C22D
Abstract: No abstract text available
Text: 8 7 4 5 6 1 2 3 REVISIONS PART NUMBER CODING P _ C _ _ D_ _N REV. ECO. NO DESCRIPTION DATE BY A 1030 INITIAL RELEASE 05/17/2006 HT F F TERMINATION TYPE TERMINATION TYPE STRAIGHT NUMBER OF POSITIONS PER ROW CODE 01 THRU 36 E PLATING ALL PLATINGS HAVE .000050" NICKEL UNDERPLATE
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C10726
Drawings\C10726,
C22D
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bc 5588
Abstract: C18D C27D C06D C10908 REV 2 C10D C11D C19D C20D C22D
Text: 8 7 4 5 6 1 2 3 REVISIONS PART NUMBER CODING P _ C _ _ D_ _N REV. ECO NO. DESCRIPTION DATE BY A 1030 INITIAL RELEASE 3/12/2007 SB F F TERMINATION TYPE TERMINATION TYPE 01 THRU 36 HEAD TERMINATION DIMENSION CODE PLATING ALL PLATINGS HAVE .000050" NICKEL UNDERPLATE
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C10908
Assemblies\HEADERS\C10908,
bc 5588
C18D
C27D
C06D
C10908 REV 2
C10D
C11D
C19D
C20D
C22D
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k1b0
Abstract: 001C AN543 ANDS00540 PIC17C42 mac 8870 9a1b 9d1b MOV16 A929
Text: Tone Generation AN543 Tone Generation INTRODUCTION IMPLEMENTATION A general purpose resonator routine is implemented using PIC17C42. This routine is used to generate multiple tones. A tone signal is normally generated using extensive table lookup schemes. When a multiple tone
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AN543
PIC17C42.
k1b0
001C
AN543
ANDS00540
PIC17C42
mac 8870
9a1b
9d1b
MOV16
A929
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PDF
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10BQ040
Abstract: 1N4148 ADP3026 C15B C15C C15D C16B SI4410 SD-50 Rectifier Diode 100uF 25V Electrolytic Capacitor ELNA
Text: High Efficiency Dual Power Supply Controller ADP3026 FEATURES GENERAL DESCRIPTION Wide input voltage range: 5.5 V to 25 V High conversion efficiency > 96% Integrated current sense—no external resistor required Low shutdown current: 19 µA typical Voltage mode PWM with input feed-forward for fast line
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ADP3026
ADP3026
MO-153AE
28-Lead
RU-28)
ADP3026JRUZ-REEL
RU-28
10BQ040
1N4148
C15B
C15C
C15D
C16B
SI4410
SD-50 Rectifier Diode
100uF 25V Electrolytic Capacitor ELNA
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PDF
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Untitled
Abstract: No abstract text available
Text: High Efficiency Dual Power Supply Controller ADP3026 FEATURES GENERAL DESCRIPTION Wide input voltage range: 5.5 V to 25 V High conversion efficiency > 96% Integrated current sense—no external resistor required Low shutdown current: 19 µA typical Voltage mode PWM with input feed-forward for fast line
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ADP3026
ADP3026
MO-153AE
28-Lead
RU-28)
ADP3026JRUZ-REEL
RU-28
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PDF
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LVT22V10
Abstract: C15K TMS320C80GF
Text: Interfacing SDRAM to the TMS320C80 Application Report 1996 Digital Signal Processing Solutions Printed in U.S.A., August 1996 SPRA055 Interfacing SDRAM to the TMS320C80 Application Report Dave Comisky Systems Engineer — ’C8x Applications SPRA055 August 1996
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TMS320C80
SPRA055
C80codes
LVT22V10
C15K
TMS320C80GF
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TMS626802
Abstract: 7705a SN74LVT16244 TMS320C80 C80A
Text: Interfacing SDRAM to the TMS320C80 Application Report Dave Comisky Systems Engineer — ’C8x Applications SPRA055 August 1996 Printed on Recycled Paper IMPORTANT NOTICE Texas Instruments TI reserves the right to make changes to its products or to discontinue any
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TMS320C80
SPRA055
C80codes
TMS626802
7705a
SN74LVT16244
TMS320C80
C80A
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PDF
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C80A
Abstract: SN74LVT16244 TMS320C80 TMS626802
Text: Interfacing SDRAM to the TMS320C80 Application Report Dave Comisky Systems Engineer — ’C8x Applications SPRA055 August 1996 Printed on Recycled Paper IMPORTANT NOTICE Texas Instruments TI reserves the right to make changes to its products or to discontinue any
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TMS320C80
SPRA055
C80codes
C80A
SN74LVT16244
TMS320C80
TMS626802
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PDF
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c6073
Abstract: TM497BBK32S TM497BBK32 TMS320C80 TMS417400 C15K D4927 BD4013 TM893CBK32
Text: Interfacing DRAM to the TMS320C80 Dave Comisky Systems Engineer — ’C8x Applications SPRA056 July 1996 Printed on Recycled Paper IMPORTANT NOTICE Texas Instruments TI reserves the right to make changes to its products or to discontinue any semiconductor product or service without notice, and advises its customers to obtain the latest
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TMS320C80
SPRA056
C80codes2
c6073
TM497BBK32S
TM497BBK32
TMS320C80
TMS417400
C15K
D4927
BD4013
TM893CBK32
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PDF
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BD37
Abstract: gal22v10 application TM893CBK32 TM497BBK32S
Text: Interfacing DRAM to the TMS320C80 Application Report 1996 Digital Signal Processing Solutions Printed in U.S.A., July 1996 SPRA056 Interfacing DRAM to the TMS320C80 Dave Comisky Systems Engineer — ’C8x Applications SPRA056 July 1996 Printed on Recycled Paper
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TMS320C80
SPRA056
C80codes2
BD37
gal22v10 application
TM893CBK32
TM497BBK32S
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PDF
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C80A
Abstract: SN74LVT16244 TMS320C80 TMS626802
Text: Interfacing SDRAM to the TMS320C80 Application Report 1996 Digital Signal Processing Solutions Printed in U.S.A., August 1996 SPRA055 Interfacing SDRAM to the TMS320C80 Application Report Dave Comisky Systems Engineer — ’C8x Applications SPRA055 August 1996
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TMS320C80
SPRA055
C80A
SN74LVT16244
TMS320C80
TMS626802
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C80A
Abstract: SN74LVT16244 TMS320C80 TMS626802 tl7705
Text: Interfacing SDRAM to the TMS320C80 Application Report 1996 Digital Signal Processing Solutions Printed in U.S.A., August 1996 SPRA055 Interfacing SDRAM to the TMS320C80 Application Report Dave Comisky Systems Engineer — ’C8x Applications SPRA055 August 1996
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Original
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TMS320C80
SPRA055
C80A
SN74LVT16244
TMS320C80
TMS626802
tl7705
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PDF
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c6073
Abstract: BD37 TM497BBK32 TMS320C80 TMS417400 TI GAL22V10 TM893CBK32 TM497BBK32S
Text: Interfacing DRAM to the TMS320C80 Dave Comisky Systems Engineer — ’C8x Applications SPRA056 July 1996 Printed on Recycled Paper IMPORTANT NOTICE Texas Instruments TI reserves the right to make changes to its products or to discontinue any semiconductor product or service without notice, and advises its customers to obtain the latest
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TMS320C80
SPRA056
C80codes2
c6073
BD37
TM497BBK32
TMS320C80
TMS417400
TI GAL22V10
TM893CBK32
TM497BBK32S
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PDF
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TM497BBK32
Abstract: TMS320C80 TMS417400 BD465 LT*1624 TM893CBK32 TM497BBK32S
Text: Interfacing DRAM to the TMS320C80 Application Report 1996 Digital Signal Processing Solutions Printed in U.S.A., July 1996 SPRA056 Interfacing DRAM to the TMS320C80 Dave Comisky Systems Engineer — ’C8x Applications SPRA056 July 1996 Printed on Recycled Paper
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Original
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TMS320C80
SPRA056
TM497BBK32
TMS320C80
TMS417400
BD465
LT*1624
TM893CBK32
TM497BBK32S
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PDF
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SD5115
Abstract: IN3492 in1615 IN1202A IN5829 IN3495 IN3491 in3493 IN3880 2N15
Text: GENERAL PURPOSE RECTIFOSS 0 2 5 8 3 5 4 ADVANCED SEMICONDUCTOR 82 ÍE102553511 n""""35 11I 820 00035 o r ~ O f - o / lo A V ER A G E REC TIFIED FORW ARD C U R R EN T AM PERES VRRM 50 100 150 200 300 400 500 600 700 800 900 1000 1200 IFSM V FM Ca s é 3 3
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MR500
MR501
MR502
MR504
MR506
MR508
MR510
IN3491
IN3492
IN3493
SD5115
in1615
IN1202A
IN5829
IN3495
IN3880
2N15
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SCR GE C20F
Abstract: scr C20F scr c20d ge c30b GE C20F GE C20B GE scr C20f GE SCR c20b GE C1220 scr GE C33B
Text: PHASE CONTROL SCR’s MEDIUM CURRENT 7.5 TO 25 AMPERES CIO GE TYPE CM 2N1770A-77A* 2N1770-78 JED EC C36 C31 -33 C l 22 — — — 2N1842-50 — — — C20-22 C3Q-32 C37 C15 E L E C T R IC A L S P E C IF IC A T IO N S V O LTA G E RANGE 25-400 25-600 25-600
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OCR Scan
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C20-22
C30-32
C31-33
2N1770A-77A*
2N1770-78
2N1842-50
2n1847
2N1776A
2N1776
2n1848
SCR GE C20F
scr C20F
scr c20d
ge c30b
GE C20F
GE C20B
GE scr C20f
GE SCR c20b
GE C1220 scr
GE C33B
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GE C220B
Abstract: ge c220c ge c220e CI22e C122D GE ge c220f C220B ge c220u ge c122d BC158
Text: GETYPE JEDEC C10 C11 C15 C 116 2N 1770A 77A 2N 1770-78 - - 25-400 25-600 25-600 C l 2 2 -3 * C220-2 C126 C36 C37 - - 2 N 1842-50 - 25-600 25 600 ELECTRICAL SPECIFICATIONS | VOLTAGE RANGE i 50-600 25-600 { 25-600 25-800 j 2b I FORWARD CONDUCTION It r m s
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OCR Scan
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C220-2
2N1770A-77
2N1770-78
2N1842-50
2N1774A
2N1774
C116B1
C123B
C220B
C222B
GE C220B
ge c220c
ge c220e
CI22e
C122D GE
ge c220f
ge c220u
ge c122d
BC158
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PDF
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transistor 2N1771
Abstract: GE C220B ge c220e scr ge c220d c122d scr ge c220c ob 2268 Ria5 2N1770A C10U
Text: GETYPE JEDEC C10 C11 C15 C 116 2N 1770A 77A 2N 1770-78 - - 25-400 25-600 25-600 C l 2 2 -3 * C220-2 C126 C36 C37 - - 2 N 1842-50 - 25-600 25 600 ELECTRICAL SPECIFICATIONS | VOLTAGE RANGE i 50-600 25-600 { 25-600 25-800 j 2b I FORWARD CONDUCTION It r m s
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OCR Scan
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C220-2
2N1770A-77
2N1770-78
2N1842-50
transistor 2N1771
GE C220B
ge c220e
scr ge c220d
c122d scr
ge c220c
ob 2268
Ria5
2N1770A
C10U
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PDF
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General electric SCR C220
Abstract: Thyristor C220 A 2N1842 2N1850 2n1848 2N1842-50 SCR Applications Handbook 2N2023-31 2N1849 C52 SCR
Text: GETYPE JEDEC C10 C11 C15 C 116 2N 1770A 77A 2N 1770-78 - - 25-400 25-600 25-600 C l 2 2 -3 * C220-2 C126 C36 C37 - - 2 N 1842-50 - 25-600 25 600 ELECTRICAL SPECIFICATIONS | VOLTAGE RANGE i 50-600 25-600 { 25-600 25-800 j 2b I FORWARD CONDUCTION It r m s
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OCR Scan
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C220-2
2N1770A-77
2N1770-78
2N1842-50
General electric SCR C220
Thyristor C220 A
2N1842
2N1850
2n1848
SCR Applications Handbook
2N2023-31
2N1849
C52 SCR
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PDF
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2N1772
Abstract: 2N1777 SCR C116 2N1778 circuit GE C220B c220m 2N1849 C122D TEST C126A 2N1770
Text: GETYPE JEDEC C10 C11 C15 C 116 2N 1770A 77A 2N 1770-78 - - 25-400 25-600 25-600 C l 2 2 -3 * C220-2 C126 C36 C37 - - 2 N 1842-50 - 25-600 25 600 ELECTRICAL SPECIFICATIONS | VOLTAGE RANGE i 50-600 25-600 { 25-600 25-800 j 2b I FORWARD CONDUCTION It r m s
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OCR Scan
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C220-2
2N1770A-77
2N1770-78
2N1842-50
2N1772
2N1777
SCR C116
2N1778 circuit
GE C220B
c220m
2N1849
C122D TEST
C126A
2N1770
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PDF
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C122D SCR thyristor GE type
Abstract: ge c122 scr driver dc motor speed control equivalent scr 2n1846 C122D SCR thyristor C122E equivalent universal MOTOR speed control using scr C122M equivalent C122D GE 36 v DC motor speed control using scr
Text: GETYPE JEDEC C10 C11 C15 C 116 2N 1770A 77A 2N 1770-78 - - 25-400 25-600 25-600 C l 2 2 -3 * C220-2 C126 C36 C37 - - 2 N 1842-50 - 25-600 25 600 ELECTRICAL SPECIFICATIONS | VOLTAGE RANGE i 50-600 25-600 { 25-600 25-800 j 2b I FORWARD CONDUCTION It r m s
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OCR Scan
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C220-2
2N1770A-77
2N1770-78
2N1842-50
C122D SCR thyristor GE type
ge c122
scr driver dc motor speed control
equivalent scr 2n1846
C122D SCR thyristor
C122E equivalent
universal MOTOR speed control using scr
C122M equivalent
C122D GE
36 v DC motor speed control using scr
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PDF
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Thyristor C220A
Abstract: Thyristor C220 A C122D SCR thyristor GE type General electric SCR C220 General electric SCR C220E C122D SCR thyristor SCR C116 thyristor SCR 406 GE C220B LZ 173 relay
Text: GETYPE JEDEC C10 C11 C15 C 116 2N 1770A 7 7A 2N 1770-78 - - 25-400 25-600 25-600 C l 2 2 -3 * C220-2 C126 C36 C37 - - 2 N 1842-50 - 25-600 25 600 ELECTRICAL SPECIFICATIONS | VOLTAGE RANGE i 50-600 25-600 { 25-600 25-800 j 2b I FORWARD CONDUCTION It r m s
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OCR Scan
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C220-2
2N1770A-77
2N1770-78
2N1842-50
Thyristor C220A
Thyristor C220 A
C122D SCR thyristor GE type
General electric SCR C220
General electric SCR C220E
C122D SCR thyristor
SCR C116
thyristor SCR 406
GE C220B
LZ 173 relay
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PDF
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SCR Handbook, General electric
Abstract: C122D SCR thyristor GE type GE C220B 2N1772 C122D GE FZJ 131 2N1771A General electric SCR C220 C116F 2N1770
Text: G ETYPE JED EC C10 C1 1 C15 C116 2N 1770A77A 2 N 1 7 7 0 -7 8 - - 25-400 2 5 -6 0 0 C l 2 2 -3 * C 2 2 0 -2 C126 C36 C37 - - 2 N 1842-50 - 2 5 -6 0 0 25 600 E L E C T R IC A L S P E C IFIC A T IO N S | V O LTA G E RANGE 25-600 i 5 0 -6 0 0 2 5 -6 0 0 2 5 -6 0 0
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OCR Scan
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C220-2
2N1770A-77
2N1770-78
2N1842-50
SCR Handbook, General electric
C122D SCR thyristor GE type
GE C220B
2N1772
C122D GE
FZJ 131
2N1771A
General electric SCR C220
C116F
2N1770
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PDF
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ce028
Abstract: 74C922 FF4004 C1573B 103DH c17f C18B TD-40 1D070 PSB311
Text: Programmable Peripheral Application Note 019 The PSB311 Simplifies an Eight Wire Cable Tester Design and Increases Flexibility in the Process —By Timothy E. Dunavin, Antec - Anixter Mfg. and Karen S. Spesarti, WSI Abstract Introduction With the ever increasing complexity of
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OCR Scan
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PSB311
68HC11
PSD311
ce028
74C922
FF4004
C1573B
103DH
c17f
C18B
TD-40
1D070
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PDF
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