8C430
Abstract: 8G435 CD50B
Text: K0 =3DBCAH0 C0=30A30CM0G0CM00 >>C?A8=C K08E,0>A0C8,0 =?DC K0'8=030)DA50240$>D=C0$>34;B K0 558284=2H0D?0C>02 K0 8G430BF8C278=60 A4@D4=2H "10 ,&".0"$ ").-010A+'% .%*)*4;42><A0C2>< 'A>24BB0>=CA>; -8A4;4BB0%4CF>A: $40BDA4<4=C030*4BC '.C0)4A84B
|
Original
|
PDF
|
30A30CM0G0CM00
DA50240$
8G430BF8C278
-010A+
24BB0
4A84B
40CDA4B00
458CB
40CDA4B
DA50240<
8C430
8G435
CD50B
|
A1000-REV00k9040-IE
Abstract: AX-REM01K9050-IE a1000-fia3071-re A1000-FIV3005-RE A1000-REV00k6050-IE A1000FIA3105RE AX-FIM1024-RE
Text: Listino prezzi Validità 1° GENNAIO 2014 industrial.omron.it /67/238731'</32+ +22'/3 ";CI?A; A?;CI;, ? ? :;:?97I?7AH;IIDG;;A;IIGDC?9D G;AE;G9?G9J?IDHI7BE7ID B?9GD?CI;GGJIIDG? ;99
|
Original
|
PDF
|
|
Untitled
Abstract: No abstract text available
Text: 1234567489A3BCDAEFA BCDAEAC AA 9 4 8123456789A1 A DE1 234567891 AC1 81 6EACA53.8F BC98E1 8CCAE1 6ECAC9561 E38A31 A3.A6BA91 6EACA531 83851 8A689A531 A31 81 6E5B9A53861 81 *8D1 234567891 831 E1 8F BC9EF1 83F1 4A0EF1 951 #%21 6EACA531 3561 E99E641 BCA31 EE96A81 CA38C1
|
Original
|
PDF
|
1234567489A3BCDAEF
123456789A1
ACA53
6ECAC9561
689A531
B9A5386
ACA531
E99E641
BC97E391
|
Untitled
Abstract: No abstract text available
Text: 1234567489A3BCDAEFA 8BCDA564AA 9 4 A1234567891 A DE1 123456781 AC1 81 6EACA53.8F BC98E1 8CCAE1 6ECAC9561 E38A31 A3.A6BA91 6EACA531 83851 8A689A531 A31 81 951 #%21 6EACA531 3561 E99E641 BCA31 EE96A81 CA38C1 DE1
|
Original
|
PDF
|
1234567489A3BCDAEF
A1234567891
ACA53
6ECAC9561
689A531
B9A5386
D1123456781
BC9EF183F14A0EF1
ACA531
|
Untitled
Abstract: No abstract text available
Text: 1234567489A3BCDAEFAA 8BCDA5AA A 9 4 !A1234567891 A DE1 123456781 AC1 81 6EACA53.8F BC98E1 8CCAE1 6ECAC9561 E38A31 A3.A6BA91 6EACA531 83851 8A689A531 A31 81 951 #%21 6EACA531 3561 E99E641 BCA31 EE96A81 CA38C1 DE1
|
Original
|
PDF
|
1234567489A3BCDAEF
A1234567891
ACA53
6ECAC9561
689A531
B9A5386
D1123456781
BC9EF183F14A0EF1
ACA531
|
Untitled
Abstract: No abstract text available
Text: 1234567489A3BCDAEFA BCDAEAC AA 9 4 8123456789A1 A DE1 234567891 AC1 81 6EACA53.8F BC98E1 8CCAE1 6ECAC9561 E38EC1 A3.A6BA91 6EACA531 83851 8A689A531 A31 81 6E5B9A53861 81 *8D1 234567891 831 E1 8F BC9EF1 83F1 4A0EF1 951 #%21 6EACA531 3561 E99E641 BCA31 EE96A81 CA38C1
|
Original
|
PDF
|
1234567489A3BCDAEF
123456789A1
ACA53
6ECAC9561
689A531
B9A5386
ACA531
E99E641
BC97E391
|
Untitled
Abstract: No abstract text available
Text: 1234567489AA 3BCDAEFBCDA5ACA 4 8123456789A1 A E38A31 A3.A6BA91 6EACA531 83851 8A689A531 A31 81 4A0EF1 951 #%21 6EACA531 3561 E99E641 BCA31 EE96A81
|
Original
|
PDF
|
1234567489AA
123456789A1
DE1234567891AC181
ACA53
E16ECAC9561
689A531
B9A5386
D1234567891
BC9EF183F1
|
Untitled
Abstract: No abstract text available
Text: I0 A0<30?30&B0?A4?0?8290 =A>?8<A I0E8+0 <>BA I0CD+0EE0$BA>BA I0 7?=B670 =:40"=B<A8<6 I0!=D0%?=58:404CE9DC;0D8A7010@4>:0A45 $60 /)$10$&+$,10010A.*(" 1(-,0 I0CBB+00@820 @=:0A8=< $60 /)$10$&+$,10010A.*(" 1(-,0 )4:42=;A0A2=; 0A02=; )4:42=;A0A2=;
|
Original
|
PDF
|
404CE9DC;
0D8A7010
0010A.
2F04B
43B2430
4E03868A0
0D8A70>
0A402=
8A9A398
|
9C942
Abstract: EA84A 672B37 BC845
Text: 1234567489A3BCDA5EFA BCDA57ACA 9A A1234567891 A DEA 12345678A 9CA 7A 5E9C942.7F BC87EA 7CC9EA 5EC9C845A E27ECA 92.95B98A 5E9C942A 7274A 79578942A 92A 7A 84A #%2A 5E9C942A 345A E88E54A BC92A EE8597A C927CA DEA
|
Original
|
PDF
|
1234567489A3BCDA5EFA
A1234567891
2345678A
9C942
5EC9C845A
78942A
B894275
DA12345678A
BC8EFA72FA390EFA
EA84A
672B37
BC845
|
FZH 121
Abstract: cdb 400E 74LS042 fzh 141 TDA+7450 fzh 115 FZH 111 CDB411HE FZH 131 FZH 171
Text: INTEGRATED CIRCUITS ALPHANUMERIC CDB 400E, EM_ .26 CDB 400HE, HEM. .26 CDB 402E.EM_ .26 CDB 403E.EM_ .26 CDB 404E.EM_ .26 CDB 405E.EM_ .26 CDB 406E,EM_ .26 CDB 407E.EM_ .26 CDB 408E.EM_ .26 CDB 4Q9E.EM_ .26 CDB 410E.EM- .26 CDB 410HE.HEM.26
|
OCR Scan
|
PDF
|
400HE,
410HE
411HE
430HE,
440HE
451HE
454HE,
2903N.
2904N.
3900AE,
FZH 121
cdb 400E
74LS042
fzh 141
TDA+7450
fzh 115
FZH 111
CDB411HE
FZH 131
FZH 171
|
400EM
Abstract: 472EM cdb 400E CI 74151 CDB404E 4153E 7404 7408 7432 4121EM IC TTL 7460 446E
Text: JBIGITAl_ _ INTEGRATED IK* m m X.X.L. . L 5400 5402 5403 5404 5405 5406 5407 5408 5409 5410 5413 5416 5417 5420 5430 5432 5437 5438 5440 5442 5446 5447 5450 5451 5453 X . X ROWER 74LS00 74LS02 74LS03 74LS04 74LS05 74LS08 74LS09 74'^SIO 74LS11 •74LS12 74LS13
|
OCR Scan
|
PDF
|
74LS00
74LS02
74LS03
74LS04
74LS05
74LS08
74LS09
74LS11
74LS12
74LS13
400EM
472EM
cdb 400E
CI 74151
CDB404E
4153E
7404 7408 7432
4121EM
IC TTL 7460
446E
|
rcr32
Abstract: ITE 7831 lzl 60 c TIL 143 UPD66006 UPD6600G m8288 cdb 838
Text: IC dependence of oscillating characteristics UPD66006.OSO7 FCR32.0M2G - STD N. ItM ICHO t. m V1H/V1L LLL 4.8 CCC 4.7 HHH 4.4 b. m V2H/V2L 4.9 , -.4 .4 4.8 . .5 -.4 4.6 -.4 .5 Room Temp. Vdd CVD 5 Item a^e CL1/CL2 CpFD 10 / 10 e. CMHz] d. CuSl •. CX3 f.
|
OCR Scan
|
PDF
|
osci11
UPD6600G
FCR32
UPD66006
F066886
rcr32
ITE 7831
lzl 60 c
TIL 143
m8288
cdb 838
|
tcl tv 21
Abstract: LM 812 CV 0B48
Text: IC dependence of osci 11 itIng characteristics UPD78P0018YGF FCR4.19MC5 - STD Room Temp. Vdd m 5 Item a*e> uPD78P0018YGF - HHM FCR4.19MC5 Ta- 20 Cdeg3 a. V1H/VIL 7 5 CV3 O— — Q Typical » -it Horst 3 1 -1 7 S 3 I -1 .5 .3 .1 c. Fosc m CXI - -.1 -.3 -.5
|
OCR Scan
|
PDF
|
UPD78P0018YGF
19MC5
uPD78P8018YGF
19HC5
uPD78P8818YGF
tcl tv 21
LM 812 CV
0B48
|
cdb 838
Abstract: cd 1191 cb cd 1191 9698 M38123E6FP
Text: M38123E6FP - 1 FCR6.0MC5 Fig.a-e Vdd- 5 CV3 »•—— Typical ? 5 3 1 -I 7 5 3 1 -1 .5 .3 .1 -.1 -.3 -.5 400 300 a. V1H/VIL CV3 Y1H 4.8 I i— i— i— i b. V2H/V2L 4,7 4.8_ 4.8 l¥ 11—Jt=£ CV3 V2L *5- ¡2_ :2- .- * _ l I
|
OCR Scan
|
PDF
|
M38123E6FP
cdb 838
cd 1191 cb
cd 1191
9698
|
|
|
suple
Abstract: No abstract text available
Text: TMP96C141RF. - 1 F T o — a . 7 V 1 H / V 1 L C V 3 » S - o C - R 2 2 b . V 2 H / V 2 L T -V 2 H f r » j ’ .- . -. » . F o s c V 2 L . -. » . - - — » 0 * < . C X 3 T c . • T T T T Î * T -.1 -.3 -.5
|
OCR Scan
|
PDF
|
TMP96C141RF.
FCR20
TMP96C141HF.
suple
|
9915 H 3 35 35
Abstract: 8843 M34250E2FP
Text: M34250E2FP - HH Rf CMohm] 1 Rd Cohm] 2200 7 5 ; 3 1 : "J 5 3 1 -1 g a. V1H/V1L CV3 FCR4.0MC5 Ta- 20 Cdeg] 0- Typical » — -•» Horst wwwwQ V1H vu _1-1_ — 1_1_1_ b . V2H/V2L CV3 m • b V2L «►- c. Fosc iXl
|
OCR Scan
|
PDF
|
M34250E2FP
N34258E2FP
9915 H 3 35 35
8843
|
SY 180/12
Abstract: SY 180/4 K345 SY 345 M34551M4
Text: M34551M4 - HH FCR4.0MC5 Ta- 20 Cdeg] CV3 7 5 3 1 -1 7 b. V2H/V2L CV3 5 3 V2H 1 fV2L V . -1 c. Fosc C41 .5 .3 1 e Typical « Horst M V " .1 -.1 1 -.3 -.5 d. Trise 400 300 200 100 60 SS 50 45 40 • 1 • 1 CuS3 IZ1 e. Duty * m * • llll o a. VIH/VIL 1 _i_ i_ _i_ _i_ i_ i_ 1_ 1—
|
OCR Scan
|
PDF
|
M34551M4
SY 180/12
SY 180/4
K345
SY 345
|
OTI-912
Abstract: 8739 8739 D B 912 OTI912
Text: 0TI912 - 2 C L 1 / C L 2 tpFl 5 FCR44.0M2G Ta» 20 Cdeg] 5 / 5 a. V1H/V1L CV3 b. V2H/V2L CV] 0— * -« Typical -if Horst 3 1 -1 5 3 1 -1 .5 .3 .1 -.1 -.3 -.5 400 c . Fosc i*41 “ I m • • _ l _ _L_ d. Trlse CuS3 _ J . J _ — .L_ 300
|
OCR Scan
|
PDF
|
0TI912
FCR44
OTI-812
OTI-912
8739
8739 D
B 912
OTI912
|
MC68hc785
Abstract: hc68hc705 S 1854 8054 MC68HC705RC16 cdb 838 MC68HC785RC16
Text: MCG8HC705RC16 - 1 Rf CMohm] 1 FCR4.0MC5 T a - 20 Cdeg3 Q a. V1H/V1L 7 5 0 T y p ic a l - «* H o rs t CV] 3 1 -1 7 5 3 1 -1 .5 •3 .1 -.1 -.3 -.5 400 c . Fosc C33 : - A ; - _ 1_ 1_ _ 1_ - A * -J_ _ L. d . T r is e tuS3 300 - 200 - 100
|
OCR Scan
|
PDF
|
MC68HC705RC16
MC68hc785
hc68hc705
S 1854
8054
cdb 838
MC68HC785RC16
|
74S487
Abstract: information applikation cdb 4121 e CDB 447 FZH 195 mh 3212 applikation heft 74LS125N MH 74141 FZH195
Text: m ô D ^ n iœ lo M s n a n ilK Information Applikation INTERFACE SCHALTUNGEN RGW mit internationaler Typen übersicht ¿ kH KKÄÄÄÄAZJ, r in iO lk r t^ B lo lK b n a in H K I Information Applikation H a f t I N T E E F A C E E 4 8 » - S C G H A L T U N G E N
|
OCR Scan
|
PDF
|
|
B ZA 01
Abstract: uPD780228GF
Text: IC dependence of oscillating characteristics UPD780228GF FCR5.0MC5 - STD N y ItM IC n o n . i. M V1H/V1L 5 4.4 3 4.4 9 4.8 16 4,7 7 4.7 b. Room Temp. Vdd CV3 5 CV] V2H/V2L 5.3 .4 .2 5.2 .3 e 5.2, .1 .1 5.2 e -.1 .1 5.2, 8 c. CHHz] d. CuS] «. ttl Item r*e
|
OCR Scan
|
PDF
|
uPD780228GF
B ZA 01
|
cdb 838
Abstract: No abstract text available
Text: ELECTRICAL SPECIFICATIONS: 1.0 INDUCTANCE: P 1 - J 1 : (P 3 - J 3 ) : ( P 4 -J 4 ) : (P 7 -J 7 ) 2.0 DC RESISTANCE: P 8 - J 8 P 6 -J 6 P 5 -J 5 P 2 -J 2 3.0 COMMON MODE: = = = = P 7 -J7 P 3 -J3 P 4 -J 4 P 1 -J1 : 65 uH TYP @.05V, 10KHz .5 .5 .5 .5 OHM OHM
|
OCR Scan
|
PDF
|
10KHz
cdb 838
|
7815 2A
Abstract: RL 50B st 7815 CXP68548 CXP88548 FCR16
Text: IC dependence of oscillating characteristics CXP88548 FCR1G.0H2G - STD Room Temp. Vdd m CL1/CL2 CpFD 5 item a*e 10 / 10 * arF<PKttte> 1C NO. 2 4 - g m ^ t -. CXP88548 - 24 Vdd- 5 m FCR1G.0M2G (Flg.a-d) Ta* 20 Cdeg] » . • Typical Loading cipictt»nce(CLl/CL2) dependence of oscillating characterittic« (CL1KI2)
|
OCR Scan
|
PDF
|
CXP88548
CXP88548
FCR16
7815 2A
RL 50B
st 7815
CXP68548
|
Sony CXD
Abstract: sony dsp 53A3 CXD1804AR CXD1804BR B3B23 POWER COMMAND HM 1211 manual
Text: SONY C X D 1804BR CD-ROM Decoder Description The CXD1804BR is a CD-ROM decoder LSI with a built-in Fast SCSI controller. Features • Fast SCSI controller Target mode • Maximum transfer speed of 10MB/s (when using Fast SCSI synchronous transfer) • SCSI overhead reduced by executing multiple
|
OCR Scan
|
PDF
|
CXD1804BR
CXD1804BR
10MB/s
1024K
A3fl23fl3
144PIN
LQFP-144P-L01
LQFP144-P-2020-A
42/COPPER
Sony CXD
sony dsp
53A3
CXD1804AR
B3B23
POWER COMMAND HM 1211 manual
|