  .................∞..........................∞...........................................................................................
  ................∞.............................∞.........................................................................................
  ...............∞................................∞..............................................................
  ..............∞...................................∞............................................................
  ............∞........................................∞.........................................................
  .......................................................................
  ..............................................................|──────|□|────────|______...........
  ...........|\.................................................|...........Crystal..............|.....|...........
  ...........|.\................................................|................................|.....|...........
  ...........|..\.............................................._|_.............................._|_... S...........
  ...........|...\.............................................___.Capacitor.........Capacitor..___....S..Inductor.
  .........─|.../O─...........................................|................................|.....S...........
  ...........|../...............................................|................................|.....|...........
  ...........|./..............................................__|__............................__|__.__|__.........
  ...........|/.................................................=...............................=....=..........
  .................................................................................................................
  .................................................................................................................
  ...................................................................................∞............................
  ............∞.....................................................................∞............................
  ............∞.....................................................................∞............................
  ............∞.................................._____..._____......................∞............................
  ............∞....3.4.1.2.1.1 ..................|....|→|....|.....................∞......3.4.1.2.1.2 ..........
  ㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣.......<==>.|.日.|..|.月.|.<==>.....㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣...........
  ...........∞....∞.............................|____|←|____|..................∞.....∞........................
  ...........∞......∞..........................................................∞..........∞....................
  ...........∞........∞.........................四象..........................∞.................∞................................................
  ...........∞..........∞......................(振盪)........................∞.......................∞...........................................
  ..........∞.............∞.....................系統........................∞.............................∞......................................
  .........∞...............∞....................模型.......................∞..................................∞..................................
  ........∞..................∞............................................∞.........................................∞............................
  .......∞.....................∞.........................................∞.................................................∞.....................
  ......∞........................∞.....................................∞..........................................................∞..............
  ...................................................................................................................................................
  ......|............................|............................................................................................._______...........
  ....._|..........................._|......................|──────|□|────────|_....................................|.....|...........
  ....||...........................||.......................|...........Crystal..............|.....................................|.....|...........
  .─o||.......................──||.......................|...........Crystal..............|...................................._|_... S...........
  ....||_......................... ||_....................._|_.............................._|_........................Capacitor..___....S..Inductor.
  ......|............................|.....................___.Capacitor.........Capacitor..___....................................|.....S...........
  ......|............................|......................|................................|.....................................|.....|...........
  ..........................................................|................................|...................................__|__.__|__.........
  ...PMOS..........................NMOS...................__|__............................__|__...................................=....=..........
  ..............3.4.2.1 ....................................=...............................=......................................................
  ..........................................................................................................................................
  ..........................................................................∞........................................................∞....
  ..........................................................................∞........................................................∞....
  ..........................................................................∞...3.4.1.2.1.3.1........................................∞..3.4.1.2.1.3.2 ..
  ....................................大...........㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣.............㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣㊣........
  ........................................................................∞..∞.....................................................∞..∞.................
  ....................................↓.................................∞....∞....................................................∞....∞...............
  ..........................太..<==>..大...............................∞.......∞.................................................∞.......∞..............
  ....................................................................∞.........∞................................................∞.........∞............
  ....................................↓.............................∞...........∞..............................................∞...........∞...........
  ....................................大............................∞.............∞............................................∞..............∞.........
  .................................................................∞................∞..........................................∞................∞.......
  ...............................................................∞....................∞.......................................∞...................∞.....
  ..........................................................................................................................................................
  ....................................亟......................._____...................._____................................_____...................._____.
  ..........................極..<==>......<==>...困...<==>.....|...|....................|...|................................|...|....................|...|.
  ....................................木.......................|.X.|......3.4.2.2.......|.C.|................................|.L.|....3.4.2.3.........|.C.|.
  .............................................................|___|....................|___|................................|___|....................|___|.

 3.4 “大”者﹕“一”“人”也


  3.4.1 “一”﹕“道心..“惟一”..”

   一﹕系統整合為一體﹔ System Integration to be one unit

   在上圖中﹐ 我用“㊣㊣㊣㊣”代表“一”﹔ 用 <==> 表示對應關係

   3.4.1.1 “八卦”的“一”

   兩個 “振盪 modules ” 間的 “相(位)的摩(移)”造成的“(交)相振“蕩”
   (Inter-Oscillation)”

   ........___________.......
   ........|..........|......
   ...|─→|..日月格..|──|.
   ...|....|__________|....|.
   ...|....................|.
   ...|....___________.....|.
   ...|....|..........|....|.
   ...|──|..天地格..|←─|.
   ........|__________|......


   3.4.1.2 “四象”的“一”

    3.4.1.2.1  四象迴授將 Operating point 設在 high amplifying gain 的 trigger point

    3.4.1.2.1.1   迴授值為“1”﹕ 靜態 Static

     ..........|\......................Vout.A................................................Waveforme in Time Domain..................
     ..........|.\..........................|.............................................A............................................
     ..........|..\.........................|+..+..+.+....................................|............................................
     ...Vin....|...\....Vout................|..........+.......Unit gain (Amplifier)......|............................................
     ...|───|.../O───|................|............+......feedback..................|............................................
     ...|......|../........|.....<===>......|.............+.....使STATE鎖定在.............|............................................
     ...|......|./.........|................|..............♁..Operating Point............|♁♁♁♁♁♁♁♁♁♁♁♁♁♁♁♁♁..........
     ...|......|/..........|................|...............+.............................|............................................
     ...|..................|................|................+............................|............................................
     ...|..迴授值為 "1" ...|................|.................+...........................|............................................
     ...|__________________|................|...................+.+..+.+..+...............|............................................
     .......................................|__________________________________>..Vin.....|____________________________________>time...
     ..................................................................................................................................

    3.4.1.2.1.2   迴授有 “Phase Delay”﹕動態 Dynamic

     ..........|\......................Vout.A...................................................Waveforme in Time Domain........................Spectrum in Frequency Domain..............
     ..........|.\..........................|.............................................A.................................................................A............................
     ..........|..\.........................|+..+..+.+....................................|.................................................................|............................
     ...Vin....|...\....Vout................|..........↘+↖..............................|...............o.................................................|............................
     ...|───|.../O───|................|............↘+↖............................|.............o....o..............................................|............................
     ...|......|../........|.....<===>......|.............↘+↖.......在..................|...........o.......o.....................................x.......|.......x...................
     ...|......|./.........|................|..............↘♁↖..Operating Point........|o.........o.........o.........o..........................x.......|.......x...................
     ...|......|/..........|................|...............↘+↖....附近上下振盪.........|.o.......o...........o.......o...........................x.......|.......x...................
     ...|...迴授Delay......|................|................↘+↖...Oscillation..........|..o.....o.............o.....o............................x.......|.......x...................
     ...|..______________..|................|.................↘+↖.......................|.....o...................o...............................x.......|.......x...................
     ...|_|.Phase Delay.|__|................|...................+.+..+.+..+...............|.........................................................x.......|.......x...................
     .....|_____________|...................|__________________________________>..Vin.....|__________________________________>.time........_________x_______|_______x______>..frequency.
     ..............................................................................................................................................-f...............+f....................
     .........................................................................................................................................這頻率沒有選擇性﹐一振盪起來頻率會到處漂移..

 

    3.4.1.2.1.3  有“頻率選擇”性的迴授﹕振盪

     FILTER 就是振盪器﹗﹗只對其中一個頻率選擇性的放大與以振盪

     振盪器有多種不同用法﹕

      光電的 Unified Approach:

       在電的信號振盪器稱“FILTER”

       在光的信號振盪器稱“LASER(雷射)”﹕
       這也就是唐明所以能從“電”跨足“光”大搞“雷射”
       搞得哈佛物理博士雷射權威指導教授王適看得都傻了﹗


     3.4.1.2.1.3.1 XTAL(Crystal) 迴授path的四象的“一”系統觀﹕有頻率選擇性的“通路”

      XTAL 就是一種對“溫度”,..不敏感的 振盪器, 可使 “頻率選擇” 不因“溫度”而漂移

      .......................................Serial type...........................................................Charge Share!有信號放大...........
      ..........................................................................對溫度不會起頻率飄移的..............對溫度不會起頻率飄移的...........
      .....................................有頻率選擇性的 "通路" ...............有頻率選擇性的 "通路" ..............有頻率選擇性的 "通路" ...........
      .....uni-gain feedback.........................................................................................................................
      ...______________________....==>....——∼∼∼∼——||——.......==>.....──|□|──————.......==>...——||——──|□|──——||——.....
      ........................................inductor....capacitor...............XTAL...............................C_in...Vin........Vout..C_out小.
      ....................................................................................................................振幅小......振幅大.........
      .....................................對某一頻率是 "通路" ......................................................................................
      .....................................對其餘頻率是 "斷路" ....................................................Q(Charge).=.C_in.Vin.=.C_out.Vout.

      XTAL 的 Frequency Spectrum﹕ 即是有三種不同的“Serial type ”的振盪器
      connected in parallel

      ........Spectrum in Frequency Domain.....
      ...................A.....................
      ...................|.....................
      ...................|.....................
      ...................|.....................
      ...........x.......|.......x.............
      ...........x.......|.......x.............
      ...........x.......|.......x.............
      ......x....x.......|.......x....x........
      ......x....x.......|.......x....x........
      ......x....x.......|.......x....x........
      ......x....x.......|.......x....x........
      ......x....x.......|.......x....x........
      ......x....x.......|.......x....x........
      ......x....x.......|.......x....x........
      ...x..x....x.......|.......x....x...x...
      .._x__x____x_______|_______x____x___x__>..frequency
      .-f_3..-f_2..-f_1........f_1=fo..f_2...f_3...........

      這三種頻率搶著放大﹐但在“累積”“級數”效應下﹐很快的
      fundamental frequency fo 的 f1 “主流派”頻率會“拳頭大”的把
      f_2,f_3 “非主流”都壓下去﹐
      在國民黨這包山包海包一切的大振盪器中﹐只剩下 murmur 的
      “黨國大老”無足輕重的“噪音” “NOISE” level,

      主流頻率是在 25MHz 以下

      XTAL Oscillator 在 55MHz 以上都用 3rd Overtune
      業就是要把 主流頻率f_1, f_2 全“drian”掉“短路掉”

      只剩下“非主流”的 3rd overtune frequency f_3 在振盪器中獨享資源,
      也就是把 f_1 的連戰﹐ f_2的 宋楚瑜都作掉﹐ 然後“和平移轉政權 - 振盪器”
      給  f_3 陳水扁﹗

      “政治運作”的“選擇性辦案”“選擇性斷路”是﹕

      這就是“興票案”的“選擇性抹黑-大爆國民黨黑金內幕”

      f_1連戰,f_2宋楚瑜 都是國民黨都向下沉淪到 Ground;
      對f_1連戰,f_2 宋楚瑜是“通路”﹔

      把“彩券案”壓下﹐只有 f_3 陳水扁被保留在局中﹕振盪器中﹗
      對陳水扁“斷路”﹗

     3.4.1.2.1.3.2 迴授 path 的四象的 “一”系統觀﹕有頻率選擇性的“斷路”

      ............Parallel Type...................................................
      ...振盪頻率為f_3的選擇性斷路振盪器...................對.f_1,.f_2...是通路...
      .....................................................o_________________o....
      ...............inductor.....................................................
      ...........|——∼∼∼∼——|...............................................
      .......——|....f_3.........|——........<====>.............................
      ...........————||————........................對..f_3..是斷路........
      ................capacitor...........................o______x....x______o....
      ............................................................................

   3.4.2  人

    3.4.2.1  PMOS, NMOS 互成 Conjugate的 Pyll-Up & Pull-Down 是“日月格”的“亟”“木”

    3.4.2.2  XTAL, C 是天地格中“選擇性短路”的“亟”“木”為“困”的XTAL﹐ C

    3.4.2.3  XTAL, L 是天地格中“選擇性斷路”的“亟”“木”為“困”的XTAL﹐ L


[後語]

不是玉門西去客﹐休唱陽關﹕唱不出生離死別的“feeling”

不是谷關爬岩客﹐休論登山﹕不知山林自然野外求生的凶險

不是矽谷科技客﹐莫談學術﹕沒有用學術從事科技實戰經驗

US>>對. 我是說一個博士班的人沒有必要拿更低等級的東西出來證明一些
US>>奇怪理論. 這些東西才專科而已, 他今天如果博士班出來, 會講這些
US>>東西嗎? 存疑不應該嗎?

嬰兒一出身沒幾天就會爬呢﹐可是身懷“爬岩絕技”能攻克懸崖峭壁又有幾個﹖

拳經“不招不架、就是一下”揮手一下誰不會﹖還要成為拳經﹖
可是“中原一點紅”的一劍穿喉的一下﹐是“千垂百煉”後的絕學﹐誰也躲不過﹐
就憑 UNI SYSTEM 的那一下﹖對不起﹐躺在地上的是 UNI SYSTEM﹗﹗﹗

像 UNI SYSTEM 這種人﹐就只是會像荊軻一樣敗燕太子大事亡燕國﹐
xx 揮手一下﹐飛劍穿飛鳥之目;荊軻什麼都作絕了﹐就是不練劍﹕
那簡單的“揮手一下”﹗一上陣﹐根不使不出那簡單三歲小男孩都會的
“揮手那一下”﹗

“Modularize” 是 Ultra-Complexity System Design 的必用學術方法﹐也就是
“知識空間”的“玄”法﹕
“易﹕廣大悉備﹐由博返約、易知簡能﹐以簡御繁、取菁用宏﹕玄之又玄、眾妙之門”﹐

但在“玄”了以後的“抽象”知識﹐使用上更困難了﹐沒有實證的示範例子﹐
初學的﹐簡直不知如何下手動刀來解構繁雜問題﹗
“非“知”者難﹐而是所用者難﹗”
知道﹐並不是表示你能用出來﹗﹗﹗專科生知道﹐但專科生絕對使不出來﹐
因為最重要最困難的是“Recognize the problem”“Formalize the problem”
而不是 “Solve the problem”...

連題目都沒看懂﹐就倒下了﹔連CIA衣角都沒摸著﹐就躺在地了...
就把中華民國的政權丟掉了﹐中華民國亡了﹐
就是亡在像 UNI SYSTEM 這種“半調子”的人手中﹗

“非“才”者難﹐而是所用者難﹗”﹐知道“才(學術)”並不難﹐
難在你如何拿他來應用處理實際問題﹗
只有你能夠運用“才”來處理實際問題時﹐那時﹐你才是真知道﹐
否則﹐你的“知道”都是假的﹗其實你並不知道﹐沒有“feeling”﹗

同理﹐知道“太極”並不難﹐
“太極”世界都知道﹐但是能“用”“太極”來“處理”實際科技問題的﹐
老實不客氣的說﹐在這世界上﹐到現在只有唐明一個﹗
沒有一個人是真正知道“太極”是怎麼一會事﹖都是人云亦云的胡說羌道﹗