RS flip-flop
Abstract: 951 Monostable Multivibrator micrologic rs-flip-flop nand gate DTL Fairchild "power nand gate" 937 fairchild logic gate nand flip-flop 948
Text: FAIRCHILD DIGITAL - DTL DTL MICROLOGIC Item Cont’d Description DEVICE NO. Logic/Connection Diagram Package(s) 1 948 RS Flip-Flop G18
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10-lnput
RS flip-flop
951 Monostable Multivibrator
micrologic
rs-flip-flop
nand gate
DTL Fairchild
"power nand gate"
937 fairchild
logic gate nand
flip-flop 948
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5 input nand gate
Abstract: 5 input nand gate dtl BL5D-7.9A DTL 950 DTL 9157 "NAND Gate"
Text: FAIRCHILD DIGITAL DTL DTL MICROLOGIC Item 1 Cont'd DEVICE NO. 948 Description RS Flip-Flop Logic/Connection Diagram Package(s) G18 3I,5F,6A,9A 2 949 Quad 2-Input NAND Gate G10 3I,5F,6A,9A 3 950 A-C Coupled RS Flip-Flop G19 3I,5F,6A,9A 4 951 M onostable M ultivibrator
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10-Input
5 input nand gate
5 input nand gate dtl
BL5D-7.9A
DTL 950
DTL 9157
"NAND Gate"
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DTL 9157
Abstract: DTL 950 5 input nand gate dtl DTL Fairchild 937 949 dtl 5 input nand gate DTL Fairchild DTL Fairchild 9109 936 dtl
Text: FAIRCHILD DIGITAL DTL DTL MICROLOGIC It m Cont’d DEVICE NO. Description Logic/Connection Diagram Packag (s) 1 948 RS Flip-Flop G18 3I,5F,6A,9A 2 949 Quad 2-Input NAND Gate G10 3I,5F,6A,9A 3 950 A-C Coupled RS Flip-Flop G19 3I,5F,6A,9A 4 951 Monostable Multivibrator
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10-Input
DTL 9157
DTL 950
5 input nand gate dtl
DTL Fairchild 937
949 dtl
5 input nand gate
DTL Fairchild
DTL Fairchild 9109
936 dtl
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rs-flip-flop
Abstract: "NAND Gate" f 948 RS flip-flop rs-flip-flop 948 9109 micrologic DTL Fairchild fairchild 951 949 dtl
Text: FAIRCHILD DIG ITA L DTL DTL M IC R O L O G IC Cont'd Item 1 DEVICE NO. 948 Description Logic/Connection Diagram Package(s) G18 3I,5F,6A,9A RS F lip -F lo p 2 949 Q uad 2 -In p u t N A N D Gate G10 3I,5F,6A,9A 3 950 A -C C o u p le d RS F lip -F lo p G19
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10-lnput
rs-flip-flop
"NAND Gate"
f 948
RS flip-flop
rs-flip-flop 948
9109
micrologic
DTL Fairchild
fairchild 951
949 dtl
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DTL Fairchild
Abstract: ceramics
Text: N NATIONAL SEMICONDUCTOR ENHANCED SOLUTIONS FORMERLY MIL/AERO QML MANUFACTURING SITES PRODUCT LINE FAB LOCATION ASSEMBLY TEST LP SCHOTTKY/ TTL/DTL FAST, FACT, SCAN ECL, ABT LCX, LVX S. PORTLAND, ME* FAIRCHILD PHILIPPINES* (AMKOR/ANAM CERAMICS) SINGAPORE*
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MIL-PRF-38535
DTL Fairchild
ceramics
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SN72711
Abstract: SN52711 SN7271 SN727 SN5271 SN52711/SN72711
Text: CIRCUIT TYPES SN52711. SN72711 DUAL-CHANNEL DIFFERENTIAL COMPARATORS WITH STROBES LINEAR INTEGRATED CIRCUITS • Fast Response Times • O utput Compatible w ith Most T TL and DTL Circuits • Low Offset Characteristics • Designed to be Interchangeable w ith Fairchild juA711 and ¿iA711C
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SN52711.
SN72711
juA711
iA711C
SN52711
SN5Z711
SN7271
SN727
SN5271
SN52711/SN72711
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8T23
Abstract: No abstract text available
Text: 8T23 DUAL SINGLE-ENDED LINE DRIVER FAIRCHILD LINEAR INTEGRATED CIRCUITS GENERAL DESCRIPTION — The 8T23 Dual Line Driver is designed to meet the requirements of the IBM System/360 I/O Interface Specification fo r interface drivers. All inputs are T T L or DTL
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System/360
16-LEAD
N8T23
8T23
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LM339 APPLICATIONS
Abstract: 8 pin ic lm339 lm3390 datasheet for comparator ic lm339 "Op Amp" lm339 LM139 1N914 2N2222 LM139A LM339
Text: www.fairchildsemi.com LM139/LM139A, LM339 Single Supply Quad Comparators Features Description • Input common mode voltage range includes ground • Wide single supply voltage range—2V to 36V • Output compatible with TTL, DTL, ECL, MOS and CMOS logic systems
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LM139/LM139A,
LM339
DS3000139
LM339 APPLICATIONS
8 pin ic lm339
lm3390
datasheet for comparator ic lm339
"Op Amp" lm339
LM139
1N914
2N2222
LM139A
LM339
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LM339 APPLICATIONS
Abstract: 1N914 2N2222 LM139 LM139A LM339
Text: www.fairchildsemi.com LM139/LM139A, LM339 Single Supply Quad Comparators Features Description • Input common mode voltage range includes ground • Wide single supply voltage range—2V to 36V • Output compatible with TTL, DTL, ECL, MOS and CMOS logic systems
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LM139/LM139A,
LM339
DS3000139
LM339 APPLICATIONS
1N914
2N2222
LM139
LM139A
LM339
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relay latch
Abstract: sh-2001c 10-PIN SH2001 SH2001HM SH2002 SH2002HC SH2002HM sh2001fc fairchild dtl
Text: SH2001-SH2002 HIGH VOLTAGE HIGH CURRENT DRIVERS FAIRCHILD INTEGRATED M ICROSYSTEM S GENERAL DESCRIPTIO N - The SH2001 and SH2002 have inputs w hich are compat ible w ith DTL and TTL logic levels. Their outputs are capable of driving cores, cables, lamps and relays. They feature fast sw itching speeds combined w ith high current and
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SH2001-SH2002
SH2001
SH2002
SH2001only)
SH2001
SH2002
relay latch
sh-2001c
10-PIN
SH2001HM
SH2002HC
SH2002HM
sh2001fc
fairchild dtl
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8T13
Abstract: 8T23 UA8T13
Text: UA8T13 DUAL SINGLE-ENDED LINE DRIVER FAIRCHILD LINEAR INTEGRATED C IR C U IT G E N E R A L DESCRIPTION — The 8T13 Dual Line Driver is designed for driving 50 ft to 500 12 coaxial cable, strip line, or twisted pair transmission lines. All inputs are T T L or DTL compatible and
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System/360
/xA8T13
Ta-25
yA8T14
8T13
8T23
UA8T13
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RS flip-flop
Abstract: ic 8 pin 1801 rs-flip-flop quad nand gate 16 pin ic 1800 dtl nand gate IC 1806 951 monostable fairchild micrologic nand GATE DIGITAL-DTL
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G1 930, 932 944, 961 1800,1801 J14 c - J13 2 L - □ 3 L « C - i G3 1804, 1805 G2 1802, 1803 12 W J1 4 1C 2 C □ ’3 3 C □ 12 n □ •C- 10 □ ,4 1C □ ,3 3 C □ ,2 4C □ » □ io □ 10 eC e d 7L
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2002H
Abstract: SH2002 SH2001-SH2002 SH2001
Text: SH2001-SH2002 HIGH-VOLTAGE HIGH-CURRENT DRIVERS FAIRCHILD HYBRID PRODUCTS G E N E R A L D E S C R IP T IO N - The SH2001 and S H 2002 have inputs which are compat ible with DTL and TTL logic levels. Their outputs are capable of driving cores, cables, lamps and relays. They feature fast switching speeds combined with high current and
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SH2001-SH2002
SH2001
SH2001
SH2002
2002H
SH2002
SH2001-SH2002
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half adder ic
Abstract: dtl 946 ic 4 bit binary half adder IC 930 dtl DTL Fairchild 930 half adder fairchild rtl micrologic 944 dtl rtl decade counter
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G1 930, 932 944, 961 1800,1801 J14 c - 2L - J13 3L- □ « C -i G3 1804, 1805 G2 1802, 1803 12 W J1 4 1C 2 C □ ’3 3 C □ 12 n □ •C- 10 □ ,4 1C □ ,3 3C □ ,2 4C □ » □ io □ 10 eC e d 7L Vcc = Pin 14
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DTL Fairchild 946
Abstract: DTL Fairchild 930 rtl decade counter Fairchild 936 fairchild 946 Fairchild 958 counter fairchild micrologic 960 micrologic 946 dtl 930 dtl
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G7 1812 G8 9157, 9158 □ ,4 □ 13 □ 12 G9 933 ¡ 3 14 * L 3 C 4L 3 " J10 sL 7L Vcc = Pin 14 G N D = Pin 7 N o c o n n ec tio n req uired to V g c P in 1 4 . Vcc = Pin 14 G N D = Pin 7 G10 946, 949 Vcc = Pin 14
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half adder
Abstract: fairchild rtl DTL Fairchild 945 930 DTL Fairchild 958 Fairchild 958 counter rtl micrologic 900 micrologic 945 dtl DIGITAL-DTL
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G18 945, 948 G17 941, 951 Vcc = Pin 14 G N D = Pin 7 G20 9111 G19 950 □ w 14 J 1 3 J1 2 FF s 13 c □ 10 □ 8 •T h e s e inputs are cap a citiv ely c oup led. V cc = Pin 14 G N D = Pin 7 Vcc = Pin 14 G N D = Pin 7
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F18er
half adder
fairchild rtl
DTL Fairchild 945
930 DTL
Fairchild 958
Fairchild 958 counter
rtl micrologic 900
micrologic
945 dtl
DIGITAL-DTL
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RS flip-flop
Abstract: rs-flip-flop nand GATE 951 Monostable Multivibrator "NAND Gate" micrologic 6 inputs OR gate DTL Fairchild DIGITAL-DTL 951 dtl
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G18 945, 948 G17 941, 951 Vcc = Pin 14 G N D = Pin 7 G20 9111 G19 950 □ w 14 J13 J12 FF s 13 c □ 10 □ 8 •T h e s e inputs are cap a citiv ely c oup led. V cc = Pin 14 G N D = Pin 7 Vcc = Pin 14 G N D = Pin 7
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"NAND Gate"
Abstract: 5 input nand gate dtl TTL NOR Gate 949 dtl TTL 3 input or gate fairchild micrologic DIGITAL-DTL 951 monostable 951 Monostable Multivibrator micrologic
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G7 1812 G8 9157, 9158 □ ,4 □ 13 □ 12 G9 933 ¡ 3 14 * L 3 C 4L 3 " J10 sL 7L Vcc = Pin 14 G N D = Pin 7 N o c o n n ec tio n req uired to V g c P in 1 4 . Vcc = Pin 14 G N D = Pin 7 G10 946, 949 Vcc = Pin 14
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RS flip-flop
Abstract: nand GATE Fairchild 9093 micrologic FAIRCHILD 9097 ic 8 pin 1801 951 Monostable Multivibrator rs-flip-flop 1814U DIGITAL-DTL
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G14 1814 G13 1813 • v y ?n—i i C w □ ,6 □ 15 □ a o a ,3 13 □ ,2 =TL □ 10 l_ «L L •c J10 7E □ 3 L c Q O Q □ b 14 □ ’ L J ,4 c □ ’ C 7L b 9 C Q D Q □ » Vcc = Pin 14 G N D = Pin 7
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micrologic
Abstract: 9094 Quad TTL to MOS Driver DIGITAL-DTL dtl 948 951 monostable 951 Monostable Multivibrator 11C24 11C44 11C58
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-DTL G7 1812 G8 9157, 9158 □ ,4 □ 13 □ 12 G9 933 ¡ 3 14 * L 3 C 4 L 3 " J 1 0 s L 7L Vcc = Pin 14 G N D = Pin 7 N o c o n n ec tio n req uired to V g c P in 1 4 . Vcc = Pin 14 G N D = Pin 7 G10 946, 949 Vcc = Pin 14
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75121
Abstract: K791 75121PC 8T13 8T23
Text: 5 5 1 2 1 • 7 5 1 2 1 DUAL SINGLE-ENDED UNE DRIVER F A I R C H I L D L IN E A R IN T E G R A T E D C IR C U IT S GENERAL DESCRIPTION — The 55121/75121 Dual Line Drivers are designed for driving 50 f t to 500 H coaxial cable, strip line, or twisted pair transmission lines. All inputs are T T L or DTL com
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System/360
75121
K791
75121PC
8T13
8T23
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SH2002
Abstract: relay latch SH2001 10-PIN SH2001HC SH2001HM SH2002HC SH2002HM
Text: SH2001*SH2002 HIGH-VOLTAGE HIGH-CURRENT DRIVERS F A IR C H IL D H YB R ID P R O D U C T S G E N E R A L D E S C R IP T IO N — The SH2001 and S H 2002 have inpu ts w h ic h are co m p a t ible w ith DTL and TTL logic levels. T h eir o u tp u ts are capable of drivin g cores, cables,
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SH2001â
SH2002
SH2001
SH2002
SH2001
10kHz
SH2002)
relay latch
10-PIN
SH2001HC
SH2001HM
SH2002HC
SH2002HM
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DTL Fairchild
Abstract: 75450 8T14 tic 122 8T13 8T23 8T24 SH2001 SH2002 SH2200
Text: FAIRCHILD LO G IC /C O N N EC TIO N DIAGRAMS INTERFACE 115 55/75325 116 55/75430, 55/75450, 55/75460 117 55/75431, 55/75451 55/75461, 55/75471 SOURCE 118 55/75432, 55/75452, 55/7562, 55/7572 121 8T13, 8T23, 55/75121, 75123 119 55/75433, 55/75453, 55/75463, 55/75473
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SH2001
O-100
SH2002
SH2200
SH2201
SH3011*
DTL Fairchild
75450
8T14
tic 122
8T13
8T23
8T24
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DTL Fairchild
Abstract: SH2002 75450-DUAL 75453 75450 SH2001 SH2200 SH2201 SH3011 75451 ttl
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS HYBRID H2 SH2714 H1 SH0002 1 Vi+ R2 5 k INPUT O1 C NU LLA r V2+ -0 2 ri NU LL A 3 E3 INV. INPU T A -O 3 NO N-INV. INPUT A 8 0 - OUTPUT V -B -0 4 e4 O UTPUT B -0 6 Q2 V +B R1 5 k . Ò 7 v 2-O 6 V i - H4 SH1S49 13-12
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SH2001
O-100
SH2002
SH2200
SH2201
SH3011*
DTL Fairchild
75450-DUAL
75453
75450
SH3011
75451 ttl
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