B13B
Abstract: D95E
Text: >=B13B H =D5AB>@A H %@5AA 1;3C;1B>@A H @>AA '565@5=35 H @55= =9B91B9D5 H "9;9B1@F H %1@1<5B@93 51@38 H (51@38 2F %1@B #C<25@ 5FE >@4 >3C<5=B @55= %2 @55 %13:175 ><5 %@>4C3BA ;>3: )9<9=7 5D935A % #>B52>>: (5@D5@ ;>3:A ;>3: (F=B85A9G5@ 2F 89?A5B +5=4>@ #>B52>>: 89?A5BA !%'
|
Original
|
9B91B9D5
5D935A
B85A9G5@
E52A9B5
9D13F
5D935
978BA
B13B
D95E
|
PDF
|
D2E diode
Abstract: diode 78a
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
D2E diode
diode 78a
|
PDF
|
AC38
Abstract: B13B CA54
Text: *51@38 =B9@5 *9B5 >=B13B !+ H !=D5AB>@A H '@5AA >3C<5=B *51@38 H '13:175 *51@38 H '1@1<5B@93 *51@38 H @>AA 565@5=35 *51@38 H @55= )> * H 1;3C;1B>@A H +85@<1; 1B1 H )5;9129;9BF ><5 '@>4C3BA ;>3: +9<9=7 5D935A ' %>B52>>: *5@D5@ ;>3:A ;>3: *F=B85A9G5@ 2F 89?A5B -5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9G5@
2C665@
D945A
535AA1
E52A9B5
9D13F
5D935
978BA
AC38
B13B
CA54
|
PDF
|
AC38
Abstract: B13B CA54
Text: *51@38 =B9@5 *9B5 >=B13B !+ H !=D5AB>@A H '@5AA >3C<5=B *51@38 H '13:175 *51@38 H '1@1<5B@93 *51@38 H @>AA 565@5=35 *51@38 H @55= )> * H 1;3C;1B>@A H +85@<1; 1B1 H )5;9129;9BF ><5 '@>4C3BA ;>3: +9<9=7 5D935A ' %>B52>>: *5@D5@ ;>3:A ;>3: *F=B85A9G5@ 2F 89?A5B -5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9G5@
2C665@
D945A
535AA1
E52A9B5
9D13F
5D935
978BA
AC38
B13B
CA54
|
PDF
|
Untitled
Abstract: No abstract text available
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
|
PDF
|
B13B
Abstract: D95E
Text: >=B13B H =D5AB>@A H %@5AA 1;3C;1B>@A H @>AA '565@5=35 H @55= =9B91B9D5 H "9;9B1@F H %1@1<5B@93 51@38 H (51@38 2F %1@B #C<25@ 5FE >@4 >3C<5=B @55= %2 @55 %13:175 ><5 %@>4C3BA ;>3: )9<9=7 5D935A % #>B52>>: (5@D5@ ;>3:A ;>3: (F=B85A9G5@ 2F 89?A5B +5=4>@ #>B52>>: 89?A5BA !%'
|
Original
|
9B91B9D5
5D935A
B85A9G5@
E52A9B5
9D13F
5D935
978BA
B13B
D95E
|
PDF
|
Untitled
Abstract: No abstract text available
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
|
PDF
|
transistor B 722
Abstract: No abstract text available
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
transistor B 722
|
PDF
|
transistor B 722
Abstract: No abstract text available
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
transistor B 722
|
PDF
|
Untitled
Abstract: No abstract text available
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
|
PDF
|
a979
Abstract: No abstract text available
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
a979
|
PDF
|
Untitled
Abstract: No abstract text available
Text: 51@38 =B9@5 )9B5 >=B13B * I =D5AB>@A I &@5AA >3C<5=B )51@38 I &13:175 )51@38 I &1@1<5B@93 )51@38 I @>AA 565@5=35 )51@38 I @55= (>) I 1;3C;1B>@A I *85@<1; 1B1 I (5;9129;9BG ><5 &@>4C3BA ;>3: *9<9=7 5D935A & $>B52>>: )5@D5@ ;>3:A ;>3: )G=B85A9H5@ 2G 89?A5B ,5=4>@ 5A:B>? 89?A5BA
|
Original
|
5D935A
B85A9H5@
45A97
D945A
535AA1
E52A9B5
9D13G
5D935
978BA
|
PDF
|
b0352
Abstract: 5CA47C
Text: 123456789AB8CDEF E 6 8B8 66 288 E SSC Drawn Approval CUSTOMER Approval 123456 72829A2BCCD5EE FFF42298489 SSC- QP- 7- 07- 24 Rev.00 123456789AB8CDEF E 6 8B8 66 !"#" 12 3456789A8BC D2 EF5BA48A8C5
|
Original
|
123456789AB8CDEF
72829A2BCCD5EE
3456789A8BC
46A7B
6A4785A865
6A4785A865
b0352
5CA47C
|
PDF
|
2D86
Abstract: 5F21 D465 1A39 vhdl code for character display F43C B794 15A6 quar a1dc
Text: Advanced Troubleshooting for Altera Software Licensing December 2002, ver. 1.2 Introduction Application Note 229 If after installing an AlteraR software license following the procedures in AN 205: Understanding Altera Software Licensing, your Altera software does
|
Original
|
|
PDF
|
|
Untitled
Abstract: No abstract text available
Text: Surface - Mount Ambient Light Sensor 12345678497ABC27DDC6EF 123456278 2 ‧34567287695A6BC74D2E52EF72FA27D72697E82 ‧BFE2E523887AE2A4525E9E2 ‧ ‧
|
Original
|
12345678497ABC27DDC6EF
34567287695A6BC74D2E52EF72F
A27D72697
FE2E523
887AE
E24BA7
72B44
EB5A28
267A6BEBCBED2C
85662C
|
PDF
|
Untitled
Abstract: No abstract text available
Text: Surface - Mount Ambient Light Sensor 1 1 1 23456789AB5CC9DEF1 1 123456278 2 ‧34567287695A6BC74D2E52EF72FA27D72697E82 ‧BFE2E523887AE2A4525E9E2 ‧ ‧
|
Original
|
23456789AB5CC9DEF
34567287695A6BC74D2E52EF72F
A27D72697
FE2E523
887AE
E24BA7
72B44
EB5A28
267A6BEBCBED2C
85662C
|
PDF
|
Untitled
Abstract: No abstract text available
Text: 123456789AB8CDEF E 6 8B8 66 288 D SSC Drawn Approval CUSTOMER Approval 123456 72829A2B C5DD EEE4F2F298489 SSC- QP- 7- 07- 24 Rev.00 123456789AB8CDEF E 6 8B8 66 !"! 12 3456789A8BC D2 EF5BA48A8C5
|
Original
|
123456789AB8CDEF
72829A2B
3456789A8BC
46A7B
6A4785A865
6A4785A865
|
PDF
|
b548
Abstract: d67b datasheet mb 8719 3BA6 3C37 altera jtag ethernet b824 B824 transistor D896 d975
Text: Altera Software Installation and Licensing Version 9.1 Altera Software Installation and Licensing Version 9.1 Altera Corporation 101 Innovation Drive San Jose, CA 95134 408 544-7000 www.altera.com Altera Software Installation and Licensing Version 9.1
|
Original
|
MNL-01050-1
b548
d67b
datasheet mb 8719
3BA6
3C37
altera jtag ethernet
b824
B824 transistor
D896
d975
|
PDF
|
Untitled
Abstract: No abstract text available
Text: HB56D25609A/B-85A/10A/12A 262,144-Word x 9-Bit High Density Dynamic RAM Module Pin No. • DESCRIPTION The HB56A25609 is a 256K x 9 dynamic RAM module, mounted two 1-Mbit DRAM HM514256A sealed in SOJ package and 256Kbit DRAM (HM51256) sealed in PLCC package. An outline of the
|
OCR Scan
|
HB56D25609A/B-85A/10A/12A
144-Word
HB56A25609
HM514256A)
256Kbit
HM51256)
30-pin
HB56A25609A)
HB56A25609B)
|
PDF
|
hb56d25609
Abstract: No abstract text available
Text: HB56D25609A/B-85A/10A/12A 262,144-Word x 9-Bit High Density Dynamic RAM Module P in Name Pin No. 1 Vc c 16 2 CAS 17 Ag 3 DQo 18 NC 4 A« 19 5 A, 20 dq 6 D Q, 21 WE 7 A 2 22 V ss 8 A3 23 dq 9 V ss 24 NC 10 dq 11 a P in No. The HB56A25609 is a 256K x 9 dynamic RAM module, mounted
|
OCR Scan
|
HB56D25609A/B-85A/10A/12A
144-Word
HB56A25609
HM514256A)
256Kbit
HM51256)
30-pin
HB56A25609A)
HB56A25609B)
hb56d25609
|
PDF
|
MSC1621
Abstract: Sj85a MRF9331 MMFT6661 2SD601R TLP655G cr708A 8C807-16 2SD601 R MBR931
Text: Alphanumeric Index and Cross Reference T he following table represents a cross-reference guide for surface mount packages which are m anufactured by Motorola. W here the M otorola part num ber differs from the industry part number, the M otorola device is a “form, fit and function" replacem ent for the
|
OCR Scan
|
5SMC15AT3
5SMC16AT3
5SMC18AT3
5SMC20AT3
5SMC22AT3
5SMC24AT3
5SMC27AT3
5SMC30AT3
5SMC33AT3
5SMC36AT3
MSC1621
Sj85a
MRF9331
MMFT6661
2SD601R
TLP655G
cr708A
8C807-16
2SD601 R
MBR931
|
PDF
|
b14a
Abstract: B170C b58 258 B170A marking b14a b110a B33CA marking b28 SMB B36CA B24CA
Text: ilitiCC SMB5.0 - SMB170CA SERIES SURFACE MOUNT TRANSIENT VOLTAGE SUPPRESSORS Features • • • • • • SMB - DO-214AA 600 W atts Peak Pulse Power Dissipation 5.0 - 170 V Standoff Voltages Constructed w ith Glass Passivated Die Excellent Clamping Capability
|
OCR Scan
|
SMB170CA
DO-214AA
IL-STD-202
SMB120C
B120CA
SMB130C
B130CA
SMB150C
B150CA
SMB160C
b14a
B170C
b58 258
B170A
marking b14a
b110a
B33CA
marking b28 SMB
B36CA
B24CA
|
PDF
|
zener b14a
Abstract: No abstract text available
Text: MO T O R O L A SC DIODES/OPTO 5SÉ b3L7555 DDÒIBET □ J> MOTOROLA O rd er th is d ata sheet by 1SMB5.Ô/D T - a - 2 3 SEMICONDUCTOR piivjì TECHNICAL DATA 1SMB5.0, A Zener Overvoltage Transient Suppressors thru 1SMB170, A . . . this device is designed specifically for transient voltage suppression. The wide leads
|
OCR Scan
|
b3L7555
1SMB170,
zener b14a
|
PDF
|