BINARY WEIGHTED RESISTOR LADDER DAC Search Results

Contextual Info: 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

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
Contextual Info: 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

7514K

Abstract: 3140C
Contextual Info: S ip e p c " Corporato»» ▼ SIGNAL PROCESSING EXCELLENCE SP7514 and HS3140 14-Bit Multiplying DACs • ■ ■ ■ ■ ■ ■ Monolithic Construction 14-Bit Resolution 0.003% Non-Linearity Four-Quadrant Multiplication Latch-up Protected Low Power - 30mW

Contextual Info: 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

HS3140

Abstract: HS3140C-4Q
Contextual Info: 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

TTL 74273

Abstract: uses of 74273 hs3140c 74273 74273 latch application note buffer register 74273 pin configuration HS3140B-4Q HS3140 HS3140C-4
Contextual Info: 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

4 bit shift register 74273 pin diagram

Abstract: 74273 latch application note ttl 74273 HS3160 SP7516 OP27 6-pin 74LS138 pin configuration
Contextual Info: 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

74LS138 pin configuration

Abstract: current to voltage converter using 741 HS3160 SP7516
Contextual Info: 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

hs3140c

Abstract: ttl 74273 HS3140
Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

AD983x

Abstract: KELVIN-VARLEY DIVIDER Binary Weighted DAC ad9850 fm modulation ad9850 AD9772 Transistor based fm modulator ct 5-TO-31 ad9850 Application AD1853
Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: ANALOG DEVICES CMOS 12~Bit Monolithic Multiplying DAC AD7541 AD7541 FUNCTIONAL BLOCK DIAGRAM FEATURES Full Four Quadrant Multiplication 12-Bit Linearity ±1/2LSB Pretrimmed Gain TTL/CMOS Compatible Low Power Consumption Low Feedthrough Error Low Cost V R6F

mp7621

Abstract: pin diagram of ic 7621 MAX7541 pin diagram of ic 7621 and its supply voltages MP7621/7541
Contextual Info: 50E D MICRO POWER SYSTEMS INC • faO'PMHH 0003117 T ■ T 5 h O ? -lZ MICRO POWER SYSTEMS CMOS 12-Bit Monolithic Multiplying DAC MP7621/7541 FEATURES • 12-Bit Linearity 0.01% . achieved without lasef trimming of ladder Rs • Full Four-Quadrant Multiplication

AD7541

Abstract: HP5082-2811 AD7521 AD7541JN AD7541KN AD7541LN diode hp5082
Contextual Info: AD7541 12-Bit, Multiplying D/A Converter August 1997 Features Description • 12-Bit Linearity 0.01% The AD7541 is a monolithic, low cost, high performance, 12-bit accurate, multiplying digital-to-analog converter DAC . • Pretrimmed Gain • Low Gain and Linearity Tempcos

Contextual Info: æ AD7541 MARRIS S E M I C O N D U C T O R 12-Bit, Multiplying D/A Converter August 1997 Features • Description 12-Bit Linearity 0.01% The AD7541 is a monolithic, low cost, high performance, 12-bit accurate, multiplying digital-to-analog converter DAC .

Contextual Info: @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

Contextual Info: H D AC7543A CMOS, 12-BIT SERIAL INPUT BUFFERED MULTIPLYING DAC FEATURES • • • • • • • APPLICATIONS Improved Version of the AD7543 Max Gain Error <1/2 LSB A/G Grade 500 ns Settling Time 12-Bit Linearity Over Temperature Low Gain Drift (<3 ppm/°C)

dac7543

Contextual Info: H DAC7543A CMOS, 12-BIT SERIAL INPUT BUFFERED MULTIPLYING DAC SIGNAL PROCESSING TECHNOLOGIES FEATURES • • • • • • • APPLICATIONS Improved Version of the AD7543 Max Gain Error <1/2 LSB A/G Grade 500 ns Settling Time 12-Bit Linearity Over Temperature

Contextual Info: @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

D7521

Abstract: 5k trimpot AD7541 trimpot 500k AD7541JN AD7541KN HP5082-2811 TB379
Contextual Info: AD7541 UCT P RO D E T DUCT E L E PRO T O BS O U IT T BS LE SU D7521Data Sheet A POSSIB May 2002 12-Bit, Multiplying D/A Converter Features The AD7541 is a monolithic, low cost, high performance, 12-bit accurate, multiplying digital-to-analog converter DAC .

Contextual Info: SIGNAL PROCESSING TECHNOLOGIES HDAC7545A CMOS 12-BIT BUFFERED MULTIPLYING DAC P R E LIM IN A R Y IN FO R M A TIO N FEATURES: APPLICATIONS: • Improved Version of the AD7545 • Maximum Gain Error < 2 LSB • Low Output Capacitance < 75 pf. • 500 ns Settling Time