ad550
Abstract: ad850 r-2r networks dac ic Binary Weighted DAC successive approximation adc ic binary Weighted resistor ladder dac R2R network MT-015 r2r ladder binary Weighted resistor ladder bipolar dac
Text: MT-015 TUTORIAL Basic DAC Architectures II: Binary DACs by Walt Kester INTRODUCTION While the string DAC and thermometer DAC architectures are by far the simplest, they are certainly not the most efficient when high resolutions are required. Binary-weighted DACs
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MT-015
1920s
ad550
ad850
r-2r networks dac ic
Binary Weighted DAC
successive approximation adc ic
binary Weighted resistor ladder dac
R2R network
MT-015
r2r ladder
binary Weighted resistor ladder bipolar dac
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binary Weighted resistor ladder dac
Abstract: ladder network ladder Binary Weighted DAC Resistor Ladder
Text: ISO-9001 Registered Application Note AFD006 R/2R LADDER NETWORKS Written By Jerry Seams References: Copyright 1998 International Resistive Company, Inc. Advanced Film Division Telephone: 512/985-3132 Email: [email protected] IRC R/2R Data Sheet IRC QS009 Data Sheet
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ISO-9001
AFD006
QS009
AFD006/21SEPT98
IRC/AFD006
binary Weighted resistor ladder dac
ladder network
ladder
Binary Weighted DAC
Resistor Ladder
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Untitled
Abstract: No abstract text available
Text: No. AN9741 Intersil July 1997 Basic DACs for Electronic Engineers Author: Ronald Mancini Why and Where are DACs Used? 2 1 EQ. 1 206 = 2 ( 10 ) + 0 ( 10 ) + 6 ( 10 ) The name is digital-to-analog converter, and the function of a DAC, as the name implies, is to convert digital signals into
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AN9741
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binary Weighted resistor ladder dac
Abstract: analog memory Mancini binary Weighted resistor ladder bipolar dac agc circuit use op amp signal path designer r2r resistor ladder
Text: No. AN9741 Intersil Linear July 1997 Basic DACs for Electronic Engineers Author: Ronald Mancini Why and Where are DACs Used? 2 1 EQ. 1 206 = 2 ( 10 ) + 0 ( 10 ) + 6 ( 10 ) The name is digital-to-analog converter, and the function of a DAC, as the name implies, is to convert digital signals into
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AN9741
binary Weighted resistor ladder dac
analog memory
Mancini
binary Weighted resistor ladder bipolar dac
agc circuit use op amp
signal path designer
r2r resistor ladder
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transistor M 9741
Abstract: binary Weighted resistor ladder bipolar dac binary Weighted resistor ladder dac analog memory R-2R resistor HARRIS SEMICONDUCTOR Mancini signal path designer
Text: Harris Semiconductor No. AN9741 Harris Linear July 1997 Basic DACs for Electronic Engineers Author: Ronald Mancini Why and Where are DACs Used? 2 EQ. 1 Notice that 206, in the decimal number system, is made up from three sums: each sum is based on a power of 10, and
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AN9741
1-800-4-HARRIS
transistor M 9741
binary Weighted resistor ladder bipolar dac
binary Weighted resistor ladder dac
analog memory
R-2R resistor
HARRIS SEMICONDUCTOR
Mancini
signal path designer
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162b5
Abstract: national semiconductor MDAC AN-277 C1995 DAC1000 DAC1001 DAC1002 DAC1006 DAC1007 DAC1008
Text: National Semiconductor Application Note 277 James B Cecil July 1981 A second generation of the popular MDAC or multiplying DAC is now available which has been designed to provide an easy interface to microprocessor systems These new MICRO-DAC products are low power drain CMOS converters which typically require only 0 5 mA supply current (2 mA
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AN277
Abstract: 24064 national semiconductor MDAC AN-277 DAC1000 DAC1001 DAC1002 DAC1006 DAC1007 DAC1008
Text: A second generation of the popular MDAC or multiplying DAC is now available which has been designed to provide an easy interface to microprocessor systems. These new MICRO-DAC products are low power drain CMOS converters, which typically require only 0.5 mA supply current (2 mA
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10-bit
an008717
AN277
24064
national semiconductor MDAC
AN-277
DAC1000
DAC1001
DAC1002
DAC1006
DAC1007
DAC1008
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HS3140
Abstract: HS3140C-4Q
Text: SP7514 and HS3140 Corporation SIGNAL PROCESSING EXCELLENCE 14-Bit Multiplying DACs • ■ ■ ■ ■ ■ ■ Monolithic Construction 14–Bit Resolution 0.003% Non-Linearity Four-Quadrant Multiplication Latch-up Protected Low Power - 30mW Single +15V Power Supply
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SP7514
HS3140
14-Bit
HS3140
20-pin
20-pin
HS3140C-4Q
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TTL 74273
Abstract: uses of 74273 hs3140c 74273 74273 latch application note buffer register 74273 pin configuration HS3140B-4Q HS3140 HS3140C-4
Text: SP7514 and HS3140 Corporation SIGNAL PROCESSING EXCELLENCE 14-Bit Multiplying DACs • Monolithic Construction ■ 14–Bit Resolution ■ 0.003% Non-Linearity ■ Four-Quadrant Multiplication ■ Latch-up Protected ■ Low Power - 30mW ■ Single +15V Power Supply
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HS3140
14-Bit
HS3140
20-pin
20-pin
TTL 74273
uses of 74273
hs3140c
74273
74273 latch application note
buffer register 74273 pin configuration
HS3140B-4Q
HS3140C-4
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4 bit shift register 74273 pin diagram
Abstract: 74273 latch application note ttl 74273 HS3160 SP7516 OP27 6-pin 74LS138 pin configuration
Text: SP7516 and HS3160 Corporation SIGNAL PROCESSING EXCELLENCE 16-Bit Multiplying DACs • Monolithic Construction ■ 16–Bit Resolution ■ 0.003% Non-Linearity ■ Four-Quadrant Multiplication ■ Latch-up Protected ■ Low Power - 30mW ■ Single +15V Power Supply
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SP7516
HS3160
16-Bit
HS3160
24-pin
22-pin
4 bit shift register 74273 pin diagram
74273 latch application note
ttl 74273
OP27 6-pin
74LS138 pin configuration
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74LS138 pin configuration
Abstract: current to voltage converter using 741 HS3160 SP7516
Text: SP7516 and HS3160 Corporation SIGNAL PROCESSING EXCELLENCE 16-Bit Multiplying DACs • Monolithic Construction ■ 16–Bit Resolution ■ 0.003% Non-Linearity ■ Four-Quadrant Multiplication ■ Latch-up Protected ■ Low Power - 30mW ■ Single +15V Power Supply
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SP7516
HS3160
16-Bit
HS3160
24-pin
22-pin
74LS138 pin configuration
current to voltage converter using 741
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hs3140c
Abstract: ttl 74273 HS3140
Text: HS3140/SP7514 14-Bit Multiplying DACs • Monolithic Construction ■ 14–Bit Resolution ■ 0.003% Non-Linearity ■ Four-Quadrant Multiplication ■ Latch-up Protected ■ Low Power - 30mW ■ Single +15V Power Supply DESCRIPTION… The SP7514 and HS3140 are precision 14-bit multiplying DACs, that provide four-quadrant
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HS3140/SP7514
14-Bit
SP7514
HS3140
20-pin
20-pin
SP7514,
hs3140c
ttl 74273
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AD983x
Abstract: KELVIN-VARLEY DIVIDER Binary Weighted DAC ad9850 fm modulation ad9850 AD9772 Transistor based fm modulator ct 5-TO-31 ad9850 Application AD1853
Text: DACS FOR DSP APPLICATIONS SECTION 4 DACs FOR DSP APPLICATIONS • DAC Structures ■ Low Distortion DAC Architectures ■ DAC Logic ■ Sigma-Delta DACs ■ Direct Digital Synthesis DDS 4.a DACS FOR DSP APPLICATIONS 4.b DACS FOR DSP APPLICATIONS SECTION 4
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CH2427-3/87/0000-495.
CH25882/88/0000-357.
AD983x
KELVIN-VARLEY DIVIDER
Binary Weighted DAC
ad9850 fm modulation
ad9850
AD9772
Transistor based fm modulator ct
5-TO-31
ad9850 Application
AD1853
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binary Weighted resistor ladder dac
Abstract: No abstract text available
Text: What is a Data Converter? Introduction to A/D, D/A Converters 1. Preface Digital and analog signal processing correspond to two fundamental, yet distinctly different, modes of informa tion handling. In the analog case, the signals are handled in a nonquantized, continuously variable manner; in digi
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Untitled
Abstract: No abstract text available
Text: S in A v I I Corporation A A ▼ SIGNAL PROCESSING EXCELLENCE SP7516 and HS3160 16-Bit Multiplying DACs • Monolithic Construction ■ 16-Bit Resolution ■ 0.003% Non-Linearity ■ Four-Quadrant Multiplication ■ Latch-up Protected ■ Low Power - 30mW
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SP7516
HS3160
16-Bit
24-pin
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Untitled
Abstract: No abstract text available
Text: C irs A v U I *I A tfA Corporation ▼ SP7514 and HS3140 SIGNAL PROCESSING EXCELLENCE 14-Bit Multiplying DACs Monolithic Construction 14-Bit Resolution 0.003% Non-Linearity Four-Quadrant Multiplication Latch-up Protected Low Power - 30mW Single +15V Power Supply
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SP7514
HS3140
14-Bit
HS3140
20-pin
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Untitled
Abstract: No abstract text available
Text: C in A v % llk A J v Corporation ▼ SIGNAL PROCESSING EXCELLENCE SP7516 and HS3160 16-Bit Multiplying DACs Monolithic Construction 16-Bit Resolution 0.003% Non-Linearity Four-Quadrant Multiplication Latch-up Protected Low Power - 30mW I Single +15V Power Supply
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SP7516
HS3160
16-Bit
24-pin
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Untitled
Abstract: No abstract text available
Text: Sipe* SP7516 and HS3160 ^ Capannoni SIGNAL PROCESSING EXCELLENCE 16-Bit Multiplying DACs • ■ ■ ■ ■ ■ ■ Monolithic Construction 16-Bit Resolution 0.003% Non-Linearity Four-Quadrant Multiplication Latch-up Protected Low Power - 30mW Single +15V Power Supply
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SP7516
HS3160
16-Bit
HS3160
24-pin
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CL01 DIODE
Abstract: AT-101 s4r diode MAS9316 binary Weighted resistor ladder dac MAS9316-1CD MAS9316-1CQ MAS9316-2CD MAS9316-2CQ MAS9316-3CQ
Text: MAS 9316 16-BIT DAC, BUFFERED PRELIMINARY INFORMATION BLOCK DIAG RAM A PPLIC A TIO N Audio Applications Instrumentation pP Controlled Systems MAS9 3 1 6 FEATURES B I T 1 2 T gBiria B I T ll(T Ö J B I T 14 B lT lf lf T â]Bl ris Ï T jB iriG ,L S 8 S IT 9 (7
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16-BIT
DAC9331-16
24-pin
BIT12
MAS9316
JBIT14
8R-16R.
CL01 DIODE
AT-101
s4r diode
MAS9316
binary Weighted resistor ladder dac
MAS9316-1CD
MAS9316-1CQ
MAS9316-2CD
MAS9316-2CQ
MAS9316-3CQ
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Untitled
Abstract: No abstract text available
Text: f lJ H A R R AD7541 IS S E M I C O N D U C T O R 12-Bit Multiplying D/A Converter December 1993 Features Description • 12-Bit Linearity 0.01% The AD7541 is a monolithic, low cost, high performance, 12bit accurate, multiplying digital-to-analog converter DAC .
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AD7541
12-Bit
AD7541
12bit
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Untitled
Abstract: No abstract text available
Text: HDAC7S43A SPT CMOS, 12-BIT SERIAL INPUT BUFFERED MULTIPLYING DAC SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS • • • • • • • • Proportional Controllers Requiring Serial Isolation or Remote Location • Industrial and Process Controllers
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HDAC7S43A
12-BIT
AD7543
HDAC754A
12-bit
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Untitled
Abstract: No abstract text available
Text: SPT HDAC7542A CMOS, 12-BIT MICROPROCESSOR BUFFERED DAC SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS Improved Version of the AD7542 Maximum Gain Error <1/2 LSB A/G Grade 500 ns Settling Time 12-Bit Linearity Over Temperature Microprocessor Compatible I/O
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HDAC7542A
12-BIT
AD7542
HDAC7542A
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AD7545
Abstract: DB10 HDAC7545A
Text: @ S P HDAC7545A T CMOS, 12-BIT BUFFERED MULTIPLYING DAC SIGNAL PROCESSING TECHNOLOGIES APPLICATIONS FEATURES • • • • • • Improved Version of the AD7545 Low Gain Error <2 LSB Low Output Capacitance <75 pF 500 ns Settling Time 12-Bit Linearity Over Temperature
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HDAC7545A
12-BIT
AD7545
16-Bit
HDAC754A
HDAC7545A
AD7545
DB10
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r2r ladder 16 bit
Abstract: ac7545
Text: @ S P HDAC7545A T CMOS, 12-BIT BUFFERED MULTIPLYING DAC SIGNAL PROCESSING TECHNOLOGIES APPLICATIONS FEATURES • • • • • • Improved Version of the AD7545 Low Gain Error <2 LSB Low Output Capacitance <75 pF 500 ns Settling Time 12-Bit Linearity Over Temperature
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HDAC7545A
12-BIT
AD7545
16-Bit
HDAC754A
r2r ladder 16 bit
ac7545
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