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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
AD7528AQ Analog Devices Inc Rochester Electronics 3,255 $21.54 $17.50
AD7528AQ Analog Devices Inc Bristol Electronics 5 - -
AD7528CQ Analog Devices Inc ComS.I.T. 36 - -
AD7528JN Analog Devices Inc Chip One Exchange 275 - -
AD7528JN 10 Chip One Exchange 125 - -
AD7528JN Analog Devices Inc ComS.I.T. 300 - -
AD7528JN Analog Devices Inc New Advantage Corporation 19 - -
AD7528JNZ Analog Devices Inc Richardson RFPD - $9.24 $9.24
AD7528JNZ Analog Devices Inc Farnell element14 - £11.42 £7.92
AD7528JNZ Analog Devices Inc Chip1Stop 380 $13.50 $8.86
AD7528JNZ Analog Devices Inc Rochester Electronics 1,581 $14.41 $11.71
AD7528JP Analog Devices Inc Bristol Electronics 10 - -
AD7528JP Analog Devices Inc Rochester Electronics 1,874 $17.58 $14.28
AD7528JP Analog Devices Inc Chip One Exchange 9 - -
AD7528JP Analog Devices Inc Richardson RFPD - - -
AD7528JPZ Analog Devices Inc Farnell element14 46 £9.79 £7.41
AD7528JPZ Analog Devices Inc Newark element14 46 $14.64 $9.39
AD7528JPZ Analog Devices Inc ComS.I.T. 104 - -
AD7528JPZ Analog Devices Inc Richardson RFPD - $9.29 $9.29
AD7528JPZ Analog Devices Inc Rochester Electronics 6,144 $14.50 $11.78
AD7528JR Analog Devices Inc ComS.I.T. 135 - -
AD7528JR Analog Devices Inc Chip One Exchange 228 - -
AD7528JR-REEL Analog Devices Inc Rochester Electronics 2,000 $13.01 $10.57
AD7528JRZ Analog Devices Inc Richardson RFPD - $9.29 $9.29
AD7528JRZ Analog Devices Inc Schukat electronic 114 €9.85 €6.80
AD7528JRZ Analog Devices Inc ComS.I.T. 107 - -
AD7528JRZ Analog Devices Inc Farnell element14 23 £11.61 £7.98
AD7528JRZ Analog Devices Inc Newark element14 20 $14.64 $9.39
AD7528JRZ-REEL Analog Devices Inc Rochester Electronics 9,908 $12.62 $10.25
AD7528JRZ-REEL Analog Devices Inc Richardson RFPD - - -
AD7528KN Analog Devices Inc ComS.I.T. 470 - -
AD7528KNZ Analog Devices Inc New Advantage Corporation 2 - -
AD7528KNZ Analog Devices Inc Farnell element14 68 £11.45 £8.94
AD7528KNZ Analog Devices Inc Bristol Electronics 170 - -
AD7528KNZ Analog Devices Inc Richardson RFPD - $9.53 $9.53
AD7528KNZ Analog Devices Inc element14 Asia-Pacific 63 $18.38 $11.60
AD7528KNZ Analog Devices Inc Rochester Electronics 300 $14.88 $12.09
AD7528KP-REEL Analog Devices Inc Rochester Electronics 3,000 $13.54 $11.00
AD7528KPZ Analog Devices Inc ComS.I.T. 19 - -
AD7528KPZ Analog Devices Inc Chip1Stop 49 $8.24 $7.25
AD7528LN Analog Devices Inc ComS.I.T. 11 - -
AD7528LN Analog Devices Inc Bristol Electronics 227 - -
AD7528LN Analog Devices Inc New Advantage Corporation 6 - -
AD7528LN Analog Devices Inc Bristol Electronics 7 $12.60 $12.60
AD7528LN Analog Devices Inc Rochester Electronics 19,986 $23.67 $19.24
AD7528LN Analog Devices Inc Bristol Electronics 9 - -
AD7528LNZ Analog Devices Inc Chip1Stop 18 $19.10 $14.90
AD7528LPZ Analog Devices Inc Chip1Stop 22 $12.21 $12.21
AD7528LR Analog Devices Inc Bristol Electronics 19 - -
AD7528LRZ Analog Devices Inc Chip1Stop 88 $19.20 $15.10
AD7528LRZ Analog Devices Inc ComS.I.T. 17 - -
AD7528LRZ-REEL Analog Devices Inc Richardson RFPD - - -
AD7528P Chip One Exchange 33 - -
AD7528SD Analog Devices Inc Bristol Electronics 4 - -
AD7528SQ Analog Devices Inc Richardson RFPD - $29.28 $29.28
AD7528TQ Analog Devices Inc Richardson RFPD - $33.51 $33.51
AD7528UQ/883B Analog Devices Inc Bristol Electronics 2 - -

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AD7528 datasheet (91)

Part Manufacturer Description Type PDF
AD7528 Analog Devices CMOS Dual 8-Bit Buffered Multiplying DAC Original PDF
AD7528 Analog Devices CMOS Dual 8-Bit Buffered Multiplying DAC Original PDF
AD7528 Analog Devices Modules-Subsystems Data Book 1984 Scan PDF
AD7528A Others The A-D/D-A Converter IC Data Book (Japanese) Scan PDF
AD7528ACHIPS Analog Devices CMOS Dual 8-Bit Buffered Multiplying DAC Original PDF
AD7528AQ Analog Devices CMOS Dual 8 Bit Buffered Multiplying DAC Original PDF
AD7528AQ Maxim Integrated Products CMOS Dual 8-Bit Buffered Multiplying DACs Scan PDF
AD7528AQ/883B Analog Devices CMOS Dual 8-Bit Buffered Multiplying DAC Scan PDF
AD7528B Others The A-D/D-A Converter IC Data Book (Japanese) Scan PDF
AD7528BCHIPS Analog Devices AD7528 - IC DUAL, PARALLEL, 8 BITS INPUT LOADING, 8-BIT DAC, UUC20, DIE-20, Digital to Analog Converter Original PDF
AD7528BN Others Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan PDF
AD7528BQ Analog Devices CMOS Dual 8 Bit Buffered Multiplying DAC Original PDF
AD7528BQ Maxim Integrated Products CMOS Dual 8-Bit Buffered Multiplying DACs Scan PDF
AD7528BQ/883B Analog Devices CMOS Dual 8-Bit Buffered Multiplying DAC Scan PDF
AD7528C Others The A-D/D-A Converter IC Data Book (Japanese) Scan PDF
AD7528CQ Analog Devices CMOS Dual 8 Bit Buffered Multiplying DAC Original PDF
AD7528CQ Maxim Integrated Products CMOS Dual 8-Bit Buffered Multiplying DACs Scan PDF
AD7528CQ/883B Analog Devices CMOS Dual 8-Bit Buffered Multiplying DAC Original PDF
AD7528J Others The A-D/D-A Converter IC Data Book (Japanese) Scan PDF
AD7528JC/O Maxim Integrated Products CMOS Dual 8-Bit Buffered Multiplying DACs Scan PDF

AD7528 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1998 - ad7528

Abstract: AD7528JR AD7528KP AD7528ACHIPS 5962-87701032A
Text: AD7528ACHIPS AD7528AQ AD7528BCHIPS AD7528BQ AD7528CQ AD7528JN AD7528JN /+ AD7528JP AD7528JP-REEL AD7528JR AD7528JR-REEL AD7528JR-REEL7 AD7528KN AD7528KP AD7528KP-REEL AD7528LN AD7528LP AD7528LR Status PRODUCTION , GENERAL DESCRIPTION ORDERING GUIDE1 Model2 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ Temperature Ranges ­40°C , $7.35 $10.35 $11.80 $11.80 AD7528LR-REEL AD7528LRS AD7528LRS-REEL AD7528SCHIPS AD7528SQ AD7528TQ


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PDF AD7528 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR ad7528 AD7528ACHIPS 5962-87701032A
1996 - AD7528SD

Abstract: ad75283 AD7528
Text: AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ AD7528SE AD7528TE AD7528UE Temperature Range ­40°C to +85°C ­40°C to +85°C ­40°C , /DAC B determines which DAC is to be loaded. The AD7528's load cycle is similar to the write cycle of a , and DAC B is inherent. The AD7528's matched CMOS DACs make a whole new range of applications circuits , 02062-9106, U.S.A. Tel: 617/329-4700 Fax: 617/326-8703 AD7528­SPECIFICATIONS (V Parameter STATIC


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PDF AD7528 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528SD ad75283 AD7528
AD7528

Abstract: A07528 AD7528B AD7528K 15-V PM-7528 TMS320 PM7528
Text: Operating free-air temperature range: AD7528B . . -25°Cto85°C AD7528K. , symbolization operating temperature range device package suffix AD7528B AD7528K FN, N FN, N - 25 °C to 85 °C , . Ta AD7528B -25 85 -25 85 °C AD7528K 0 70 0 70 Texas ^ Instruments 3-21 POST OFFICE BOX 655303 â , TEXAS INSTR (LIN/INTFC ) SQE D 0^1724 □□flS?DcJ 001 «TUM AD7528 Advanced LinCMOS™ DUAL 8 , be Interchangeable with Analog Devices AD7528 and PMI PM-7528 Fast Control Signaling for Digital


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PDF AD7528 PM-7528 TMS320 AD7528, TL287. A07528 AD7528B AD7528K 15-V PM7528
Not Available

Abstract: No abstract text available
Text: -quadrant multiplying makes the AD7528 a sound choice for many microprocessor-controlled gain­ setting and signal-control applications. The AD7528B is characterized for operation from -2 5 ° C to 85 °C. The AD7528K is , AD7528 is a dual 8-bit digital-to-analog converter designed with separate on-chip data DB6 ]8 latches , AD7528 is similar to the "w rite " cycle of a random-access memory, allowing easy interface to most , changes in the most significant bits, where glitch impulse is typically the strongest. The AD7528


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PDF AD7S28 PM-7528 AD7528,
1998 - Not Available

Abstract: No abstract text available
Text: AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ –40°C to +85°C –40°C to +85°C –40°C to +85°C â , . Control input DAC A/DAC B determines which DAC is to be loaded. The AD7528†™s load cycle is similar to , and tracking between DAC A and DAC B is inherent. The AD7528†™s matched CMOS DACs make a whole new , AD7528–SPECIFICATIONS (V REF A = VREF B = +10 V; OUT A = OUT B = O V unless otherwise noted) V DD = +5 V


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PDF AD7528 AD7528
AD7528

Abstract: AD7528LP AD7528LN AD7528KR AD7528KP AD7528KN AD7528JR AD7528JP AD7528JN AD7528AQ
Text: Relative Gain Accuracy Error Package Option3 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ AD7528SE AD7528TE AD7528UE ­40°C to +85°C ­40°C to +85°C ­40°C to +85°C ­40°C to +85°C ­40°C to , input port. Control input DAC A/DAC B determines which DAC is to be loaded. The AD7528's load cycle is , , precise matching and tracking between DAC A and DAC B is inherent. The AD7528's matched CMOS DACs make a


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PDF AD7528 AD7528 20-pin 20-terminal C681d AD7528. P-20A) AD7528LP AD7528LN AD7528KR AD7528KP AD7528KN AD7528JR AD7528JP AD7528JN AD7528AQ
Not Available

Abstract: No abstract text available
Text: Accuracy G ain E rror Package O ption7 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ AD7528SE AD7528TE AD7528UE —40°C to - 40°C to - 40°C to - 40°C to - 40°C to - 40°C to - , . Control input DAC A/DAC B determines which DAC is to be loaded. The AD7528†™s load cycle is similar to , A and DAC B is inherent.The AD7528†™s matched CMOS DACs make a whole new range of applications


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PDF AD7528 AD7S28 20-pin 20-terminal AD7528.
AD752B

Abstract: AD7528 AD7528JN AD7528KCWP AD7528KN AD7528JCWP AD7528LN AD7628 AD7528UQ AD7528LCWP
Text: Digital-to-Synchro Conversion Disk Drives ♦ Data Latches For Both DACs 4 AD7528—+5V to +15V Single Supply , AD7528KN 0"C to +70° C Plastic DIP ±14 LSB AD7528LN o°c to +70° C Plastic DIP ±14 LSB AD7528JCWP 0 s c to +70° C Small Outline ±1 LSB AD7528KCWP o°c to +70° C Smair Outline ±Vi LSB AD7528LCWP o°c to +70° C Small Outline ±14 LSB AD7528JC /D o°c to +70° C Dice ±1 LSB AD7528AQ -25° C to +85° C CERDIP" ±1 LSB AD7528BQ -25° C to +85° C CERDIP" ±Vi LSB AD7528CQ -25° C to +85° C CERDIP" ±'A LSB


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PDF AD7528/AD7628 AD7528 AD7628 AD7528UQ AD7628KN AD7628KCWP AD7628KC/D AD7628BQ AD7628TQ AD752B AD7528JN AD7528KCWP AD7528KN AD7528JCWP AD7528LN AD7528LCWP
1998 - resistor ship

Abstract: AD7528LR AD7528LP AD7528LN AD7528KR AD7528KP AD7528KN AD7528JR AD7528JP AD7528JN
Text: AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ ­40°C to +85°C ­40°C to +85°C ­40°C to +85°C ­40°C to +85°C , . Control input DAC A/DAC B determines which DAC is to be loaded. The AD7528's load cycle is similar to , and tracking between DAC A and DAC B is inherent. The AD7528's matched CMOS DACs make a whole new , AD7528­SPECIFICATIONS (V REF A = VREF B = +10 V; OUT A = OUT B = O V unless otherwise noted) V DD = +5 V


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PDF AD7528 AD7528 resistor ship AD7528LR AD7528LP AD7528LN AD7528KR AD7528KP AD7528KN AD7528JR AD7528JP AD7528JN
1996 - AD7528

Abstract: AD7528CQ AD7528LN AD7528KR AD7528KP AD7528KN AD7528JR AD7528JP AD7528JN ad7528l
Text: Relative Gain Accuracy Error Package Option3 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ AD7528SE AD7528TE AD7528UE ­40°C to +85°C ­40°C to +85°C ­40°C to +85°C ­40°C to +85°C ­40°C to , input port. Control input DAC A/DAC B determines which DAC is to be loaded. The AD7528's load cycle is , , precise matching and tracking between DAC A and DAC B is inherent. The AD7528's matched CMOS DACs make a


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PDF AD7528 AD7528 20-pin 20-terminal C681d AD7528. P-20A) AD7528CQ AD7528LN AD7528KR AD7528KP AD7528KN AD7528JR AD7528JP AD7528JN ad7528l
a42e

Abstract: M1L-STD-885C SH-JP AD644 AD7528 AD7528JN AD7628 AD7S28 G479-15-8
Text: -20 AD7528LN -40°Cto+85°C ± 1/2LSB ± 1LSB N-20 AD7528JP -40°Cto+85°C ± 1LSB ±4LSB P-20A AD7528KP , -20 AD7528TQ -55°Cto + 125°C ± 1/2LSB ±2LSB Q-20 AD7528UQ -55°Cto + 125°C + 1/2LSB ± 1LSB Q-20 AD7528SE , /DAC B determines which DAC is to be loaded. The AD7528's load cycle is similar to the write cycle of a , and DAC B is inherent,The AD7528's matched CMOS DACs make a whole new range of applications circuits , DIGITAL-TO-ANALOG CONVERTERS 2-415 OôlbôDO 00207=10 a ■ANA ANALOG DEVICES INC 42E D I AD7528—SPECIFICATIONS


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PDF AD7528 AD7628 AD7S28 20-pin 20-terminal AD7S28, a42e M1L-STD-885C SH-JP AD644 AD7528JN AD7628 G479-15-8
Application Notes CD4029

Abstract: CD4029 AN-322 CD4029 application note ALL CD4029 CD4029 applications AD7592 CD4001 ad5421 B0828
Text: , note that the AD7528's two on-chip 8-bit latches and control inputs (CS, WR and DAC Select) are , capabilities of the AD7528's two CMOS DACs, you can use this technique to synthesize extremely low-frequency , supply voltage varies and the ambient temperature changes. Data inputs to the AD7528's on-chip latches , rfba -o out. -o agnd -o rfbb -o out- ovr Simultaneous fabrication of the AD7528's two CMOS , control high-precision analog waveforms. \ Using the AD7528 , a low-cost IC containing two 8-bit CMOS


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PDF AN-322 AD7528, 10-MCl Application Notes CD4029 CD4029 CD4029 application note ALL CD4029 CD4029 applications AD7592 CD4001 ad5421 B0828
B0828

Abstract: programmable Sine Wave Generator rasistor IC CD4016 sin wave generator ic CD4016 CD402 AM44 AD7528 AD544
Text: , note that the AD7528's two on-chip 8-bit latches and control inputs (CS, WR and DAC Select) are , realizable device or system). By taking advantage of the multiplying capabilities of the AD7528's two CMOS , temperature changes. Data inputs to the AD7528's on-chip latches share a common input data bus; you control , of th• AD7528'a two CMOS multiplying DACs ylMa virtually fctonMctf RI2R+xktor chmvcfristics , that digitally control high-precision analog waveforms. Using the AD7528 , a low-cost IC containing two


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PDF AN-322 AD7528, 10-Mfl B0828 programmable Sine Wave Generator rasistor IC CD4016 sin wave generator ic CD4016 CD402 AM44 AD7528 AD544
r19F

Abstract: AN318 application note AD7519 state variable filter 828N tl074 analog Sheingold programmable Sine Wave Generator opamp applications triangle wave AD7S28
Text: AD7528. All of the circuits benefit from the high packing density the AD7S28 allows, especially when used , AD7528's logic inputs are TTL or CMOS compatible, the DACs are readily interfaced to moat microprocessors , , MASSACHUSETTS 02062-9106 • 617/329-4700 AD7528 Dual 8-Bit CMOS DAC Application Note by Paul Toomay and BW , property of the AD7528 dual DAC, along with the P.C. board space saving it allows, makes the AD7S28 a unique and extremely useful device. Figure 1. AD7528 Functional Diagram This note discusses the AD7S28


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PDF AN-318 AD7528 AD7S28 20-pin 1111to0000 E671-15-9/81. r19F AN318 application note AD7519 state variable filter 828N tl074 analog Sheingold programmable Sine Wave Generator opamp applications triangle wave
CA324A

Abstract: AD7519 AD7S12 AD7528 state variable filter AD644 programmable Sine Wave Generator 828n oac oscillator ADS44
Text: to DAC matching provided by the AD7528. All of the circuits benefit from the high packing density the , occurs when the data in DAC A1 and DAC B1 latches is identical. Since the AD7528's logic inputs are TTL , AD7528 Dual 8-Bit CMOS DAC Application Note by Paul Toomey and Bill Hunt INTRODUCTION The AD7528 is a , , precise matching and tracking between DACs is inherent. This property of the AD7528 dual DAC, along with the P.C. board space saving it allows, makes the AD7528 a unique and extremely useful device. This


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PDF AD7528 20-pin E671-15-9/81. G479-15-8/78. CA324A AD7519 AD7S12 state variable filter AD644 programmable Sine Wave Generator 828n oac oscillator ADS44
Not Available

Abstract: No abstract text available
Text: AD7528JN 0°C to +70° C PACKAGE* ERROR Plastic DIP ±1 LSB The AD7528 /AD7628 is supplied , Applications AD7528JCWP 0°C to +70° C Small Outline ±1 LSB AD7528KCWP 0°C to +70° C Small Outline ±V, LSB AD7528LCWP 0°C to +70° C Small Outline ±V4 LSB AD7528JC /D , Graphics AD7528AQ -25°C to +85°C CERDIP" ±1 LSB Motion Control Systems AD7528BQ , AD7528AQ , BQ, CQ; AD7628BQ . -2 5 °C t o +85°C AD7528SD , SQ, TD, TQ, UD, UQ; AD7628TQ


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PDF AD7528/AD7628
ad7528ud

Abstract: d7528 AD7528 AD7528JCWP AD7528JN AD7628BQ MAXIM AD7528KN AD7528LCWP AD7528LN AD7628
Text: _ Features + Data Latches For Both DACs + AD7528—+5V to +15V Single Supply Operation + AD7628â , LSB AD7528JC /D 0°C to +70° C Dice ±1 LSB AD7528AQ -25°C to +85°C CERDIP" ±1 LSB AD7528BQ , * ERROR AD7528SO -55°C to +125°C Ceramic ±1 LSB AD7528TD -55° C to +125°C Ceramic ±% LSB AD7528UD , TEMP. RANGE PACKAGE* ERROR AD7528JN 0°C to +70° C Plastic DIP ±1 LSB AD7528KN 0°C to +70° C Plastic DIP LSB AD7528LN 0°C to +70° C Plastic DIP LSB AD7528JCWP 0°C to +70° C Small Outline Â


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PDF AD7528/AD7628 AD7528 AD7628 AD7628KCWP AD7628KC/D AD7628BQ AD7628TQ ad7528ud d7528 AD7528JCWP AD7528JN AD7628BQ MAXIM AD7528KN AD7528LCWP AD7528LN
D7528

Abstract: No abstract text available
Text: -20A P-20A P-20A R-20 R-20 R-20 Q-20 Q-20 Q-20 Q-20 Q-20 Q-20 Model2 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ , AD7528-SPECIFICATIONS P a ra m e te r STA TIC PERFO RM A N CE2 Resolution Relative Accuracy V ersio n 1 All L A ,s K , applies to both DACs in AD7528. 'Guaranteed by design but not production tested. 4Logic inputs are MOS , AD7528. In more complex systems where the A G N D -D G N D intertie is on the backplane, it is recom m


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PDF AD7528 20-lead AD7528. D7528
ad7528l

Abstract: No abstract text available
Text: odel2 AD7528JN AD7528KN AD7528LN AD7528JP AD7528KP AD7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528ÜQ AD7528SE AD7528TE AD7528UE LCCC DAC Ä/DAC B (MSB) SB? 088 ^ « , 'Specification applies to both DAC« in AD7528. 'Logic input! are MOS Gates. Typical input current (+ 25°C) is , ANALOG DEVICES CMOS Dual 8-Bit Buffered Multiplying DAC AD7528 FUNCTIONAL BLOCK DIAGRAM , 20 -p in D I P , S O IC , P L C C or LCCC. REV. A DIGITAL-TO-ANALOG CONVERTERS 2-415 AD7528


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PDF AD7528 20-term ad7528l
Not Available

Abstract: No abstract text available
Text: AD7528K P A D7528LP AD7528JR AD7528KR AD7528LR AD7528AQ AD7528BQ AD7528CQ AD7528SQ AD7528TQ AD7528UQ AD7528SE AD7528TE AD7528UE - 40°C to - 40°C to - 40°C to —40°C to - 40°C to â , . Control input DAC A/DAC B determines which DAC is to be loaded. The AD7528†™s load cycle is similar to , A and DAC B is inherent.The AD7528†™s matched CMOS DACs make a whole new range of applications , +85°C S.T.UVersioos; - 55*Cto + 125*C ’Specification applies 10 bosh DACsia AD7528. 'Logic inputs are MOS G ala


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PDF AD7528 AD7S28 20-pin 20-terminal
1996 - VHP8

Abstract: AD7528 DAC8229 DAC8228 AD7628 AD7249 AD7247A AD7244 AD7242 AD7804
Text: , pins with AD7528 DAC8228 8 2 12/15 6 ±Vref 5 DAC8229, pins with AD7528. DAC8229 8 2 , -25 -40 -55 K 70 85 85 125 # of Pins DUALS AD7528 AD7528 AD7528 8 2 +15V 2


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PDF AD7528 AD7628 S10Mhz AD8802 AD8802 AD8804 S30Mhz VHP8 AD7528 DAC8229 DAC8228 AD7628 AD7249 AD7247A AD7244 AD7242 AD7804
1996 - AD7524 datasheet

Abstract: rfb application AD7528 AD7945 AD7943 AD7538 AD7536 AD7535 AD7534 DAC8043
Text: ±Vref/Rfb 0.35 8 1 2 1 1.5 NS 1 1 DUALS AD7528 not TTL compatible at +15V rail. AD7528 8 2 +5V 2 AD7528 8 2 or 15V I/O C R Model Designator # of L ' , LOW POWER AD7528 8 2 1/2 1/2 AD7628 AD7628 8 8 2 2 +12V or 15V 2


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PDF 15Vdd AD7524 AD7943 AD7945 AD7948 AD7524 datasheet rfb application AD7528 AD7945 AD7943 AD7538 AD7536 AD7535 AD7534 DAC8043
AD7528J

Abstract: AD7528 AD7528JK AD7628 AD7628K MX7528 plcc PM7528 TLC7528
Text: -180- _ AD7528 /7628 8 k* >y h D - A a ••«sfttB^a • ^ -2 il.UJ-H i, j i- 'i' ujyj (u? Tjn' frit) •mmrn ♦ C ©ffiìcMILSè K) • CMO S PM7528/7628[AD] MX7528/7628[Maxim] MP7528 , DGND WR DAC A/B CS DB7 DB0 DB6 DB1 DB5 DB2 DB4 DB3 VS=+5VS^ti+15V( AD7528 ) WC-xl/i O^.iU H£VfM , AD7528J , K, L, A, B, C AD7628K, B VS=+5V VS=+15V VS=+10. 8 -+15.75V sE^ m* tlMÏ «gffi IPMt , =20Vp-p, 100kHz( AD7528 ) Ífciil0kHz(AD7628) (2)VREF=6Vrms. 1kHz_ - 181 - Analog Devices (AD) Dual DAC Bipolar


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PDF AD7528/7628 PM7528/7628 MX7528/7628 MP7528/7529 AD7528) AD7528J, AD762T 20Vp-p, 100kHz AD7528J AD7528 AD7528JK AD7628 AD7628K MX7528 plcc PM7528 TLC7528
8085 microprocessor

Abstract: Z80 microprocessor microprocessor 8085 MICROPROCESSOR Z80 AD7524 AD7528 Microprocessor Compatible 6800, 8085, Z80
Text: AD7524 Microprocessor Compatible (6800, 8085, Z80, Etc.) TTL/CMOS Compatible Inputs On-Chip Data Latches End Point Linearity Low Power Consumption Monotonicity Guaranteed (Full Temperature Range) Latch-Free (No Protection Schottky Required) Vol. I 9-171 DBO (LSB) 10 AD7528 Dual D/A Converter Vol. I On-Chip Latches for Both DACs 9-183 +5V to + 15V Operation DACs Matched to 1% Four Quadrant Multiplication TTL/CMOS Compatible Latch-Free (Protection Schottkys Not Required


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PDF AD7524 AD7528 10-13hes 8085 microprocessor Z80 microprocessor microprocessor 8085 MICROPROCESSOR Z80 AD7524 AD7528 Microprocessor Compatible 6800, 8085, Z80
1997 - AD7524

Abstract: DAC8143 DAC8043A DAC8043 AD7948 AD7945 AD7943 AD7845 AD7534 AD7533
Text: S DUALS AD7528 not TTL compatible at +15V rail. 12/9/97 10:14 AM ED GROKULSKY REV , lsb +5V +15V AD7528 AD7528 AD7528 PM7628 PM7628 8 8 8 8 8 2 2 2 2 2 +5V or


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PDF 15Vdd AD7524 AD7533 AD7524 DAC8143 DAC8043A DAC8043 AD7948 AD7945 AD7943 AD7845 AD7534 AD7533
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