Overview

Sheet1
Sheet2
Sheet4
Sheet5
Sheet3

Sheet 1: Sheet1
AC pin assignments, groupings and logic options 6/11/05 Y.Okayasu
Reset NIMI0

































Detector ID Input ch. (ECLI) Output ch.(ECLO) Detector ID in TUL 6 segments 4 segments 3 segments 2 segments
Rayer 1































AC1-07T 12 0 AC1-01































AC1-07B 13































AC1-06T 10 1 AC1-02































AC1-06B 11































AC1-05T 8 2 AC1-03































AC1-05B 9































AC1-04T 6 3 AC1-04































AC1-04B 7































AC1-03T 4 4 AC1-05































AC1-03B 5































AC1-02T 2 5 AC1-06































AC1-02B 3































AC1-01T 0 6 AC1-07































AC1-01B 1































Rayer 2































AC2-07T 26 7 AC2-01































AC2-07B 27































AC2-06T 24 8 AC2-02































AC2-06B 25































AC2-05T 22 9 AC2-03































AC2-05B 23































AC2-04T 20 10 AC2-04































AC2-04B 21































AC2-03T 18 11 AC2-05































AC2-03B 19































AC2-02T 16 12 AC2-06































AC2-02B 17































AC2-01T 14 13 AC2-07































AC2-01B 15































Rayer 3
































AC3-07T 40 14 AC3-01































AC3-07B 41































AC3-06T 38 15 AC3-02































AC3-06B 39































AC3-05T 36 16 AC3-03































AC3-05B 37































AC3-04T 34 17 AC3-04































AC3-04B 35































AC3-03T 32 18 AC3-05































AC3-03B 33































AC3-02T 30 19 AC3-06































AC3-02B 31































AC3-01T 28 20 AC3-07































AC3-01B 29
































Output NIMO
0 1 2 3 4 5 6 7 0 1 2 3

6 7 0 1 2


6 7 0 1



6 7

ECLO
21 22 23 24 25 26

21 22 23 24



21 22 23




21 22





Default : (top x bottom)



































































NIMO0-5, ECLO21-26































* layer1 + layer2 + layer3

R.S.# = 0 (6 segments), 1 (4 segments), 2 ( 3 segments), 3 (2 segments)

* (layer1 x layer2) + (layer2 x layer3) + (layer3 x layer1)

R.S.# = 4 (6 segments), 5 (4 segments), 6 (3 segments), 7 (2 segments)

* layer1 x layer2 x layer3

R.S.# = 8 (6 segments), 9 (4 segments), A (3 segments), B (2 segments)





































NIMO6,7


































R.S.# = 0, 1, 2, 3 : unsegmented layer1 + layer2 + layer3

R.S.# = 4, 5, 6, 7 : unsegmented (layer1 x layer2) + (layer2 x layer3) + (layer3 x layer1)

R.S.# = 8, 9, A, B : unsegmented layer1 x layer2 x layer3

R.S.# = F : unsegmented layer1 + layer2 + layer3 of the (top + bottom)





































outputs unsynchronized w/ internal clock .



























outputs synchronized w/ internal clock .































































Output signal width :





















ECLO (top x bottom) --> 40 ns





















ECLO21-26 --> 120 ns





















NIMO0-5 --> 120 ns





















NIMO6, 7 --> 40 ns





















Sheet 2: Sheet2
WC pin assignments, groupings and logic options 6/11/05 Y.Okayasu
Reset NIMI0

































Detector ID Input ch. (ECLI) Output ch.(ECLO) Detector ID in TUL 6 segments 4 segments 3 segments 2 segments
Rayer 1































WC1-12T 38 0 WC1-01































WC1-12B 39































WC1-11T 36 1 WC1-02































WC1-11B 37































WC1-10T 34 2 WC1-03































WC1-10B 35































WC1-09T 32 3 WC1-04































WC1-09B 33































WC1-08T 22 4 WC1-05































WC1-08B 23































WC1-07T 20 5 WC1-06































WC1-07B 21































WC1-06T 18 6 WC1-07































WC1-06B 19































WC1-05T 16 7 WC1-08































WC1-05B 17































WC1-04T 6 8 WC1-09































WC1-04B 7































WC1-03T 4 9 WC1-10































WC1-03B 5































WC1-02T 2 10 WC1-11































WC1-02B 3































WC1-01T 0 11 WC1-12































WC1-01B 1































Rayer 2
































WC2-12T 46 12 WC2-01































WC2-12B 47































WC2-11T 44 13 WC2-02































WC2-11B 45































WC2-10T 42 14 WC2-03































WC2-10B 43































WC2-09T 40 15 WC2-04































WC2-09B 41































WC2-08T 30 16 WC2-05































WC2-08B 31































WC2-07T 28 17 WC2-06































WC2-07B 29































WC2-06T 26 18 WC2-07































WC2-06B 27































WC2-05T 24 19 WC2-08































WC2-05B 25































WC2-04T 14 20 WC2-09































WC2-04B 15































WC2-03T 12 21 WC2-10































WC2-03B 13































WC2-02T 10 22 WC2-11































WC2-02B 11































WC2-01T 8 23 WC2-12































WC2-01B 9
































Output NIMO
0 1 2 3 4 5 6 7 0 1 2 3

6 7 0 1 2


6 7 0 1



6 7

ECLO
24 25 26 27 28 29

24 25 26 27



24 25 26




24 25





Default : top + bottom



































































NIMO0-5, ECLO24-29































* layer1 + layer2
R.S.#: 0 (6 segments), 1 (4 segments), 2 (3 segments), 3 (2 segments)
* layer1 x layer2
R.S.#: 4 (6 segments), 5 (4 segments), 6 (3 segments), 7 (2 segments)

NIMO6, 7
R.S.# = 0, 1, 2, 3 : unsegmented, layer1 + layer2
R.S.# = 4, 5, 6, 7 : unsegmented, layer1 x layer2
R.S.# = F : unsegmented layer1 + layer2 of the (top x bottom)
outputs unsynchronized w/ internal clock .



























outputs synchronized w/ internal clock .































































Signal width:






















ECLO(top + bottom) --> 40 ns






















ECLO24-29 --> 120 ns
























NIMO0-5 --> 120 ns






















NIMO6, NIMO7 --> 40 ns






















Sheet 3: Sheet4
HTOF1X & HTOF1Y pin assignments, groupings and logic options 6/8/05 Y.Okayasu
Reset NIMI0



































Detector ID Input ch. (ECLI) Output ch.(ECLO) Detector ID in TUL 6 segments 4 segments 3 segments 2 segments Detector ID Input ch. (ECLI) Output ch.(ECLO) Detector ID in TUL
Output ch.(NIMO)

HTOF1X



























HTOF1Y

HTF1X-17T 32 0 HTF1X-01



























HTF1Y-9T 50 17 HTF1Y-01
7
HTF1X-17B 1



























HTF1Y-9B 41
HTF1X-16T 30 1 HTF1X-02



























HTF1Y-8T 48 18 HTF1Y-02
HTF1X-16B 3



























HTF1Y-8B 39
HTF1X-15T 28 2 HTF1X-03



























HTF1Y-7T 46 19 HTF1Y-03
HTF1X-15B 5



























HTF1Y-7B 37
HTF1X-14T 26 3 HTF1X-04






a





b





c





HTF1Y-6T 44 20 HTF1Y-04
HTF1X-14B 7
























HTF1Y-6B 35
HTF1X-13T 24 4 HTF1X-05
d





e


















HTF1Y-5T 42 21 HTF1Y-05
HTF1X-13B 9

























HTF1Y-5B 51
HTF1X-12T 22 5 HTF1X-06
f





g


















HTF1Y-4T 40 22 HTF1Y-06
HTF1X-12B 11

























HTF1Y-4B 49
HTF1X-11T 20 6 HTF1X-07



























HTF1Y-3T 38 23 HTF1Y-07
HTF1X-11B 13



























HTF1Y-3B 47
HTF1X-10T 18 7 HTF1X-08







h





i











HTF1Y-2T 36 24 HTF1Y-08
HTF1X-10B 33

























HTF1Y-2B 45
HTF1X-09T 16 8 HTF1X-09

j





k

















HTF1Y-1T 34 25 HTF1Y-09
HTF1X-09B 31

























HTF1Y-1B 43
HTF1X-08T 14 9 HTF1X-10














l





m










HTF1X-08B 29































HTF1X-07T 12 10 HTF1X-11














n





o










HTF1X-07B 27































HTF1X-06T 10 11 HTF1X-12














p





q










HTF1X-06B 25































HTF1X-05T 8 12 HTF1X-13

































HTF1X-05B 23

































HTF1X-04T 6 13 HTF1X-14

































HTF1X-04B 21

































HTF1X-03T 4 14 HTF1X-15

































HTF1X-03B 19

































HTF1X-02T 2 15 HTF1X-16

































HTF1X-02B 53

































HTF1X-01T 0 16 HTF1X-17

































HTF1X-01B 15


































Output NIMO
0 1 2 3 4 5 6 0 1 2 3

6 0 1 2


6 0 1



6






ECLO
26 27 28 29 30 31
26 27 28 29


26 27 28



26 27










Segmentation groping for HTOF1X can be changed by rotary swtch(R.S.).



* Time jitter
R.S.# 0 (6 segments), 1 ( 4 segments), 2 (3 segments), 3 (2 segments)



a - b = + 1ns
































b - c = + 1ns
For HTOF1Y, grouping option is not available.



d - e = - 4 ns
Output NIMO7 is a non-synchronized OR signal of which provided from meantimer (AND)



f - g = - 3 ns
of each up & down(HTOF1X) or right & left(HTOF1Y).



h - i = - 3 ns
































j - k = - 5 ns
* Output signal width





























l - m = + 2 ns
Input width = 8 ns, ΔT = Ttop - Tbottom, unit: ns





















n - o = + 2 ns
HTF1X






























p - q = + 2 ns
ΔT ECLO(T&B) ECLO(Group) NIMO
























10 8 34 45 (Threshold)
























0 20 34 45






























































HTF1Y




































ΔT ECLO(T&B) ECLO(Group) NIMO
























12 6 28 34 (Threshold)
























0 10 28 34






























































outputs unsynchronized w/ internal clock .
























outputs synchronized w/ internal clock .
























Sheet 4: Sheet5
HTOF2X pin assignments, groupings and logic options 6/9/05 Y.Okayasu
Reset NIMI0

































Detector ID Input ch. (ECLI) Output ch.(ECLO) Detector ID in TUL 6 segments 4 segments 3 segments 2 segments
HTF2X-18T 34 0 HTF2X-01































HTF2X-18B 15































HTF2X-17T 32 1 HTF2X-02































HTF2X-17B 13































HTF2X-16T 30 2 HTF2X-03
a






b





















HTF2X-16B 11





























HTF2X-15T 28 3 HTF2X-04































HTF2X-15B 9































HTF2X-14T 26 4 HTF2X-05 c






d






















HTF2X-14B 7





























HTF2X-13T 24 5 HTF2X-06































HTF2X-13B 5































HTF2X-12T 22 6 HTF2X-07















e






f






HTF2X-12B 3





























HTF2X-11T 20 7 HTF2X-08
















g






h





HTF2X-11B 1





























HTF2X-10T 18 8 HTF2X-09








i






j













HTF2X-10B 35





























HTF2X-09T 16 9 HTF2X-10

k





l m





n






o





HTF2X-09B 37


























HTF2X-08T 14 10 HTF2X-11

p






q





r






s





HTF2X-08B 31



























HTF2X-07T 12 11 HTF2X-12









t






u












HTF2X-07B 29





























HTF2X-06T 10 12 HTF2X-13
















v






w





HTF2X-06B 27





























HTF2X-05T 8 13 HTF2X-14
















x






y





HTF2X-05B 25





























HTF2X-04T 6 14 HTF2X-15


z





A B




C D





E





HTF2X-04B 23

























HTF2X-03T 4 15 HTF2X-16































HTF2X-03B 21































HTF2X-02T 2 16 HTF2X-17































HTF2X-02B 19































HTF2X-01T 0 17 HTF2X-18































HTF2X-01B 17
































Output NIMO
0 1 2 3 4 5 6 7 0 1 2 3

6 7 0 1 2


6 7 0 1



6 7

ECLO
18 19 20 21 22 23

18 19 20 21



18 19 20




18 19





Segmentation groping for HTOF2X can be changed by rotary swtch(R.S.).











R.S.# 0 (6 segments), 1 ( 4 segments), 2 (3 segments), 3 (2 segments)















































* Output signal width

















* Time jitter

Input width = 8 ns, ΔT = Ttop - Tbottom, unit: ns









a - b = - 1 ns

ΔT ECLO(T&B) ECLO(Group) NIMO





c - d = - 2 ns

8 3 34 34 (Threshold)





e - f = - 2 ns

0 10 34 34





g - h = - 2 ns





















i - j = - 2 ns

ECL group out width: 40 ns, height: -4.5 V





k - m = + 4 ns

NIM group out width: 40 ns, height: -1 V





l - n = + 4 ns

NIMO6, NIMO7, width: 8ns, height: -1 V





l - o = + 6 ns





















p - q = + 2 ns

outputs unsynchronized w/ internal clock .










r - s = + 2 ns





















t - u = - 4 ns





















v - w = - 2 ns





















x - y = + 2 ns





















z - B = + 2 ns





















A - D = + 2 ns





















C - E = + 2 ns

Sheet 5: Sheet3
EHODO pin assignments, groupings and logic options 6/8/05 Y.Okayasu
Reset NIMI0















Detector ID Input ch. (ECLI) Output ch.(ECLO) 5 segments Detector ID Input ch. (ECLI) Output ch.(ECLO) 5 segments
Rayer 1





Rayer 2





EHODO1-25 24 0





EHODO2-25 56






EHODO1-24 23





EHODO2-24 55






EHODO1-23 22





EHODO2-23 54






EHODO1-22 21





EHODO2-22 53 5





EHODO1-21 20





EHODO2-21 52






EHODO1-20 19 1





EHODO2-20 51






EHODO1-19 18





EHODO2-19 50






EHODO1-18 17





EHODO2-18 49 6





EHODO1-17 16





EHODO2-17 48






EHODO1-16 15





EHODO2-16 47






EHODO1-15 14 2





EHODO2-15 46






EHODO1-14 13





EHODO2-14 45






EHODO1-13 12





EHODO2-13 44 7





EHODO1-12 11





EHODO2-12 43






EHODO1-11 10





EHODO2-11 42






EHODO1-10 9 3





EHODO2-10 41






EHODO1-09 8





EHODO2-09 40






EHODO1-08 7





EHODO2-08 39 8





EHODO1-07 6





EHODO2-07 38






EHODO1-06 5





EHODO2-06 37






EHODO1-05 4 4





EHODO2-05 36






EHODO1-04 3





EHODO2-04 35 9





EHODO1-03 2





EHODO2-03 34






EHODO1-02 1





EHODO2-02 33






EHODO1-01 0





EHODO2-01 32







Output NIMO 0 1 2 3 4 5
Output NIMO 0 1 2 3 4 5

ECLO 10 11 12 13 14 15
ECLO 10 11 12 13 14 15
This logic for EHODO has two options.







* layer1*layer2 --> AND of layer1 & layer2.







R.S.#: 0







* layer1 + layer2 --> OR of layer1 & layer2







R.S.#: 1







outputs synchronized w/ internal cloclk.