DAC INTERFACES WITH MICROPROCESSOR 8088 Search Results

AD7237A

Abstract: AD7237AAN AD7237AAR AD7237ABN AD7237ABR AD7237ATQ AD7247A AD7247AAN INTERFACING-AD7237A
Contextual Info: a FEATURES Complete Dual 12-Bit DAC Comprising Two 12-Bit CMOS DACs On-Chip Voltage Reference Output Amplifiers Reference Buffer Amplifiers Improved AD7237/AD7247: 12 V to 15 V Operation Faster Interface –30 ns typ Data Setup Time Parallel Loading Structure: AD7247A

Contextual Info: BACK a FEATURES Complete Dual 12-Bit DAC Comprising Two 12-Bit CMOS DACs On-Chip Voltage Reference Output Amplifiers Reference Buffer Amplifiers Improved AD7237/AD7247: 12 V to 15 V Operation Faster Interface –30 ns typ Data Setup Time Parallel Loading Structure: AD7247A

Contextual Info: r9C7 f? *» ? ANALOG ► DEVICES lc 2mos logdac Dual Logarithmic D/A Converter AD7112* FEATURES Dynamic Range: 88.5 dB Resolution: 0.375 dB On-Chip Data Latches for Both DACs Four-Quadrant Multiplication +5 V Operation Pin Compatible with AD7528 Low Power

Contextual Info: ANALOG DEVICES FEATURES Two 12-Bit MDACS with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3', 24-Pin DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 LC2M0S Complete, Dual 12-Bit MDACs AD7837/AD7847

Contextual Info: 1 V = +15 V ؎ 5%, V = –15 V ؎ 5%, AGNDA = AGNDB = DGND AD7837/AD7847–SPECIFICATIONS = O V. V = V = +10 V, R = 2 k⍀, C = 100 pF [V connected to R AD7837]. All specifications T to T unless otherwise noted. DD REFA REFB L Parameter L OUT SS FB MIN MAX

class d power amplifier

Abstract: AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7837SQ AD7847AN
Contextual Info: 1 V = +15 V ؎ 5%, V = –15 V ؎ 5%, AGNDA = AGNDB = DGND AD7837/AD7847–SPECIFICATIONS = O V. V = V = +10 V, R = 2 k⍀, C = 100 pF [V connected to R AD7837]. All specifications T to T unless otherwise noted. DD REFA REFB L Parameter L OUT SS FB MIN MAX

Contextual Info: a LC2MOS Complete, Dual 12-Bit MDACs AD7837/AD7847 FEATURES Two 12-Bit MDACs with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3", 24-Lead DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 FUNCTIONAL BLOCK DIAGRAMS

Contextual Info: a FEATURES Complete Dual 12-Bit DAC Comprising Two 12-Bit CMOS DACs On-Chip Voltage Reference Output Amplifiers Reference Buffer Amplifiers Improved AD7237/AD7247: 12 V to 15 V Operation Faster Interface –30 ns typ Data Setup Time Parallel Loading Structure: AD7247A

G872b

Abstract: adop07 ad7112 AD7112BN AD7112BR AD7112CN AD7112CR AD712 AD7528 AD843
Contextual Info: a LC2MOS LOGDAC Dual Logarithmic D/A Converter AD7112* FEATURES Dynamic Range: 88.5 dB Resolution: 0.375 dB On-Chip Data Latches for Both DACs Four-Quadrant Multiplication +5 V Operation Pin Compatible with AD7528 Low Power FUNCTIONAL BLOCK DIAGRAM VDD VIN A

interfacing DAC with 8086 microprocessor

Abstract: AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
Contextual Info: a LC2MOS Complete, Dual 12-Bit MDACs AD7837/AD7847 FEATURES Two 12-Bit MDACs with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3", 24-Lead DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 FUNCTIONAL BLOCK DIAGRAMS

7493 PIN function MSB LSB

Abstract: AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
Contextual Info: a LC2MOS Complete, Dual 12-Bit MDACs AD7837/AD7847 FEATURES Two 12-Bit MDACs with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3", 24-Lead DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 FUNCTIONAL BLOCK DIAGRAMS

AD7837

Abstract: AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7837SQ AD7847 Ad7847an
Contextual Info: a FEATURES Two 12-Bit MDACs with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3", 24-Pin DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 LC2MOS Complete, Dual 12-Bit MDACs AD7837/AD7847 FUNCTIONAL BLOCK DIAGRAMS

AD7837AR

Abstract: 6502 microprocessor 6502 timing diagram
Contextual Info: a LC2MOS Complete, Dual 12-Bit MDACs AD7837/AD7847 FEATURES Two 12-Bit MDACs with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3", 24-Lead DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 FUNCTIONAL BLOCK DIAGRAMS

MOS 6502

Abstract: AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
Contextual Info: a LC2MOS Complete, Dual 12-Bit MDACs AD7837/AD7847 FEATURES Two 12-Bit MDACs with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3", 24-Lead DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 FUNCTIONAL BLOCK DIAGRAMS

a to d converter interface with 8051

Contextual Info: A N A LO G D E V IC E S FEATURES Two 12-Bit MDACS with Output Amplifiers 4-Quadrant Multiplication Space-Saving 0.3', 24-Pin DIP and 24-Terminal SOIC Package Parallel Loading Structure: AD7847 8 + 4 Loading Structure: AD7837 LC2M0S Complete, Dual 12-Bit MDACs

state variable filter

Abstract: 68008 microprocessor 8088 microprocessor circuit diagram dac interfaces with 8088 microprocessor dac interfaces with microprocessor 8088 AD7112 AD7112BN AD7112BR AD7112CR AD712
Contextual Info: AD7112–SPECIFICATIONS VDD = +5 V ؎ 5%; OUT A = OUT B = AGND = DGND = 0 V; VIN A = VIN B = 10 V. Output amplifier AD712 except where noted. All specifications TMIN to TMAX unless otherwise noted. Parameter ACCURACY Resolution Accuracy Relative to 0 dB Attenuation

AD7247

Contextual Info: ANALOG DEVICES □ FEA TU R ES Complete Dual 12-Bit D A C Com prising Tw o 12-Bit C M O S D A C s On-Chip Voltage Reference Output Amplifiers Reference Buffer Amplifiers Parallel Loading Structure: AD7247 8+4 Loading Structure: AD7237 Single or Dual Supply Operation

Contextual Info: ANALOG DEVICES □ FEATURES C om plete Dual 12-Bit D A C Com prising T w o 12-Bit C M O S D ACs On-Chip V olta ge Reference O utp ut Am plifiers Reference Buffer Am plifiers Parallel Loading Structure: AD7247 8+4 Loading Structure: AD7237 S ingle or Dual S u pp ly Operation

hef serie

Abstract: dac 3851 AD7237KN AD7247 AD723 AD7237 AD7237J AD7237JN AD7237JR interfacing DAC with 8086 microprocessor
Contextual Info: ANALOG DEVICES FEATURES Complete Dual 12-Bit DAC Comprising Two 12-Bit CMOS DACs On-Chip Voltage Reference Output Amplifiers Reference Buffer Amplifiers Parallel Loading Structure: AD7247 8+4 Loading Structure: AD7237 Single or Ouai Supply Operation Low Power - 165 mW typ in Single Supply

Contextual Info: ANALOG DEVICES INC ANALO G D E V IC E S IbE D Mibsoo o a i w s T T ^ -D S DSP Hardware Development Tools ADDS-21XX FEATURES ADSP-2100A EVALUATION BOARD Can Be Used to Benchmark Real-Time Performance Interfaces to an IBM-PC or VA X Host via RS-232 Connectors

AD DAC-08 z

Abstract: HE 85500 op275
Contextual Info: AD7112–SPECIFICATIONS VDD = + 5 V ؎ 5%; OUT A = OUT B = AGND = DGND = 0 V; VIN A = VIN B = 10 V. Output amplifier AD712 except where noted. All specifications TMIN to TMAX unless otherwise noted. P aram eter AC C U RAC Y Resolution Accuracy Relative to

design adc interfaces with 8088 microprocessor

Abstract: adc interfaces with 8088 microprocessor 8085A hex code 8029 multiplexer Z80 ADC dip 8029 80802b
Contextual Info: Hybrid Systems W W C O R P O R A T IO N u o a/icn |“ |^ Microprocessor Compatible Analog I/O Subsystem FEATURES • ■ ■ ■ ■ 4 Analog Input Channels 8-Bit ADC 4-, 8-Bit DAC Outputs Complete mP Interface 28-Pin Package -. J r -

Contextual Info: >kiyixi>ki CMOS Quad 8 -B it D /A C onverters _ Features Maxim's AD7225 and AD7226 each contain four 8-bit voltage output digital-to-analog converters DACs . They include output buffer amplifiers and input logic for simple microprocessor and TTL/CMOS interfaces.

MX7226KN

Abstract: MX7226BQ
Contextual Info: 19-0932; Rev 1; 4/93 > k i> jx i> k i CMOS Quad 8-Bit D/A Convert&rs The MX7225 contains double-buffered logic inputs that allow all analog outputs to be simultaneously updated using one control signal. There are also four separate ref­ erence inputs so that the range of each DAC can be