3.5 / / S3.5/9 5 () 3 (U) 17 () 1 (U) S3.5/_ /9 S3.5 9 nx " (n-1)x " 1..4" 4-1/ U R k U W o. S.
|
|
|
- ゆき たつざわ
- 5 years ago
- Views:
Transcription
1 3.5/ S 3.5/9 5 / S-ST 3.5/9 5 / 15 S 3.5/1 5 / 17 S-ST 3.5/1 5 / 15 S 3.5/135 5 / 15 S 3.5/9 5 / 1.5 S 3.5/9 5 / 1.5 S 3.5/1 5 / S 3.1/9 5 / S 3.1/1 5 / /1 5 / / W /S3.5, /9 5 / 1.5 / W /7 5 / 1.5 / W 14 Z 3.5/1 5 / / W /.5 / W /.5 / W -/ /. 1.5 / W 1 -/ /. 1.5 / W /1 5 / / W 1 3.1/9 5 / / W 1 3.1/7 5 / / W / 3.1.1
2 3.5 / / S3.5/9 5 () 3 (U) 17 () 1 (U) S3.5/_ /9 S3.5 9 nx " (n-1)x " 1..4" 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T = / n= oad current [] oad current [] S3.5/9 / 1 / onductor current to min. o. of poles (-pole) 1 4 max. o. of poles (4-pole) mbient temperature T [ ] S3.5/9 / 1 / min. o. of poles (-pole) 1 4 onductor current to max. o. of poles (4-pole) mbient temperature T [ ] SW,5 1/3, SW,5 1/3, SW.5 <5 UTR /S3.5R R /3.5R SW 193. /S R /S SW 111. S " S3.5// S3.5/3/ S3.5/4/ S3.5/5/ S3.5// S3.5/7/ S3.5// S3.5/9/ S3.5/1/ S3.5/11/ S3.5// S3.5/13/ S3.5/14/ S3.5/15/ S3.5/1/ S3.5/17/ S3.5/1/ S3.5/19/ S3.5// S3.5/1/ S3.5// S3.5/3/ S3.5/4/ /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4.
3 3.5 / S3.5/_ /9 9 S3.5/_ /9 9 S / 3.1 nx+1.4 nx+.55" " 1+3x " SW -14 (n-1)x 7.5.9" 1..4" 1+x " " 1..4" " S3.5// S3.5/3/ S3.5/4/ S3.5/5/ S3.5// S3.5/7/ S3.5// S3.5/9/ S3.5/1/ S3.5/11/ S3.5// S3.5/13/ S3.5/14/ S3.5/15/ S3.5/1/ S3.5/17/ S3.5/1/ S3.5/19/ S3.5// S3.5/1/ S3.5// S3.5/3/ S3.5/4/ " " S3.5// S3.5/3/ S3.5/4/ S3.5/5/ S3.5// S3.5/7/ S3.5// S3.5/9/ S3.5/1/ S3.5/11/ S3.5// S3.5/13/ S3.5/14/ S3.5/15/ S3.5/1/ S3.5/17/ S3.5/1/ S3.5/19/ S3.5// S3.5/1/ S3.5// S3.5/3/ S3.5/4/ , /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4 3.5/_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5.3
4 3.5 / / S-ST3.5/9 5 () 3 (U) 15 () 1 (U) S-ST3.5/_ /9 X ST9 ST S-ST3.5 S-ST3.5/_ /9 T ST9 ST nx+1.4 nx+.55" " " (n-1)x 1..4" W 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m / = / n= = = S-ST3.5//9 X S-ST3.5/3/9 X S-ST3.5/4/9 X S-ST3.5/5/9 X S-ST3.5//9 X S-ST3.5/7/9 X S-ST3.5//9 X S-ST3.5/9/9 X S-ST3.5/1/9 X S-ST3.5/11/9 X S-ST3.5//9 X S-ST3.5/13/9 X S-ST3.5/14/9 X S-ST3.5/15/9 X S-ST3.5/1/9 X S-ST3.5/17/9 X S-ST3.5/1/9 X S-ST3.5/19/9 X S-ST3.5//9 X S-ST3.5/1/9 X S-ST3.5//9 X S-ST3.5/3/9 X S-ST3.5/4/9 X /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4 odd pole no. tape feed direction 1.5 even pole no. 3.5 S-ST3.5//9 T S-ST3.5/3/9 T S-ST3.5/4/9 T S-ST3.5/5/9 T S-ST3.5//9 T S-ST3.5/7/9 T S-ST3.5//9 T S-ST3.5/9/9 T S-ST3.5/1/9 T S-ST3.5/11/9 T /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4.4
5 3.5 / S-ST3.5/_ /9 X ST9 ST S-ST3.5/_ /9 X ST9 ST S-ST3.5 S-ST3.5/_ /9 T ST9 / ST 3.5 / 3.1 (n+)x " " (n+)x " " (n+1)x (n-1)x " 1..4" (n-1)x (n+1)x " 1..4" W " S-ST3.5//9 X S-ST3.5/3/9 X S-ST3.5/4/9 X S-ST3.5/5/9 X S-ST3.5//9 X S-ST3.5/7/9 X S-ST3.5//9 X S-ST3.5/9/9 X S-ST3.5/1/9 X S-ST3.5/11/9 X S-ST3.5//9 X S-ST3.5/13/9 X S-ST3.5/14/9 X S-ST3.5/15/9 X S-ST3.5/1/9 X S-ST3.5/17/9 X S-ST3.5/1/9 X S-ST3.5/19/9 X 145 S-ST3.5//9 X 14 1 S-ST3.5/1/9 X 147 S-ST3.5//9 X 14 3 S-ST3.5/3/9 X S-ST3.5/4/9 X S-ST3.5//9 X S-ST3.5/3/9 X S-ST3.5/4/9 X S-ST3.5/5/9 X S-ST3.5//9 X S-ST3.5/7/9 X S-ST3.5//9 X S-ST3.5/9/9 X S-ST3.5/1/9 X S-ST3.5/11/9 X S-ST3.5//9 X S-ST3.5/13/9 X S-ST3.5/14/9 X S-ST3.5/15/9 X S-ST3.5/1/9 X S-ST3.5/17/9 X S-ST3.5/1/9 X S-ST3.5/19/9 X S-ST3.5//9 X S-ST3.5/1/9 X S-ST3.5//9 X S-ST3.5/3/9 X S-ST3.5/4/9 X odd pole no. tape feed direction 1.5 even pole no. 3.5 S-ST3.5//9 T S-ST3.5/3/9 T S-ST3.5/4/9 T S-ST3.5/5/9 T S-ST3.5//9 T S-ST3.5/7/9 T S-ST3.5//9 T S-ST3.5/9/9 T S-ST3.5/1/9 T /_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5 3.5/_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5 3.5/_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5.5
6 3.5 / / S3.5/1 5 () 3 (U) 17 () 1 (U) S3.5/_ /1 S3.5 1 nx " " (n-1)x " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T - usn, / = / n= oad current [] oad current [] S3.5/1 / 1 / onductor current to min. o. of poles (-pole) 1 4 max. o. of poles (4-pole) mbient temperature T [ ] S3.5/1 / 1 / min. o. of poles (-pole) 1 onductor current to max. o. of poles (4-pole) mbient temperature T [ ] SW,5 1/3, SW,5 1/3, SW.5 <5 UTR /S3.5R R /S3.5R SW 193. /S R /S SW " S3.5// S3.5/3/ S3.5/4/ S3.5/5/ S3.5// S3.5/7/ S3.5// S3.5/9/ S3.5/1/ S3.5/11/ S3.5// S3.5/13/ S3.5/14/ S3.5/15/ S3.5/1/ S3.5/17/ S3.5/1/ S3.5/19/1 114 S3.5// S3.5/1/ S3.5// S3.5/3/ S3.5/4/ /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4.
7 3.5 / S3.5/_ /1 1 S3.5/_ /1 1 S / 3.1 nx+1.4 nx+.55" (n-1)x " " " " S3.5// S3.5/3/ S3.5/4/ S3.5/5/ S3.5// S3.5/7/ S3.5// S3.5/9/ S3.5/1/ S3.5/11/ S3.5// S3.5/13/ S3.5/14/ S3.5/15/ S3.5/1/ S3.5/17/ S3.5/1/ S3.5/19/1 111 S3.5// S3.5/1/1 113 S3.5// S3.5/3/ S3.5/4/1 11 (n+)x (n+1)x (n-1)x nx+x " " " ".3.91" S3.5// S3.5/3/ S3.5/4/ S3.5/5/ S3.5// S3.5/7/ S3.5// S3.5/9/ S3.5/1/ S3.5/11/ S3.5// S3.5/13/ S3.5/14/ S3.5/15/ S3.5/1/ S3.5/17/ S3.5/1/ S3.5/19/1 1 S3.5// S3.5/1/1 1 S3.5// S3.5/3/ S3.5/4/1 15 SW , /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4 3.5/_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5.7
8 3.5 / / S-ST3.5/1 S-ST3.5/_ /1 X ST1 ST S-ST3.5 S-ST3.5/_ /1 T ST1 ST 5 () 3 (U) 15 () 1 (U) nx+1.4 nx+.55" (n-1)x " " " W 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m usn , = = = / n= S-ST3.5//1 X S-ST3.5/3/1 X S-ST3.5/4/1 X S-ST3.5/5/1 X S-ST3.5//1 X S-ST3.5/7/1 X S-ST3.5//1 X S-ST3.5/9/1 X S-ST3.5/1/1 X S-ST3.5/11/1 X S-ST3.5//1 X S-ST3.5/13/1 X S-ST3.5/14/1 X S-ST3.5/15/1 X S-ST3.5/1/1 X S-ST3.5/17/1 X S-ST3.5/1/1 X S-ST3.5/19/1 X S-ST3.5//1 X S-ST3.5/1/1 X S-ST3.5//1 X S-ST3.5/3/1 X S-ST3.5/4/1 X /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4 odd pole no. tape feed direction 1.5 even pole no. 3.5 S-ST3.5//1 T S-ST3.5/3/1 T S-ST3.5/4/1 T S-ST3.5/5/1 T S-ST3.5//1 T S-ST3.5/7/1 T S-ST3.5//1 T S-ST3.5/9/1 T S-ST3.5/1/1 T S-ST3.5/11/1 T /_ 1 3.5/_/9(7) 1,19 Z3.5/_ ()3.5/_,4.
9 3.5 / S-ST3.5/_ /1 X ST1 ST S-ST3.5/_ /1 X ST1 ST S-ST3.5 S-ST3.5/_ /1 T ST1 / ST 3.5 / 3.1 (n+)x " " (n+)x " " (n+1)x (n-1)x " (n+1)x (n-1)x " W 3.5 S-ST3.5//1 X S-ST3.5/3/1 X S-ST3.5/4/1 X S-ST3.5/5/1 X 14 5 S-ST3.5//1 X S-ST3.5/7/1 X 14 5 S-ST3.5//1 X S-ST3.5/9/1 X S-ST3.5/1/1 X S-ST3.5/11/1 X 14 5 S-ST3.5//1 X S-ST3.5/13/1 X S-ST3.5/14/1 X S-ST3.5/15/1 X S-ST3.5/1/1 X S-ST3.5/17/1 X S-ST3.5/1/1 X S-ST3.5/19/1 X 1494 S-ST3.5//1 X S-ST3.5/1/1 X 149 S-ST3.5//1 X S-ST3.5/3/1 X S-ST3.5/4/1 X " " S-ST3.5//1 X S-ST3.5/3/1 X S-ST3.5/4/1 X S-ST3.5/5/1 X S-ST3.5//1 X S-ST3.5/7/1 X S-ST3.5//1 X S-ST3.5/9/1 X S-ST3.5/1/1 X S-ST3.5/11/1 X S-ST3.5//1 X S-ST3.5/13/1 X S-ST3.5/14/1 X S-ST3.5/15/1 X S-ST3.5/1/1 X S-ST3.5/17/1 X S-ST3.5/1/1 X S-ST3.5/19/1 X S-ST3.5//1 X S-ST3.5/1/1 X S-ST3.5//1 X S-ST3.5/3/1 X S-ST3.5/4/1 X odd pole no. tape feed direction 1.5 even pole no. 3.5 S-ST3.5//1 T S-ST3.5/3/1 T S-ST3.5/4/1 T S-ST3.5/5/1 T 155 S-ST3.5//1 T S-ST3.5/7/1 T 15 S-ST3.5//1 T S-ST3.5/9/1 T /_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5 3.5/_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5 3.5/_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5.9
10 3.5 / / S3.5/135 5 () 3 (U) 15 () 1 (U) S3.5/_ /135 S (n+)x " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T - usn, = / n= oad current [] oad current [] S3.5/135 / 1 / onductor current to min. o. of poles (-pole) 1 4 max. o. of poles (4-pole) mbient temperature T [ ] S3.5/135 / 1 / min. o. of poles (-pole) 1 4 onductor current to max. o. of poles (4-pole) mbient temperature T [ ] SW,5 1/3, SW,5 1/3, SW.5 <5 UTR /S R /S SW (n-1)x ".." " S3.5// S3.5/3/ S3.5/4/ S3.5/5/ S3.5// S3.5/7/ S3.5// S3.5/9/ S3.5/1/ S3.5/11/ S3.5// S3.5/13/ S3.5/14/ S3.5/15/ S3.5/1/ S3.5/17/ S3.5/1/ S3.5/19/ S3.5// S3.5/1/ S3.5// S3.5/3/ S3.5/4/ /_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5.1
11 3.5 /
12 3.5 / / S3.5/9 5 () 3 (U) 1.5 () (U) S3.5/_ /9 S3.5 9 (n-1)x 7.7" nx " " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T - usn = / n= oad current [] oad current [] 1 1 onductor current to min. o. of poles (4-pole) 1 4 max. o. of poles (4-pole) S3.5/9 / 1 / mbient temperature T [ ] S3.5/9 / 1 / 5-.5 max. o. of poles (4-pole) min. o. of poles (4-pole) mbient temperature T [ ] onductor current to SW,5 1/3, SW,5 1/3, SW.5 <5 UTR /S R /S SW " 5.197" 1..4" S3.5/4/ S3.5// S3.5// S3.5/1/ S3.5// S3.5/14/ S3.5/1/ S3.5/1/ S3.5// S3.5// S3.5/4/ S3.5// S3.5// S3.5/3/ S3.5/3/ S3.5/34/ S3.5/3/ S3.5/3/ S3.5/4/ S3.5/4/ S3.5/44/ S3.5/4/ S3.5/4/ /_ 1 3.5/_/9 1 Z3.5/_ 3.5/_.
13 3.5 / S3.5/_ /9 9 S3.5/_ /9 9 S3.5() 3.5 / 3.1 (n-1)x 7.7" nx+1.4 nx+.59" " (n-1)x 7.7" (n+)x " SW " 5.197" " " " 5.197" " S3.5/4/ S3.5// S3.5// S3.5/1/ S3.5// S3.5/14/ S3.5/1/ S3.5/1/ S3.5//9 133 S3.5// S3.5/4/ S3.5// S3.5// S3.5/3/ S3.5/3/ S3.5/34/ S3.5/3/ S3.5/3/ S3.5/4/ S3.5/4/ S3.5/44/ S3.5/4/ S3.5/4/ " " " S3.5/4/ S3.5// S3.5// S3.5/1/ S3.5// S3.5/14/ S3.5/1/ S3.5/1/9 133 S3.5// S3.5// S3.5/4/ S3.5// S3.5// S3.5/3/ S3.5/3/ S3.5/34/ S3.5/3/ S3.5/3/ S3.5/4/ S3.5/4/ S3.5/44/ S3.5/4/ S3.5/4/ , /_ 1 3.5/_/9 1 Z3.5/_ 3.5/_ 3.5/_() /_/9 19 Z3.5/_() 1 3.5/_ 3.13
14 3.5 / / S3.5/9 S3.5/1 5 () 3 (U) 1.5 () (U) S3.5/_ /9 S3.5 9 (n-1)x " nx+1.4 nx+.55" " "." 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T - usn = / n= oad current [] oad current [] 1 1 onductor current to min. o. of poles (4-pole) 1 4 max. o. of poles (4-pole) S3.59 / 1 / mbient temperature T [ ] S3.59 / 1 / 5-.5 max. o. of poles (4-pole) min. o. of poles (4-pole) mbient temperature T [ ] onductor current to SW,5 1/3, SW,5 1/3, SW.5 <5 UTR /S R /S SW " S3.5/4/ S3.5// S3.5// S3.5/1/ S3.5// S3.5/14/ S3.5/1/ S3.5/1/9 19 S3.5//9 14 S3.5// S3.5/4/ S3.5// S3.5// S3.5/3/ S3.5/3/ S3.5/34/ S3.5/3/ S3.5/3/ S3.5/4/ S3.5/4/ S3.5/44/ S3.5/4/ S3.5/4/ /_ 1 3.5/_/9 1 Z3.5/_ 3.5/_.14
15 3.5 / S3.5/_ /9 9 S3.5/_ /1 1 S3.5/_ /1 S / 3.1 (n+)x." " nx+1.4 nx+.55" "." (n+1)x "." (n-1)x " " " " 1..4" S3.5/4/ S3.5// S3.5// S3.5/1/ S3.5// S3.5/14/ S3.5/1/ S3.5/1/9 19 S3.5// S3.5// S3.5/4/ S3.5// S3.5// S3.5/3/ S3.5/3/ S3.5/34/ S3.5/3/ S3.5/3/ S3.5/4/ S3.5/4/ S3.5/44/ S3.5/4/ S3.5/4/ (n-1)x " " " 5.197" S3.5/4/ S3.5// S3.5// S3.5/1/ S3.5// S3.5/14/ S3.5/1/ S3.5/1/1 19 S3.5// S3.5// S3.5/4/ S3.5// S3.5// S3.5/3/ S3.5/3/ S3.5/34/ S3.5/3/ S3.5/3/ S3.5/4/ S3.5/4/ S3.5/44/ S3.5/4/ S3.5// (n+1)x (n-1)x " " 5.197" " S3.5/4/ S3.5// S3.5// S3.5/1/ S3.5// S3.5/14/ S3.5/1/ S3.5/1/ S3.5//1 14 S3.5// S3.5/4/ S3.5// S3.5// S3.5/3/ S3.5/3/ S3.5/34/ S3.5/3/ S3.5/3/ S3.5/4/ S3.5/4/ S3.5/44/ S3.5/4/ S3.5/4/ /_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5 3.5/_ 1 3.5/_/9(7) 1.19 Z3.5/_ ()3.5/_,4 3.5/_() /_/9(7) 19 Z3.5/_() 1 ()3.5/_( S) 3,5.15
16 3.5 / / () -14W (U) 5 () 3 (U) 17 () 1 (U) 3.5/_ 3.5 nx 1.5.7" 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T -, /1 4 /4 = / n= oad current [] oad current [] S3.5/9 / 1 / onductor current to min. o. of poles (-pole) 1 4 max. o. of poles (4-pole) mbient temperature T [ ] S3.5/9 / 1 / min. o. of poles (-pole) 1 onductor current to max. o. of poles (4-pole) mbient temperature T [ ] S.4X.5X SW 4 /3, SW 4 1/3, SW 4 4/3, SW 4 <5 UTR SW 4 <1 UTR /S R /S SW Z / /o..75/ /o.1 1/ /o / /o.1 (n-1)x 13.5" " 13.5" / / / / / / / / / / / / / / / / / / / / / / / S3.5/_/9(),3 S3.5/_/1(),7 S3.5/_/9(),13 S3.5/_/9(1) 14,15 ST S-ST3.5/_/9 4 S-ST3.5/_/1 /.1
17 3.5 / 3.5/_ 3.5/_ / 3.1 (n+)x 1.5.7" nx+.5 nx+.393" 1.5.7" SW -14 (n-1)x 13.5" " / / / / / / / / / / / / / / / / / / / / / / / (n-1)x 1.4.4" " / / / / / / / / / / / / / / / / / / / / / / / , ! -,1 S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9 S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9.17
18 3.5 / / 3.5/9 3.5/ () -14W (U) 5 () 3 (U) () (U) 3.5/_ / / nx.47".45.4" " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T -, /1 4 /4 = / n= oad current [] oad current [] 1 1 onductor current to min. o. of poles (-pole) 1 4 max. o. of poles (4-pole) S3.5/9 / 7 / mbient temperature T [ ] S3.5/9 / 7 / 5-.5 max. o. of poles (4-pole) min. o. of poles (-pole) mbient temperature T [ ] onductor current to S.4X.5X SW 4 /3, SW 4 1/3, SW 4 4/3, SW 4 <5 UTR SW 4 <1 UTR /S R /S SW / /o..75/ /o.1 1/ /o / /o.1 (n-1)x // /3/ /4/ /5/ // /7/ // /9/ /1/ /11/ // /13/ /14/ /15/ /1/ /17/ /1/ /19/ // /1/ // /3/ /4/ S3.5/_/9(),3 S3.5/_/1(),7 S3.5/_/9(),13 S3.5/_/9(1) 14,15 ST S-ST3.5/_/9 4 S-ST3.5/_/1.1
19 3.5 / 3.5/_ /9 9 / 3.5/_ /7 7 / 3.5/_ / / 3.5 / 3.1 (n+1)x.47" nx.47" (n+1)x.47".45.4" ".55." ".55." " (n-1)x // /3/ /4/ /5/ // /7/ // /9/ /1/ /11/ // /13/ /14/ /15/ /1/ /17/ /1/ /19/ // /1/ // /3/ /4/ (n-1)x // /3/ /4/ /5/ // /7/ // /9/ /1/ /11/ // /13/ /14/ /15/ /1/ /17/ /1/ /19/ // /1/ // /3/ /4/ (n-1)x // /3/ /4/ /5/ // /7/ // /9/ /1/ /11/ // /13/ /14/ /15/ /1/ /17/ /1/ /19/ // /1/ // /3/ /4/ S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9 S3.5/_/9(),3 S3.5/_/1(),7 S3.5/_/9(),13 S3.5/_/9(1) 14,15 ST S-ST3.5/_/9 4 S-ST3.5/_/1 S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9.19
![5/9 / Z1 / 7-1.5 mbient temperature T [ ] S3.5/9 / Z1 / 5-.5 max. o. of poles (4-pole) min. o. of poles (-pole) 1 3 4 5 7 9 1 11 mbient temperature T [ ] onductor current to 947-7-1 S.4X.5X75 993.](/docs-images/92/109432360/images/20-2.jpg "1 SW 4 /3,5 1-13191 1-.1 SW 4 1/3,5 1-1 13151 1-1.1 SW 4 4/3,5 1-4 14411 1-4.1 SW 4 <5 UTR 1997.1 SW 4 <1 UTR 1999.1 /S R 19343. /S SW 111. 3.5Z -.1 -..5/1 957.5 /o..75/1 95.75 /o.1 1/1 9595 1 /o.")
20 3.5 / / Z () -14W (U) 5 () 3 (U) 14.5 () 1 (U) Z3.5/_ Z3.5 nx 1.9." 13.5" 4-1/ U R k U W o. S.-R4 W o. U T -, Ω 1 5 Ω 4.5 m /1 4 /4 oad current [] oad current [] 1 1 onductor current to min. o. of poles (-pole) 1 4 max. o. of poles (4-pole) S3.5/9 / Z1 / mbient temperature T [ ] S3.5/9 / Z1 / 5-.5 max. o. of poles (4-pole) min. o. of poles (-pole) mbient temperature T [ ] onductor current to S.4X.5X SW 4 /3, SW 4 1/3, SW 4 4/3, SW 4 <5 UTR SW 4 <1 UTR /S R /S SW Z / /o..75/ /o.1 1/ /o.17 (n-1)x " 3.5 Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ S3.5/_/9(),3 S3.5/_/1(),7 S3.5/_/9(),13 S3.5/_/9(1) 14,15 ST S-ST3.5/_/9 4 S-ST3.5/_/1.
21 3.5 / Z3.5/_ Z3.5/_ -1 Z / 3.1 (n+)x 1.9." nx+.5 nx+.5" 1.9." SW " 1.4.4" 13.5" (n-1)x " 3.5 Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ (n-1)x " 3.5 Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ Z3.5/ , ! -,1 S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9 S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9.1
22 3.5 / / () -W (U) 5 () 3 (U) () 7 (U) 3.5/_ 3.5 nx " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T - usn, = / n= oad current [] 1 4 S 3.5/9 / / 5-.5 max. o. of poles (-pole) min. o. of poles (-pole) onductor current to mbient temperature T [ ] S.4X.5X SW,5 1/3, SW,5 1/3, SW.5 <5 UTR /S R /S SW 111. (n-1)x " / / / / / / / / / / / / / / / S S3.5/_/9(),3 S3.5/_/1(),7 S3.5/_/9(),13 S3.5/_/9(1) 14,15 ST S-ST3.5/_/9 4 S-ST3.5/_/1.
23 3.5 / 3.5/_ 3.5 S 3.5 S / 3.1 (n+1)x (n+1)x+." 1..35" SW -14 (n-1)x.5.49" " / / / / / / / / / / / / / / / () -,9 1.. S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() S S
24 3.5 / / () -W (U) 5 () 3 (U) () 7 (U) 3.5/_ 3.5 nx " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T - usn, = / n= oad current [] 1 4 S 3.5/9 / / 5-.5 max. o. of poles (-pole) min. o. of poles (-pole) onductor current to mbient temperature T [ ] S.4X.5X SW,5 1/3, SW,5 1/3, SW.5 <5 UTR /S R /S SW 111. (n-1)x " / / / / / / / S S3.5/_/9(),3 S3.5/_/1(),7 S3.5/_/9(),13 S3.5/_/9(1) 14,15 ST S-ST3.5/_/9 4 S-ST3.5/_/1.4
25 3.5 / 3.5/_ / 3.5/_S / 3.5/_ S 3.5 / 3.5 / 3.1 (n+1)x+3. (n+1)x+." 1..35" nx 1..35" (n+1)x+3. (n+1)x+." 1..35" (n-1)x.5.49" " / / / / / / / (n-1)x.5.49" " /S /3S /4S /5S /S /7S /S (n-1)x.5.49" " / S /3 S /4 S /5 S / S /7 S / S S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9 S3.5/_/9(),3 S3.5/_/1(),7 S3.5/_/9(),13 S3.5/_/9(1) 14,15 ST S-ST3.5/_/9 4 S-ST3.5/_/1 S3.5/_/9 3 S3.5/_/1 7 S3.5/_/135 1 S3.5/_/9 13 S3.5()/_/9(1) 15 ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9.5
![. 3 5 1..5.5 5 5 5. 5. -1 5 5 5. 5. -1 T - 3.5 4 /1.9 1 1 5 4. oad current [] oad current [] 5 4.](/docs-images/92/109432360/images/26-1.jpg "5 4 3.5 3.5 1.5 1.5 5 4.5 4 3.5 3.5 1.5 1.5 -/ / 7-1.")
![5 1 3 4 5 7 9 1 11 mbient temperature T [ ] -/ / 7-1.5 o. of poles (1-pole) o.](/docs-images/92/109432360/images/26-2.jpg "of poles (3-pole) 1 3 4 5 7 9 1 11 mbient temperature T [ ] S.4X.5X75 993.1 SW 4 /3,5 1-13191 1-.")
26 3.5 / / / () -1W (U) 5 () 5 (U). () 5 (U) -/3.5/_ / " 7 1.3" " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m T / oad current [] oad current [] / / mbient temperature T [ ] -/ / o. of poles (1-pole) o. of poles (3-pole) mbient temperature T [ ] S.4X.5X SW 4 /3, SW 4 1/3, SW 4 4/3, SW 4 <5 UTR SW 4 <1 UTR /S R /S SW Z , " /3.5/ /3.5/_ "..19" 7 1.3" " /3.5/ ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9.
27 3.5 / -/3.5/_ " 1.3.4" 7 1.3" 19.74" /3.5/ /3.5/_ / / 3.5 S 9 3 / 3.5 / 3.5 /3.5 / 3.5 / / // 3 / 35 / / 3.5/1 3.5 / ".7.5" 7 1.3" 19.74" /3.5/ ST S-ST3.5/_/9() 5 S-ST3.5/_/1() 9 grey red blue.7
28 3.5 / / S3.1/9 S3.1/1 5 () 3 (U) 17.5 () 14 (U) S3.1/_ /9 9 / S3.1 nx+1.39 nx+.54" 7.1.7" 9..3" (n-1)x.315" " 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m = / n= oad current [] oad current [] S 3.1 / Z 1 / max. o. of poles (-pole) min. o. of poles (-pole) onductor current to mbient temperature T [ ] S 3.1 / Z 1 / 5-.5 max. o. of poles (-pole) onductor current to min. o. of poles (-pole) 4 1 mbient temperature T [ ] SW 4 <5 UTR SW 4 <1 UTR S S3.1// S3.1/3/ S3.1/4/ S3.1/5/ S3.1// S3.1/7/ S3.1// S3.1/9/ S3.1/1/ S3.1/11/ S3.1// S3.1/13/ S3.1/14/ S3.1/15/ S3.1/1/ S3.1/17/ S3.1/1/ S3.1/19/ S3.1// Z3.1/_ 3 Z3.1/_/9 3 Z3.1/_/7 33.
29 3.1 / S3.1/_ /9 9 / S3.1/_ /1 1 / S3.1/_ /1 1 / S / 3.1 (n+)x+. (n+)x+.19" 7.1.7" 9..3" nx+1.39 nx+.54" 7.1.7" 9..3" (n+)x+.77 (n+)x+.19" 7.1.7" 9..3" (n-1)x ".315" 3.5 (n-1)x " " (n-1)x.11" " S3.1// S3.1/3/ S3.1/4/ S3.1/5/ S3.1// S3.1/7/ S3.1// S3.1/9/ S3.1/1/ S3.1/11/ S3.1// S3.1/13/ S3.1/14/ S3.1/15/ S3.1/1/ S3.1/17/ S3.1/1/ S3.1/19/ S3.1// S3.1// S3.1/3/ S3.1/4/ S3.1/5/ S3.1// S3.1/7/ S3.1// S3.1/9/ S3.1/1/ S3.1/11/ S3.1// S3.1/13/ S3.1/14/ S3.1/15/ S3.1/1/ S3.1/17/ S3.1/1/ S3.1/19/ S3.1// S3.1// S3.1/3/ S3.1/4/ S3.1/5/ S3.1// S3.1/7/ S3.1// S3.1/9/ S3.1/1/ S3.1/11/ S3.1// S3.1/13/ S3.1/14/ S3.1/15/ S3.1/1/ S3.1/17/ S3.1/1/ S3.1/19/ S3.1// Z3.1/_ 31 Z3.1/_/9 33 Z3.1/_/7 33 Z3.1/_ 3 Z3.1/_/9 3 Z3.1/_/7 33 Z3.1/_ 31 Z3.1/_/9 33 Z3.1/_/7 33.9
30 3.5 / / Z () -1W (U) 5 () 3 (U) 17.5 () 14 (U) Z3.1 Z3.1/_ nx+.79 nx+.31" / U R k U W o. S.-R4 W o. U94 Ω Ω m /1 4 /4 = / n= oad current [] oad current [] S 3.1 / Z 1 / max. o. of poles (-pole) min. o. of poles (-pole) onductor current to mbient temperature T [ ] S 3.1 / Z 1 / 5-.5 max. o. of poles (-pole) onductor current to min. o. of poles (-pole) 4 1 mbient temperature T [ ] SW 4 <5 UTR SW 4 <1 UTR S / /o..75/ /o.1 1/ /o / /o.1 Z roto (n-1)x 9.354" 3.1 Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ S3.1/_/9 S3.1/_/1 9.3
31 3.1 / Z3.1/_ Z3.1/_/1R -1 Z / 3.1 (n+)x+.77 (n+)x+.19" x x+.117"..1" SW -14 (n-1)x " " 9.354".3.799" -,1 -,9 3.1 Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ Z3.1/ S3.1/_/9 9 S3.1/_/ Z3.1//1R Z3.1/3/1R Z3.1/4/1R Z3.1/5/1R Z3.1//1R Z3.1/7/1R Z3.1//1R Z3.1/9/1R Z3.1/1/1R Z3.1/11/1R Z3.1//1R Z3.1/13/1R Z3.1/14/1R Z3.1/15/1R Z3.1/1/1R Z3.1/17/1R Z3.1/1/1R Z3.1/19/1R Z3.1//1R S3.1/_/9 9 S3.1/_/1 9.31
![o. of poles (-pole) onductor current to 947-7-1 4 1 mbient temperature T [ ] S 3.1/9 / Z 9 / 5-.5 max. o. of poles (1-pole) onductor current to 947-7-1 min. o. of poles (-pole) 4 1 mbient temperature T [ ] SW 4 <5 UTR 1997.](/docs-images/92/109432360/images/32-1.jpg "14 SW 4 <1 UTR 1999.14 S3.1 17911...5/ 495.5 /o..75/ 49.75 /o.1 1/ 497 1. /o.17 1.5/14 431 1.5 /o.1 Z roto 91435.13-.1 (n-1)x 3.1 Z3.1//9 1939 1795 5 3 Z3.1/3/9 19393 179 5 4 Z3.")
32 3.5 / / Z3.1/9 Z3.1/ () -1W (U) 5 () 3 (U) 17.5 () 14 (U) Z3.1/_ /9 Z3.1 9 nx+.49 nx+.19" " ".5.49" 4-1/ U R k U W o. S.-R4 W o. U94 Ω Ω m /1 4 /4 = / n= oad current [] oad current [] S 3.1/9 / Z 9 / max. o. of poles (1-pole) min. o. of poles (-pole) onductor current to mbient temperature T [ ] S 3.1/9 / Z 9 / 5-.5 max. o. of poles (1-pole) onductor current to min. o. of poles (-pole) 4 1 mbient temperature T [ ] SW 4 <5 UTR SW 4 <1 UTR S / /o..75/ /o.1 1/ /o / /o.1 Z roto (n-1)x 3.1 Z3.1// Z3.1/3/ Z3.1/4/ Z3.1/5/ Z3.1// Z3.1/7/ Z3.1// Z3.1/9/ Z3.1/1/ Z3.1/11/ Z3.1// Z3.1/13/ Z3.1/14/ Z3.1/15/ Z3.1/1/ S3.1/_/9 S3.1/_/1 9.3
33 3.1 / Z3.1/_ /9 9 / Z3.1/_ /7 7 Z3.1 Z3.1/_ /7 7 / 3.5 / 3.1 (n+)x+.77 (n+)x+.19" " nx+.49 nx+.19" " (n+)x+.77 (n+)x+.19" " ".5.49" ".5.49" ".5.49" (n-1)x (n-1)x (n-1)x 3.1 Z3.1// Z3.1/3/ Z3.1/4/ Z3.1/5/ Z3.1// Z3.1/7/ Z3.1// Z3.1/9/ Z3.1/1/ Z3.1/11/ Z3.1// Z3.1/13/ Z3.1/14/ Z3.1/15/ Z3.1/1/ Z3.1// Z3.1/3/ Z3.1/4/ Z3.1/5/ Z3.1// Z3.1/7/ Z3.1// Z3.1/9/ Z3.1/1/ Z3.1/11/ Z3.1// Z3.1/13/ Z3.1/14/ Z3.1/15/ Z3.1/1/ Z3.1// Z3.1/3/ Z3.1/4/ Z3.1/5/ Z3.1// Z3.1/7/ Z3.1// Z3.1/9/ Z3.1/1/ Z3.1/11/ Z3.1// Z3.1/13/ Z3.1/14/ Z3.1/15/ Z3.1/1/ S3.1/_/9 9 S3.1/_/1 9 S3.1/_/9 S3.1/_/1 9 S3.1/_/9 9 S3.1/_/1 9.33
34 3.5 /
5. / 5.8 5. / 5.8 / S (-ST) 5. / 9 S (-ST) 5.8 / 9 / ST 4 () 3 (U) 18 (19)*() 15 (16)*(U) S (-ST) 5. / 5.8 S5./_ /9 S5.8/_ /9 9 nx.472" 8.4.33" (n-1)x
5./5.8 / 5./5.8 9 S.../9 4 / 18.2 18 27 135 2 9 2 18 S-ST.../9 4 / 19 S.../18 4 / 18 S-ST.../18 4 / 19 S-ST.../27 4 / 19 S.../135 4 / 17 S.../9 4 / 17 S...9 4 / 17 S.../18 4 / 17 S...18 4 / 11 S-TR.../18
3./ 3. / 3..-1. 2 () 28-14W (U) 32 () 3 (U) 16 () 1 (U) 3./_ /9 19 3. nx.6.24" 1.9.7" 12.8.4".1" 4.4.174" 8.3.327" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -
3. / S3..2-1. 2 () 28-16W (U) 32 () 3 (U) 17. () 1 (U) S3./_ /9 19 S3. 3./ nx+.9 nx 8.4.331" 3.4.134".1" 6.8.268" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 1 Ω Ω m.8...1..2...1..2...1..2...7.2...7
31 gh gw
30 31 gh gw 32 33 1406 1421 640 0 (mm) (mm) MAX1513 MIN349 MIN280 MAX900 gh gw 34 gh gh gw gw gh gh gw gw gh gh gw gw 35 175 176 177 178 179 180 181 195 196 197 198 202 203 2 1 L L L2 L2 L2 L 2 2 1 L L
P TR P P P S P P PS2.0 Ø 2,0 mm " " 0.75mm 2 (W18) " Ø " " " Y " V U S 250V 30
P Z P P P P P P Z P P Ø1.3 +0.1 0.051" 1.27 0.050" 2.25 0.089" Ø1.3 +0.1 0.051" 1.27 0.050" 2.25 0.089" Ø1.3 +0.1 0.051" 14.9 0.587" W 1.27 0.050" 5 0.197" W 2.54 0.100" 1.27 0.050" 5 0.197" 14.9 0.587"
280-NX702J-A0_TX-1138A-A_NX702J.indb
NX702 1. 2. 3. 9 10 11 12 13 1 2 3 4 5 6 4 7 8 16 17 18 19 20 21 22 23 24 25 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22.
23_33.indd
23 2TB 1TB 6TB 3TB 2TB 3TB 3TB 2TB 2TB 1TB 1TB 500GB 4TB 1TB 1TB 500GB 2TB 2TB 1TB 1TB RT RT RT RT RT RT RT MAC 10. 10. 10.6 10.5 MAC 10. 10. 10.6 10.5 MAC 10. 10.6 10.5 MAC 10. 10. 10.6 10.5 MAC 10. 10.6
58 W type W タイプコネクタとは 58 コネクタ S タイプ (M ターミナルタブ幅 2.8mm) の防水コネクタです W TYPE CONNECTOR: THE BLADE WIDTH OF THE MALE TERMINAL FOR THIS CONNECTOR IS IN
58 W type W タイプコネクタとは 58 コネクタ S タイプ (タブ幅 2.8mm) の防水コネクタです W TYPE CONNECTOR: THE BLADE WIDTH OF THE FOR THIS CONNECTOR IS 0.110 INCHES./ SEALED TYPE OF 58 S TYPE CONNECTOR. [ 特徴 ] DISTINCTIVE FEATURES 1
3 3.2 4.9 0.5 1 0.25 1.7 0.75 1.8 2.9 2.5 SW2 SW1 SW2 SW1 1.4 1.4 For reflow soldering 1.5 3.4 1.5 0.7 1.1 1.1 0.35 0.55 3.5 0.55 (0.35) 3.2 2.4 3.7 2.1 3.3 For reflow soldering 1.0 1.1 (D) 0.7 2.7 0.7
数学概論I
{a n } M >0 s.t. a n 5 M for n =1, 2,... lim n a n = α ε =1 N s.t. a n α < 1 for n > N. n > N a n 5 a n α + α < 1+ α. M := max{ a 1,..., a N, 1+ α } a n 5 M ( n) 1 α α 1+ α t a 1 a N+1 a N+2 a 2 1 a n
*2015カタログ_ブック.indb
-319 -320 -321 -322-40 1600-20 0 20 40 60 80 100 1600 1000 600 400 200 100 60 40 20 VG 22 VG 32 VG 46 VG 68 VG 100 36 16 ν opt. 10 5 5-40 -25-10 0 10 30 50 70 90 115 t min = -40 C t max = +115 C 0.5 0.4
62 Z type Z タイプコネクタとは 58 コネクタ W タイプの小型化 軽量化を図ったコネクタです Z TYPE CONNECTOR: MINIATURIZATION AND WEIGHT REDUCTION OF THE EXISTING W-TYPE CONNECTOR OF THE 5
62 Z type Z タイプコネクタとは 58 コネクタ W タイプの小型化 軽量化を図ったコネクタです Z TYPE CONNECTOR: MINIATURIZATION AND WEIGHT REDUCTION OF THE EXISTING W-TYPE CONNECTOR OF THE 58 SERIES. [ 特徴 ] DISTINCTIVE FEATURES 1 ターミナルが半挿入の場合
AD725: 輝度トラップ・ポートを備えた低コスト RGB-NTSC ／ PAL エンコーダ
AD725 NTSC/PAL HSYNC VSYNC 4FSC CLOCK XNOR CSYNC 4FSC CSYNC BURST NTSC/PAL 4FSC FSC 90 C FSC 0 C CSYNC FSC 90 C/270 C CLOCK AT 8FSC RED DC CLAMP Y X2 GREEN BLUE DC CLAMP DC CLAMP U V NTSC/PAL X2 X2 STND
pc817xj0000f_j
PC87XJF PC87XJF PC87XJF PC87XJF PC87 Date Jun.. 5 SHRP Corporation PC87XJF node Cathode Emitter Collector PC87XJF PC87XIJF node mark. ±..6 ±. Rank mark Factory identification mark Date code PC87.58 ±.5
掲示用ヒート表 第34回 藤沢市長杯 2017
34 8 4 2 Round 1 Round 2 SEMI FINAL 30 16 8 H1 H5 H1 H1 Red 12401821 2 Red 12601360 2 1-1 Red 12501915 1 1-1 Red 12501915 4 White 12900051 4 White 12600138 3 3-1 White 12802412 2 3-1 White 12801091 1 Yellow
0 (18) /12/13 (19) n Z (n Z ) 5 30 (5 30 ) (mod 5) (20) ( ) (12, 8) = 4
0 http://homepage3.nifty.com/yakuikei (18) 1 99 3 2014/12/13 (19) 1 100 3 n Z (n Z ) 5 30 (5 30 ) 37 22 (mod 5) (20) 201 300 3 (37 22 5 ) (12, 8) = 4 (21) 16! 2 (12 8 4) (22) (3 n )! 3 (23) 100! 0 1 (1)
20130521_11_19_2.indd
MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX ac 450+ 450Mbps 450 Mbps 300+ 300Mbps 300 Mbps 300 Mbps 1300+ ac 450Mbps 866+ 300Mbps 300 Mbps 300& PLC 240 Mbps 300 Mbps
KRF-V4060D
KRF-V4060D KENWOOD CORPORATION B60-5203-00 00 ID ( J ) 0109 II II II II 2 JA 3 JA 4 JA 5 JA 6 JA 7 JA 8 JA 9 JA VOLUME CONTROL STANDBY ON STANDBY SPEAKERS ON OFF POWER DIMMER LISTEN MODE DSP DTS DOLBY
センサ日本語.book(jb221_ntcg.fm)
NTC SMD NTCG Type: Issue date: NTCG06(0603) NTCG10(1005) NTCG16(1608) NTCG20(2012) May 2009 RoHSEU Directive 2002/95/EC PBB PBDE (1/13) NTC NTCGSMD Pb NTCG06/10/16/20 RoHS NTC Negative Temperature Coefficient
untitled
1 (1) (2) (3) (4) (1) (2) (3) (1) (2) (3) (1) (2) (3) (4) (5) (1) (2) (3) (1) (2) 10 11 12 2 2520159 3 (1) (2) (3) (4) (5) (6) 103 59529 600 12 42 4 42 68 53 53 C 30 30 5 56 6 (3) (1) 7 () () (()) () ()
過電流保護用／突入電流抑制用／過熱検知用"ポジスタ"
r rr r r! r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r 9 8 7 9 8 7 6 5 4 6 5 4 3 3-3 4 5 6-3 4 5 6 4 8 6 4 8 6 4-3
★結果★ 藤沢市長杯 掲示用ヒート表
AA 35 Round 1 8 4 Round 2 28 16 SEMI FINAL H1 H5 H1 H1 Red 12802015 1 Red 12802109 1 1-1 Red 12802015 2 1-1 Red 12702346 White 12800232 2 White 12702406 3 3-1 White 12702346 1 3-1 White 12802109 Yellow
70 3 70 70 70 70 3 70 70 300 3 5
70 3 2611 25920 70 3 70 70 70 70 3 70 70 300 3 5 70 1 1 2 2 MAX 3 1 1 2 2 MAX 3 25 27 30 50 70 1 2 3 1 70 3 P oint 300 P oint 20 30 40 50 3 2 1 1 14 15 10 11 8 5 5 5 5 95.2 68.7 95.7 94.0 97.7 P oint
????????????MUX ????????????????????
PGA116 PGA112 PGA113 PGA117 PGA112, PGA113 PGA116, PGA117 www.tij.co.jp µµ µµ ± µ +5V +3V AV DD 1 C BYPASS.1µF DV DD C BYPASS.1µF C BYPASS.1µF V CAL/CH CH1 3 2 1kΩ MUX CAL1 PGA112 PGA113 R F 1 Output Stage
DT-09008A_SMT_THR_maleconnector_090909_cm.indd
データシート - プリント基板用端子台 / コネクタ 3.1 - BCF 3.1/1 ケーブル側ソケット SC-SMT 3.1/9/1 プリント基板側プラグ SC 3.1/9/1 プリント基板側プラグ SC-SMT 3.1/27 プリント基板側プラグ SCDN-THR 3.1/9 プリント基板側プラグ SCD-THR 3.1/9 プリント基板側プラグ SCDV-THR 3.1/9/1 プリント基板側プラグ
CONTENTS Chapter1 Chapter2 Chapter3
CONTENTS Chapter1 Chapter2 Chapter3 Chapter1 Globalization Red Ocean Blue Ocean Red Ocean Strategy Blue Ocean Strategy 4Chapter1 5 6Chapter1 7 CASE 1 CASE 2 Globalization Chapter2 10Chapter2 11 12Chapter2
SW1500_UMJ
2 1 2 3 4 5 6 9 10 SW1500 分 解 電 源 プラグ を 抜 く 100V 1 30 8 48 48 46 2 1 3 ABS MAX MAX MIN 5OFF AS 1 80mm65mm ON/OFF SW1500 AC100V 1.2m 5060Hz 40W 43KHz PZ2 SUS303t0.8mm 570cc 230cc 113mm217mm120mm 56mm182mm86mm
ma_sk_3302_jp
1 4 1.1............... 4 1. CE.............................. 4 1.3................. 4 1.4........................ 4 4 3 5 3.1........................... 5 3.1.1............................. 5 3.1...........................
16-Bit, Serial Input Multiplying Digital-to-Analog Converter (Rev. B
DAC8811 www.tij.co.jp ± ± µ ± µ ± V REF CS Power-On Reset DAC8811 D/A Converter 16 DAC Register 16 R FB I OUT CLK SDI Shift Register GND DAC8811C ±1 ±1 MSOP-8 (DGK) 4to 85 D11 DAC8811ICDGKT DAC8811C ±1
_FH28_J.qxd
23.9 + + ø ø ø ø ø ø ø ø ø ++ + ++ + + + ± FH 28 D - 5 (25) S B -.5 SH (5) 2 3 4 5 6 7 8 9 2 6 7 3 8 4 9 5 ** ** ** ** ** ** ** ** ** ** ** ** ** CL586-86-4-** CL586-868-3-** CL586-823-5-** CL586-835-4-**
DT-09007B_PCB_BLF_BLDF_ indd
プッシュイン接続プリント基板用コネクタ BLF5.00/5.08 シリーズ BLDF5.08 シリーズ 差込むだけで結線できるプッシュイン接続技術を採用したピッチ 5.00/5.08mm のプリント基板用コネクタです シンプル クイック そしてフレキシブル : ワイドミュラーのプッシュイン技術を採用したプリント基板用コネクタ BLF, BLDF シリーズは シンプルで迅速な結線作業と豊富なバリエーションによるフレキシブルな設計を提供します
pc910l0nsz_j
PC90L0NSZ0F PC90L0NSZ0F µ µ µ PC90L PC90L Date Sep.. 00 SHARP Corporation 7 NC Anode Cathode NC 7 GND V O (Open collector) V E (Enable) V CC H H L L H H H L H L L H L: (0) H: () PC90L0NSZ0F PC90L0YSZ0F
1 1 sin cos P (primary) S (secondly) 2 P S A sin(ω2πt + α) A ω 1 ω α V T m T m 1 100Hz m 2 36km 500Hz. 36km 1
sin cos P (primary) S (secondly) 2 P S A sin(ω2πt + α) A ω ω α 3 3 2 2V 3 33+.6T m T 5 34m Hz. 34 3.4m 2 36km 5Hz. 36km m 34 m 5 34 + m 5 33 5 =.66m 34m 34 x =.66 55Hz, 35 5 =.7 485.7Hz 2 V 5Hz.5V.5V V
HR-ST700
HR-ST00 MULTI BRAND RCU 3 5 3 5 6 0 8 9 0/ OK/ LPT08-00B 0 50 5 59 6 38 3 8 5 6 3 33 3 8 9 50 5 5 53 5 55 56 58 59 6 63 6 38 0 3 5, 6 66 6 0 5 3 AC00V 5 6 3 5 6 8 9 0! @#$% ^ 38 3 3950 5 6 6 36 8 5 9
Microsoft Word - 01マニュアル・入稿原稿p1-112.doc
4 54 55 56 ( ( 1994 1st stage 2nd stage 2012 57 / 58 365 46.6 120 365 40.4 120 13.0 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 4 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97
リードタイプ円板型セラミックコンデンサ（安全規格認定品）樹脂モールド面実装タイプセラミックコンデンサ（安全規格認定品）
!! !! D max. e F±1.0 T max. 25.0 min. 3.0 max. ød (in mm) Lead Code Coating Extension e ød A3 Up to the end of crimp 0.6±0.05 D max. T max. e F±0.8 Lead Code J3 3.5± 1.0 0.5 Coating Extension e ød Up
第32回新春波乗り大会2018
AA 32 Round 1 4 SEMI FINAL 2 20 8 FINAL H1 H1 H1 Red 12701793 1 1-1 Red 12701793 2 1-1 Red 11800623 White 12900058 4 3-1 White 12402115 4 2-1 White 12402209 Yellow 11603976 3 2-2 Yellow 12301534 3 1-2
V(x) m e V 0 cos x π x π V(x) = x < π, x > π V 0 (i) x = 0 (V(x) V 0 (1 x 2 /2)) n n d 2 f dξ 2ξ d f 2 dξ + 2n f = 0 H n (ξ) (ii) H
199 1 1 199 1 1. Vx) m e V cos x π x π Vx) = x < π, x > π V i) x = Vx) V 1 x /)) n n d f dξ ξ d f dξ + n f = H n ξ) ii) H n ξ) = 1) n expξ ) dn dξ n exp ξ )) H n ξ)h m ξ) exp ξ )dξ = π n n!δ n,m x = Vx)
xEffect_SG_MV_Part2_E_xEffect_SG_MV_E
Miniature Circuit Breakers FAZ-NA, FAZ-RT, FAZ-DU SG56912 FAZ-NA/-RT/-DU According to UL 489, CSA C22.2 No. 5 and also IEC 60947-2 standard For Applications, wich are permitted for UL 1077 or CSA C22.2
Section Section Section Table of Contents Section 6 Section 7 Section 8 Section 4 Section 0 Section 5 Section 9 Section Section Section Section 4 Section 5 Section 9 Section 0 Section Section 6 Section
TCR-10(PC)
8CN( 6 ) 0 (Am9A) 6 ( 80 ) 7MHz( )LS-TTL SRCGATEFF BCD 0k (SRCGATE) EXO-(kinseki) 4MHz( ) 8CN( 6 ) LS-TTL 0k (DI07) VIH V (Min.) VIL 0.8V (Max.) IIH 0A (Max.) at VI =.7V IIL -0.mA (Max.) at VI = 0.4V VOH.4V
PP_.{ qxd
157 d 6 149 56 157 d 6 5 7 x 148 56 x 3 4 1 2 e r w 7 q Ω 4 14 18 1 0 23 24 25 26 68 70 72 74 78 0 1 2 3 4 5 6 7 8 9 20 22 24 26 28 30 32 34 36 2 38 27 28 29 30 31 32 33 34 35 4 80 82 84 86 88 90 92 94
untitled
960-8055 TEL0245317966FAX0245318160 takkenf@bz04.plala.or.jp 960-1426 61 (1)-3160 32. 3.25 (4)-6157 33. 6.11 960-8032 824 SSTFUKUSHIMA11A 024-563-5440 F 024-563-5441 024-526-0746 F 024-526-0748 (8)-10310
Excel基礎講座演習-表紙とはじめにv1.3.doc
Future Lifestyle Inc. IT Microsoft Excel 2000 Microsoft Microsoft Corporation B4 11 14 1999 1 C4 E7 C4 E7 2 =C4+D4+E4 SUM MAX MIN B3 F7 Sheet2 1999 2000 3 B3 F7 C4 F7 Delete C4 F7 SUM SUM() C4 SUM 4 B3
pc2sd11_j
PCSDNTZ PC3SDNTZ PCSDNTZ UL577file No. E64380 SD CSAfile No. CA9533SD UL94V - 0 Sheet No.: D-A0740FJP Date Mar. 3. 004 SHARP Corporation 3 6 5 4 3 4 5 6 Anode Cathode NC Anode/Cathode No external connection
スプリングプローブコネクタ、ライトアングルコネクタ
スフ リンク フ ローフ コネクタ 8Y254B eries pring Probe Connectors MT type pecifications Dielectric strength : C300Vrms 1minute Insulation resistance : 1000MΩmin Contact resistance : 50mΩmax * Durability : 100,000
NX501 NX501 2 NX501 1... 5 1.1...5 1.2 GPS...6 1.2.1 GPS...6 1.2.2...6 1.3...6 1.4...7 1.5...10 1.6...12 1.7...13 1.8...16 1.9...20
pc725v0nszxf_j
PC725NSZXF PC725NSZXF PC725NSZXF PC725 DE file PC725 Date Jun. 3. 25 SHARP Corporation PC725NSZXF 2 6 5 2 3 4 Anode Cathode NC Emitter 3 4 5 Collector 6 Base PC725NSZXF PC725YSZXF.6 ±.2.2 ±.3 SHARP "S"
Airflow - Static Pressure Characteristics DC % 6% % Airflow 風量 PWM PWMDuty デューティ Cycle %
33mm thick (9BM type) 33mm thick (9BMB type) General Specifications Material Frame: Plastics (Flammability: UL94V-), Impeller: Plastics (Flammability: UL94V-) Expected Life Refer to specifications (L:Survival
AD8212: 高電圧の電流シャント・モニタ
7 V typ 7 0 V MSOP : 40 V+ V SENSE DC/DC BIAS CIRCUIT CURRENT COMPENSATION I OUT COM BIAS ALPHA 094-00 V PNP 0 7 V typ PNP PNP REV. A REVISION 007 Analog Devices, Inc. All rights reserved. 0-9 -- 0 40
Triple 2:1 High-Speed Video Multiplexer (Rev. C
www.tij.co.jp OPA3875 µ ± +5V µ RGB Channel OPA3875 OPA3875 (Patented) RGB Out SELECT ENABLE RED OUT GREEN OUT BLUE OUT 1 R G B RGB Channel 1 R1 G1 B1 X 1 Off Off Off 5V Channel Select EN OPA875 OPA4872
J_Lec_Re_total96
1 2 3 13 22 23 31 Blue Planet Prize 1996 1 Blue Planet Prize 1996 2 Blue Planet Prize 1996 3 Blue Planet Prize 1996 4 Blue Planet Prize 1996 5 Blue Planet Prize 1996 6 Blue Planet Prize 1996 7 Blue Planet
s2s3_j
S2S3 S2S3 S2S4 S2S3 S2S3 S2S3 S2S3 ( ) ( ) PC3SGYIZ Date Mar. 3. 2004 SHARP Corporation S2S3 2 4 3 2 3 4 Anode Cathode Anode/Cathode Cathode/Anode 3.6 ±0.3 3.6 ±0.3 2.54 ±0.25 2.54 ±0.25 SHARP mark "S"
347
347 348 100 5 273680-2,890 4 1140.4 50015 114.5 42 3.1+0.8 200 1355 125 5 273681-4,390 3 1400.5 50015 140.6 44 4.1+0.8 200 1455 150 5 273682-5,320 4 1650.5 50015 165.7 53 5.1+0.8 200 1105 200 5 273683-7,040
1 7 ω ω ω 7.1 0, ( ) Q, 7.2 ( Q ) 7.1 ω Z = R +jx Z 1/ Z 7.2 ω 7.2 Abs. admittance (x10-3 S) RLC Series Circuit Y R = 20 Ω L = 100
7 7., ) Q, 7. Q ) 7. Z = R +jx Z / Z 7. 7. Abs. admittance x -3 S) 5 4 3 R Series ircuit Y R = Ω = mh = uf Q = 5 5 5 V) Z = R + jx 7. Z 7. ) R = Ω = mh = µf ) 7 V) R Z s = R + j ) 7.3 R =. 7.4) ) f = π.
MT4X_J
.. SYNC STAT IN OUT MEMO + + EPEAT - - EC MUTITACK CASSETTE ECODE MIC/INE MIC/INE MIC/INE MIC/INE MASTE GAIN GAIN GAIN GAIN AUX ETUN INE HIGH MIC INE HIGH MIC INE HIGH MIC INE HIGH MIC ASSIGN ASSIGN EVE
untitled
DC Fan 8mm sq. General Specifications San Ace 8 15mm thick (GA type), 15mm thick, 2mm thick (GA type) 2mm thick, 25mm thick (GA type), 25mm thick (S type) 25mm thick (GV type), 25mm thick 25mm thick (San
油圧1.indd
ff ff ff ff f f ff ff ff f f f f f f f f f f f f f f ff ff! f f f f f f f ff ff f f ff f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f S 9 M6 M6 M6 M. 6 6 R/ P M. M. M. M. f f f 96 f f f M.
(35H-3).pm
ff f f f f f f f f f f f f f ff ff ff f f ff ff ff f ff ff! f f f f f f f f f f f f f ff ff f f ff f f f f f f f f f f f f f f f f f f f f f S f f f f f f 9 M6 M6 M6 M. M. M. M. M. 6 6 9 R/ R/ P M. M.
1.0 (040 ) CONNECTOR ハウジング本体に組込まれたスペーサをセットする により二重係止化を図り 端子抜けを防止します ターミナルが半挿入の場合 スペーサはセットされず半挿入を防止します ロック 部により ロック れを防止します 1. DOUBLE TERMINAL LOCKING
1.0 (040 ) CONNECTOR ハウジング本体に組込まれたスペーサをセットする により二重係止化を図り 端子抜けを防止します ターミナルが半挿入の場合 スペーサはセットされず半挿入を防止します ロック 部により ロック れを防止します 1. DOUBLE TERMINAL LOCKING SYSTEM ELIMINATES TERMINAL PUSH-OUT. (HOUSING LANCE,
Microsoft Word - CDEIR10D50ME_Ver1.0_E.docx
CDEIR1D5ME Description Metal alloy core construction Magnetically shielded L W H: 11.5 1.7 5.mm Max. Product weight :.7 g (Ref.) Moisture Sensitivity Level: 1 Applications Ideally used in Notebook, PDA
…J…„…fi…g…j…–†[…Xno20
SUPER VISOR SUPER VISOR SUPER VISOR 8 current news no.20 9 current news no.20 067223242 900630 68900800 06723455 :0020:00 9:30 0672356 900700 3600 0 current news no.20 4 06648398 :002:00 current news no.20
A A = a 41 a 42 a 43 a 44 A (7) 1 (3) A = M 12 = = a 41 (8) a 41 a 43 a 44 (3) n n A, B a i AB = A B ii aa
1 2 21 2 2 [ ] a 11 a 12 A = a 21 a 22 (1) A = a 11 a 22 a 12 a 21 (2) 3 3 n n A A = n ( 1) i+j a ij M ij i =1 n (3) j=1 M ij A i j (n 1) (n 1) 2-1 3 3 A A = a 11 a 12 a 13 a 21 a 22 a 23 a 31 a 32 a 33
K1A P-11 KE P-1 K2A P-1 K2C P-17 NEW!! RC-KE P- KM P-19 E2A P-21 (mm) K1A KE K2A K2C KM E2A RC-KE -2
-1 K1A K2A K2C K1A P-11 KE P-1 K2A P-1 K2C P-17 NEW!! RC-KE P- KM P-19 E2A P-21 (mm) K1A KE K2A K2C KM E2A RC-KE -2 RC-KE - RC-KE RC-KE-002-001S RC-KE-002HJ H-BT0-001 F-R0T-0 0 0. 9. (0) 0 (100) RC-R02-001
Fan mm San Ace 36 9GX/9GV type (Model no.: 9GX3612P3K1 only) / General Specifications Material Frame: Plastic (Flammability: UL 94V-), Impell
Fan Wide lineup including low power consumption fans (9GA type), silent fans (9S type), and high airflow and high static pressure fans. Fan Model Numbering System Not every combination of the following
EMX2000_J
INE INPUT MIC MIC MIC MIC MIC MIC MIC MIC INE INE INE INE d ET OUT IN INE INE 7 INE 8 OUTPUT FOOT SW 9 EC TPE dv 9 MI MI PMP SU SU IN PHES/ 9/ / IDGE C- OUT EEEngine () + OW + OW + OW + OW + OW + OW +
PS2701-1, PS2701-2, PS DS
Photocoupler SOP NEPOC PS2701-1, PS2701-2, PS2701-4 GaAs LED IC BV = 3 7 Vr.m.s. SOP tr = 3 µs TYP., tf = 5 µs TYP. 1 PS2701-1-E3, E4, F3, F4 UL No. E72422 (S) VDE0884 IC PS2701-1 4 SOP PS2701-2 8 SOP
水晶振動子/発振器
!! !! r !! !! !! !! 1.2±0.1 1.0±0.1 rr 0.60 0.30 max. (1) (4) 0.63 0.42 1.6±0.1 (2) (3) 0.35 (1) Crystal Terminal (2) GND (3) Crystal Terminal (4) No Connect Marking Monthly Code 1.2±0.1 0.68 0.35 max.
電源監視回路
TPS3820-xx,TPS3823-xx TPS3824-xx,TPS3825-xx TPS3828-xx www.tij.co.jp µ TYPICAL APPLICATION TPS3820, TPS3823, TPS3828: DBV PACKAGE (TOP VIEW) GND MR 1 2 3 5 4 VDD WDI TPS3824: DBV PACKAGE (TOP VIEW) 1 5
「産業上利用することができる発明」の審査の運用指針（案）
1 1.... 2 1.1... 2 2.... 4 2.1... 4 3.... 6 4.... 6 1 1 29 1 29 1 1 1. 2 1 1.1 (1) (2) (3) 1 (4) 2 4 1 2 2 3 4 31 12 5 7 2.2 (5) ( a ) ( b ) 1 3 2 ( c ) (6) 2. 2.1 2.1 (1) 4 ( i ) ( ii ) ( iii ) ( iv)
+ + ø ø ø ø ø ø ø ø ø ± FH 28 D - 5S -.5 SH (5)
21.8 + + ø ø ø ø ø ø ø ø ø ++ + ++ + + + ± FH 28 D - 5S -.5 SH (5) 1 2 3 4 5 6 7 1 2 3 4 5 6 7 ** ** ** ** ** ** ** ** ** ** ** ** ** CL586-1861-4-** CL586-1868-3-** CL586-1823-5-** CL586-1835-4-** CL586-1827-6-**
(2/32)
November 2018 FA Type: 5.0 mm FA28 [4.0x5.5mm] FA24 [4.5x5.5mm] FA26 [5.5x6.0mm] FA20 [5.5x7.0mm] FA22 [7.5x8.5mm] FA23 [8.5x11.0mm] 2.5 mm FA18 [4.0x5.5mm] FA14 [4.5x5.5mm] FA16 [5.5x6.0mm] FA11 [5.5x7.0mm]
.
2015 総合カタログ 電解コンデンサ (S-Cap/ 導電性高分子アルミ電解コンデンサ ) 2015. 1 industrial.panasonic.com/jp/ . ESR ESRESL CX 7.3 4.3 1.9 mm 2 V 560 μf ~ 6.3 V 180μF ESR : 12 mω, 15 mω GX 7.3 4.3 1.9 mm 2 V 560 μf ~ 2.5 V 470 μf
J
J http://www.yamaha.co.jp/manual/japan/ 2 A 3 4 5 6 7 8 9 10 11 a b c d e f g h i YPAO MIC INFO MEMORY (PAIRING) PRESET FM AM TUNING VOLUME SCENE BD DVD TV CD RADIO AUX PHONES INPUT TONE CONTROL PROGRAM
Contents Contents... Multi-Pole Circular Connectors Specifications Table... Product Lineup... 3P Quick Locking Type Multi-Pole Rectangular Conn
MPC0 B-02 Circular & Rectangular Multi-Pole Connectors Contents Contents... Multi-Pole Circular Connectors Specifications Table... Product Lineup... 3P Quick Locking Type... 2-6 Multi-Pole Rectangular
ELECTRONIC COMPONENTS & DEVICES
CM DN/DR CF CT CX CD CA CU CM 21 W5R 15 1 A T CM DN/DR CF CT CX CD CA CU R5.5pF 1R 1pF 11 1pF 13 1pF 15 1µF JIS 3 63 5 15 15 168 F12 122 F13 1632 21 212 316 3216 32 3225 42 452 43 4532 52 572 55 575 E
*2015カタログ_ブック.indb
A-35 A-36 A-37 A-38-40 1600-20 0 20 40 60 80 100 1600 1000 600 400 200 100 60 40 20 VG 22 VG 32 VG 46 VG 68 VG 100 36 16 opt 10 5 5-40 -25-10 0 10 30 50 70 90 115 t min = -40 C t max = +115 C 0.5 0.4 0.3
s t 1, 2,..., 10 s t a, b,..., k t s 1, 2,..., 10 1 a, b,..., k 1 s t ts 1 0 ( 2.25) ½ ¾ ½¼ x 1j = 1 x 2c = 1 x 3e = 1
72 2 2 2 2.24 2 s t, 2,..., 0 s t a, b,..., k t s, 2,..., 0 a, b,..., k s t 0 ts 0 ( 2.25) 2.24 2 ½ ¾ ½¼ x j = x 2c = x 3e = x 4s = x 5g = x 6i = x 7d = x 8h = x 9f = x 0k = x ta = x tb = x ts = 9 2.26
LM837 Low Noise Quad Operational Amplifier (jp)
Low Noise Quad Operational Amplifier Literature Number: JAJSBB7 600 Low Noise Quad Operational Amplifier 2000 8 Converted to nat2000 DTD ds009047tl/h/9047 33020 19860602 10 V/ s ( ); 8 V/ s ( ) 25 MHz
Options Unit : mm Finger guards Color Model Surface treatment Nickel-chrome plating silver DC Fan 4mm Air Flo
DC Fan 4mm sq. San Ace 4 1mm thick, 15mm thick (GA type), 15mm thick, 2mm thick (GA type), 2mm thick 28mm thick (GA type), 28mm thick (GE type) 28mm thick (GV type), 28mm thick General Specifications Material
NEW PRODUCT
As of Jan.,2001. UL File No. E-179423 E BL absorber YP Series YS Series YA Series BL KOGYO JAPAN INC. P1 BL SURGE ABSORBER BL BL KOGYO INC YANG BIN B LIN 1992 BL 2 BL BL BL P2 0.8 0.8F 1000M 1000M BL YA
untitled
5 29 ( ) 5 30 ( ) 9 Max 107 10 21 5 30 ( ) 5 31 ( ) 6 1 ( ) 13 48 IC JCT 11 35 29 1 (1593) ( ) 7 1611 5 7 40 (1965) 40 2m 2 400 ( ) (1968 )8 22 20 ( ) 1796 16.5 () 3 2 4 ( ) ( ) 400 35 5 5 30 JTB 20 10