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DC1613A Linear Technology INTERFACE MOD FOR LTPOWERPLAY
LTC2452IDDB#TRPBF Linear Technology LTC2452 - Ultra-Tiny, Differential, 16-Bit ΔΣ ADC with SPI Interface; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C
LTC2452IDDB#PBF Linear Technology LTC2452 - Ultra-Tiny, Differential, 16-Bit ΔΣ ADC with SPI Interface; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C
LTC2452CDDB#TRMPBF Linear Technology LTC2452 - Ultra-Tiny, Differential, 16-Bit ΔΣ ADC with SPI Interface; Package: DFN; Pins: 8; Temperature Range: 0°C to 70°C
LTC2452CDDB#TRPBF Linear Technology LTC2452 - Ultra-Tiny, Differential, 16-Bit ΔΣ ADC with SPI Interface; Package: DFN; Pins: 8; Temperature Range: 0°C to 70°C
LTC2452IDDB#TRMPBF Linear Technology LTC2452 - Ultra-Tiny, Differential, 16-Bit ΔΣ ADC with SPI Interface; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C

interfacing 8279 to the 8086 Datasheets Context Search

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intel 8089

Abstract:
Text: program * allows great flexibility in interfacing the IOP to counter which is initialized whenever the , semaphore test mechanism. The Intel 8089 I/O processor is capable of interfacing to both 8- and 16 , As most mainframe manufacturers have demonstrated, the logical solution to I/O control problems is , significant degradation in system performance . The logical solution to this problem has been the deployment , subsystem. The CPU maintains supervisory control over the system and issues commands CP and messages to


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PDF day-S10o 1S093) 15107J intel 8089 intel 8086 Arithmetic and Logic Unit -ALU Intel 8275 8089 microprocessor architecture input output processor 8089 8275 crt controller intel 8275 crt controller iop 8089 interfacing 8275 crt controller with 8086 architecture of 8089
2001 - interfacing 8259 with 8086

Abstract:
Text: Figure 8 - Interfacing the MT8952B to the 8086 /88 1.5.5 Connecting MT8930/1B and MT8992/3B Since , ) - Interfacing the MT8985/6 (DIP-40) to the 8086 /6 8085/6/8 MT8986 (PLCC-44) AD0-AD7 , 15 (c) - Interfacing the MT8986 (PLCC-44) to the 8086 /8 Figure 15 - Interfacing the MT8980/1/5/6 , DTACK R/S Flip WAIT Figure 23 - Interfacing the MT8920B to the Z80/Z8400 8259 8086 /88 INTR , Interfacing the MT8920B to the 8086 /88 MT8920B Z8002/Z280 NVI IRQ Data latch AD0-AD15 A0-A5


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PDF MSAN-145 interfacing 8259 with 8086 interfacing of 8259 devices with 8085 8259 interface with 8051 Peripheral memory interfacing 8085 with 8086 real time clock using 8085 microprocessor interfacing clock system of 8284 INSTRUCTION SET motorola 6800 interfacing of memory devices with 8085 intel 8085 difference between intel 8085 and motorola 6800
2001 - motorola 6800 8bit hardware architecture

Abstract:
Text: Figure 8 - Interfacing the MT8952B to the 8086 /88 1.5.5 Connecting MT8930/1B and MT8992/3B Since , ) - Interfacing the MT8985/6 (DIP-40) to the 8086 /6 8085/6/8 MT8986 (PLCC-44) AD0-AD7 , 15 (c) - Interfacing the MT8986 (PLCC-44) to the 8086 /8 Figure 15 - Interfacing the MT8980/1/5/6 , DTACK R/S Flip WAIT Figure 23 - Interfacing the MT8920B to the Z80/Z8400 8259 8086 /88 INTR , Interfacing the MT8920B to the 8086 /88 MT8920B Z8002/Z280 NVI IRQ Data latch AD0-AD15 A0-A5


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PDF MSAN-145 motorola 6800 8bit hardware architecture INSTRUCTION SET motorola 6802 8085 microprocessor Datasheet motorola 6800 cpu 8284 intel microprocessor architecture cpu 6802 INSTRUCTION SET motorola 6800 intel 8085 internal structure Intel 8085 8085 microprocessor
1995 - 8085 microprocessor

Abstract:
Text: decode RD E WR DT/R R/W Figure 8 - Interfacing the MT8952B to the 8086 /88 1.5.5 , (PLCC-44) to the 8086 /8 Figure 15 - Interfacing the MT8980/1/5/6 to the 8085/6/8 A-256 MSAN , DTACK Ready Q RDY1 8284 Figure 24 - Interfacing the MT8920B to the 8086 /88 Z8002/Z280 , Interfacing to the 6802 Interfacing to the 6809 Interfacing to the 6800 Interfacing to the 68000/10/08 Interfacing to the 8085/6/8, 8051 and Motorola MC68HC11 series Interfacing to the Z80/Z8400 Interfacing to


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PDF MSAN-145 MC68HC11 Z80/Z8400 Z8002/Z280 MT8920B MT8920B AD0-AD15 8085 microprocessor 8085 microprocessor Datasheet intel 8085 ic intel 8085 intel 8085 microprocessor interfacing of memory devices with 8085 8085 intel microprocessor block diagram datasheet 6802 processor motorola motorola 6802 cpu Interfacing 8085
1996 - motorola 6802

Abstract:
Text: Figure 8 - Interfacing the MT8952B to the 8086 /88 1.5.5 Connecting MT8930/1B and MT8992/3B Since , ) - Interfacing the MT8985/6 (DIP-40) to the 8086 /6 8085/6/8 MT8986 (PLCC-44) AD0-AD7 , 15 (c) - Interfacing the MT8986 (PLCC-44) to the 8086 /8 Figure 15 - Interfacing the MT8980/1/5/6 , DTACK R/S Flip WAIT Figure 23 - Interfacing the MT8920B to the Z80/Z8400 8259 8086 /88 INTR , Interfacing the MT8920B to the 8086 /88 MT8920B Z8002/Z280 NVI IRQ Data latch AD0-AD15 A0-A5


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PDF MSAN-145 MC68HC11 Z80/Z8400 Z8002/Z280 uni45 MT8920B MT8920B motorola 6802 INSTRUCTION SET motorola 6802 8085 intel microprocessor block diagram microprocessor 8085 block diagram intel 8085 intel 8051 and 68HC11 difference between intel 8085 and motorola 6800 cpu 6802 INSTRUCTION SET 8085 8284 intel microprocessor architecture
2001 - 8085 intel microprocessor block diagram

Abstract:
Text: Figure 8 - Interfacing the MT8952B to the 8086 /88 1.5.5 Connecting MT8930/1B and MT8992/3B Since , ) - Interfacing the MT8985/6 (DIP-40) to the 8086 /6 8085/6/8 MT8986 (PLCC-44) AD0-AD7 , 15 (c) - Interfacing the MT8986 (PLCC-44) to the 8086 /8 Figure 15 - Interfacing the MT8980/1/5/6 , DTACK R/S Flip WAIT Figure 23 - Interfacing the MT8920B to the Z80/Z8400 8259 8086 /88 INTR , Interfacing the MT8920B to the 8086 /88 MT8920B Z8002/Z280 NVI IRQ Data latch AD0-AD15 A0-A5


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PDF MSAN-145 8085 intel microprocessor block diagram intel 8085 interfacing of memory devices with 8085 8085 microprocessor motorola 6800 cpu 8085 microprocessor Architecture Diagram interfacing 8259 with 8086 8284 intel microprocessor architecture cpu 6802 Interfacing 8085
8086 interrupts application

Abstract:
Text: APPLICATION NOTE INTERFACING THE ISCCTM TO THE 68000 AND 8086 INTRODUCTION The ISCCTM uses its , Application Note Interfacing the ISCCTM to the 68000 and 8086 ISCC BUS INTERFACE UNIT (BIU) (Continued , A-2). Application Note Interfacing the ISCCTM to the 68000 and 8086 Write Register 0 , Interfacing the ISCCTM to the 68000 and 8086 CONFIGURING THE BUS The bus configuration programming is done , methods of interfacing the ISCC to a Motorola 68000 and an Intel 8086 . performs bus arbitration for


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PDF Z16C35 85C30/80C30 680X0 8086 interrupts application intel 8086 microprocessor 8086 minimum mode and maximum mode 8086 microprocessor Handshaking 8086 programming manual minimum mode configuration of 8086 8086 microprocessor timing diagram of 8086 maximum mode latch used for 8086 8086 interrupt vector table
2001 - difference between intel 8085 and motorola 6800

Abstract:
Text: Figure 8 - Interfacing the MT8952B to the 8086 /88 1.5.5 Connecting MT8930/1B and MT8992/3B Since , ) - Interfacing the MT8985/6 (DIP-40) to the 8086 /6 8085/6/8 MT8986 (PLCC-44) AD0-AD7 , 15 (c) - Interfacing the MT8986 (PLCC-44) to the 8086 /8 Figure 15 - Interfacing the MT8980/1/5/6 , DTACK R/S Flip WAIT Figure 23 - Interfacing the MT8920B to the Z80/Z8400 8259 8086 /88 INTR , Interfacing the MT8920B to the 8086 /88 MT8920B Z8002/Z280 NVI IRQ Data latch AD0-AD15 A0-A5


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PDF MSAN-145 difference between intel 8085 and motorola 6800 difference between intel 8086 and zilog z80 interfacing 8259 with 8086 interfacing of 8259 devices with 8085 difference between 8086 and zilog z80 intel 8085 microprocessor motorola 6809 memory interfacing 8085 with 8086 motorola 68000 architecture intel 8085
1995 - timing diagram of 8086 maximum mode

Abstract:
Text: latches Access mode 0 CAS not extended beyond RAS Interfacing the DP8420A 21A 22A to the 8086 186 88 188 Microprocessor Interfacing the DP8420A 21A 22A to the 8086 186 88 188 Microprocessor 0 e , Interfacing the DP8420A 21A 22A to the 8086 186 88 188 Microprocessor DRAM Speed Vs Processor Speed (DRAM , 188 to interface to the DP8420A 21A 22A II DESCRIPTION OF DESIGN 8086 88 186 188 OPERATING AT UP TO , application allows 0 or more wait states to be inserted in normal accesses of the 8086 186 88 188 The number


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PDF DP8422A DP8420A 16-bit timing diagram of 8086 maximum mode 8086 minimum mode and maximum mode 8086 microprocessor APPLICATIONS timing diagram of 8086 minimum mode max and min mode 8086 8086 microprocessor max mode operation 8086 timing diagram 74AS04 8086 microprocessor introduction interfacing of memory devices with 8086
1981 - intel 8288

Abstract:
Text: other information needed to actually interface other devices with the 8086 and 8088 are provided in , that are execution-bound, the 8088 can approach to within 100/0 of the 8086 's processing throughput , powerful than the 8080A; the 8086 provides seven to ten times the 8080A's performance (see figure 2-4). , written in ASM-80 or PLlM-80, can be directly converted to run on the 8086 and 8088. 100 w CJ , it make a commitment to update the information contained herein. Intel software products are


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PDF w-9707 116th SA/C-258n81 /45K/RRD intel 8288 intel 8288 bus controller 8085 MICROCOMPUTER SYSTEMS USERS MANUAL 8086 interrupt structure RCA SK CROSS-REFERENCE design fire alarm 8088 microprocessor 8086 user manual 8086 family users manual AP 67 8086 assembler
intel 8086 microprocessor

Abstract:
Text: is going to occur. Figure 1. DS1609 dual port interface to Intel 8086 microprocessor. The DS1609 , multiplexed address/data busses the following examples deal with interfacing with the Intel 8086 /8088 series , , which would require the 8086 's ALE output as an input to provide address latching. Several of the unused address/data lines from the 8086 would also be required as inputs to indicate where the DS1609 , accessible to both processors that can be used to share and transmit data and system status between the two


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PDF DS1609, DS1609 DS1609. com/an62 DS1609: APP62, Appnote62, intel 8086 microprocessor intel 8086 interfacing of RAM with 8086 8086 microprocessor APPLICATIONS 8088 microprocessor intel 8088 microprocessor 8086 microprocessor pin Intel 8086, 8088 microprocessor pin 8088 microprocessor applications
interfacing of RAM and ROM with 8086

Abstract:
Text: MICROPROCESSOR INTERFACING TO THE 8086 The typical circuitry required to interface the ZN437 to the 8086 , -bit device it is not necessary to decode the ADO and BHE signals of the 8086 . HIGH SPEED INTERFACING The , ZN437J Fig. 17 ZN437 - 8086 interface 8088 INTERFACING Fig. 18 shows the typical circuitry required to , the 8086 when using the higher speed version, the 8MHz 8088-2, the wait state should INTERFACING TO , should therefore be set to + 8. This will give a converter clock frequency of 312KHz for the 5MHz 8086


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PDF ZN437E ZN437J 20/xS ZN437 203047F interfacing of RAM and ROM with 8086 interfacing of 4k RAM with 8086 practical applications of 8086 microprocessor interfacing of RAM with 8086 ferranti interfacing of RAM and ROM with 8088 DB22A FERRANTI MEMORY FERRANTI ELECTRONICS Ferranti Semiconductors
D8742

Abstract:
Text: icroprocessors such as the 8088, 8086 , 80 1 8 6 and 80 2 8 6 there has been a rapid proliferation o f intelligent , o f im portant ways. m ain system m em ory and is transferred to the peripher al's registers w , the m aster system w hich tends to lim it the ben efit derived from the peripheral chip. In the past , directly to a m aster processor d a ta bus. It has the sam e advantages o f intelligence and flexibility w , processor. T he U P I device allows a designer to fully specify his control algorithm in the peripheral chip


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PDF UPI-41A/41AH/42/42AH D8742 interfacing of 8257 with 8086 phoenix multikey 8086 8257 DMA controller interfacing 8255 interfacing with 8086 Peripheral interface 8279 notes 8242PC 82C42PC 8275 crt controller intel 82L42PC
8089 microprocessor block diagram

Abstract:
Text: offloads Real Time I/O interfacing from the 8086 . The end result pro vides simplicity, flexibility and , may prove useful as reference to this note, this literature includes: The 8086 Family User's Manual , initialization and communication protocol, and implement 8089 hard ware interfacing . Software for the 8086 and , initialization and communication blocks must be set up by the 8086 . To accomplish this, both the 8086 and the , upper memory to the 8089 (FE000FFFFFH ). This same area is 6000-7FFFH to the 8086 . Locations 0-5FFFFH


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PDF AP-89 AFN01153A 00Cfl C0MODE-8253 INIT53 INTR86 1153A 8089 microprocessor block diagram interfacing of RAM and ROM with 8086 interfacing 8259A to the 8086 8089 microprocessor interfacing diagram crt terminal interfacing in 8086 SCHEMATIC DIAGRAM OF intel 8086 communication between 8086 and 8089 interfacing 8289 with 8086 8089 8251 microprocessor block diagram
8086 interrupt vector table

Abstract:
Text: . 5-36 Chapter 6. Interfacing the ISCCTM to the 68000 and 8086 Introduction , . 1-6 Chapter 2. Interfacing the ISCCTM 2.1 Introduction , . 68000 Interface to the ISCC . 8086 Interface with the ISCC , ) . 3-6 3.5.1 DPLL Operation in the NRZI Mode


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PDF Z16C35 8086 interrupt vector table 8086 interrupt pointer table
2002 - intel 8086

Abstract:
Text: 8086 or 8088 microprocessor (Figure 1). The RD pin from the microprocessor provides the OE input to , address/data busses the following examples deal with interfacing with the Intel 8086 /8088 series and the , , which would require the 8086 's ALE output as an input to provide address latching. Several of the unused address/data lines from the 8086 would also be required as inputs to indicate where the DS1609 , complex out of necessity to support information processing needs. The need to centralize data storage in


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PDF DS1609 DS1609. intel 8086 ad3b 8086 microprocessor APPLICATIONS intel 8086 microprocessor interfacing of RAM with 8086 8086 microprocessor pin AD5A 8086 microprocessor pin description ad5b 8088 microprocessor pin
LS157

Abstract:
Text: 1422A is designed to easily interface 64K and 256K DRAM to the system based on the 8086 or 68000. The , 1422A is capable of interfacing with both 8086 and 6800. The examples of interfacing with these MPU , RATINGS are exceeded. Functional operation should be restricted to the conditions as detailed in the , may affect device reliability. 3-2 This device contains circuitry to protect the inputs against , from the arbiter. Sends select signals for row, column or refresh address to multiplexer. Refresh


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PDF 42-pin 44-pin 42-LEAD DIP-42P-M01) DIP42P 042007S-1C 44-LEAD LCC-44P-M01) C44051S LS157 RA1C MAS 20 RCA LS08 interfacing of RAM with 8086 interfacing of memory devices with 8086 fujitsu ten fujitsu 1986 42pin DIP-42P-M02 DIP-42P-M01
interfacing DAC with 8086 microprocessor

Abstract:
Text: the 8086 16-bit processor interfacing to a single device. In this setup the double buffering feature , of the popular 8-bit and 16-bit microprocessors. When interfacing to 8-bit processors CSMSB and CSLSB , used to access the DAC. A novel low leakage configuration (patent pending) enables the AD7535 to , level inputs. PRODUCT HIGHLIGHTS 1. Guaranteed Monotonicity The AD7535 is guaranteed monotonic to 14-bits over the full temperature range for all grades. 2. Low O utput Leakage By tying Vss (Pin 27) to a


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PDF 14-Bit AD7535 AD7535 C68000 16-bit AD753S interfacing DAC with 8086 microprocessor
pin diagram of ic 8086

Abstract:
Text: Interfacing the DP8408 to an 8086 System ADDRESS BUS i X RO-6, 7 AD D R ESS PORT QO-6, 7 RÄS3 , timing of the outputs and shoutd be connected directly to the 8086 clock. These inputs come from the 8086 , presence is controlled by BHE and A0 respectively. This output is used to insert a wait state into the 8086 memory cycles when selected and during a forced refresh cycle where the 8086 attempts to access the , Dynamic RAM Controller Interface Circuit for the 8086 and 8088 CPUs General Description The DP84332


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PDF DP84332 DP84332 DP8408 DP8408· pin diagram of ic 8086 dynamic ram controller interfacing of RAM with 8086 interfacing of memory devices with 8086 DP8409 timing diagram of 8086 maximum mode DM74LS74 dp84300 8086 memory timing diagram of 8086 minimum mode
SP7538JN

Abstract:
Text: resistors match. Microprocessor Interfacing The SP7538 is designed for easy interfacing to 16 , needed for interfacing to a minimum. Bipolar Operation (4-Quadrant Multiplication) The recom m ended , ii m i m i SP7538- 8086 Interface Figure 4 shows the 8086 processor interface to a single device , using multiple SP7538's. The SP7538 is offered in two operating tem perature options: 0°C to +70°C or -55°C to +125°C. Processing in accordance with MILSTD-883 is available. DESCRIPTION The SP7538 is a


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PDF SP7538 14-Bit 24-Pin SP7538KN. 13-Bit 24-pin SP7538JN SP7538JN BT-72 ic cmos 5772
1995 - 8086 bios function call

Abstract:
Text: segmented to flat memory models they associated segmentation with the 8086 's segmentation. With the 8086 , operating system. Assuming that interfacing to the operating system is done a very small percentage of the , moving from 8086 environment to the 32-bit protected mode environment. Essentially all assembly language , , developers will need to design their systems to take full advantage of the architecture's performance and , simplest system configuration. This paper will discuss: · How to initialize the Intel386TM and Intel486TM


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PDF Intel386TM Intel486TM 8086 bios function call 8086 assembly language reference manual 80386 architecture intel 80386 bus architecture 80386 instruction set 80386 processor architecture 80386 System Software Writer 8086 assembly language manual
pin diagram of ic 8086

Abstract:
Text: methods of interfacing the ISCC to a Motorola 68000 and an Intel 8086 . external bus arbitration circuit , 8086 INTRODUCTION The ISCC uses its flexible bus to interface with a variety of microprocessors and , an 8086 Interface with the ISCC Figure A-4 shows the connection of the ISCC to an 8086 , address access to the internal ISCC registers. AD 15 through ADO of the 8086 connect directly, or through , reverses, so the ISCC RESET signal inverts from the reset applied to the 8086 from the clock state


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PDF Z16C35 85C30/80C30 680x0 pin diagram of ic 8086 8086 microprocessor introduction 8086 interrupt vector table 8086 interrupts application latch used for 8086 manual of microprocessors 8086 minimum mode configuration of 8086
1996 - mc6502

Abstract:
Text: MX7534/MX7535 interface to both 8-bit and 16-bit processors. Figure 9a shows the 8086 16-bit processor interfacing to a single MX7535. In this setup, the doublebuffering feature of the DAC is not used. AD0­AD13 of , :CONTROL IS RETURNED TO THE MONITOR PROGRAM Table 6b. Sample Program for Loading the MX7534 from 8086 , Maximum Ratings" may cause permanent damage to the device. These are stress ratings only, and functional , of the specifications is not implied. Exposure to absolute maximum rating conditions for extended


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PDF 14-Bit MX7534/MX7535 MX7534 MX7535 mc6502 programmable Sine Wave Generator 8086 interfacing DAC with 8086 microprocessor 6502 microprocessor MX7534KN MX7534KCWP MX7534JP MX7534JN MX7534JCWP
1996 - MC6502

Abstract:
Text: MX7534/MX7535 interface to both 8-bit and 16-bit processors. Figure 9a shows the 8086 16-bit processor interfacing to a single MX7535. In this setup, the doublebuffering feature of the DAC is not used. AD0­AD13 of , :CONTROL IS RETURNED TO THE MONITOR PROGRAM Table 6b. Sample Program for Loading the MX7534 from 8086 , Maximum Ratings" may cause permanent damage to the device. These are stress ratings only, and functional , of the specifications is not implied. Exposure to absolute maximum rating conditions for extended


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PDF 14-Bit MX7534/MX7535 MX7534 MX7535 MC6502 MX7534JCWP MX7534JN MX7534JP MX7534KCWP MX7534KN MX7534KP
2009 - Not Available

Abstract:
Text: DB0 TO DB13 CS AD75381 MICROPROCESSOR INTERFACING LDAC The AD7538 is designed for easy interfacing to 16-bit microprocessors and can be treated as a memory mapped peripheral. This reduces the , AD7538-TO- 8086 INTERFACE AD7538-TO-MC68000 INTERFACE Figure 10 shows the 8086 processor interface to a , converter (DAC) that uses laser trimmed thin-film resistors to achieve excellent linearity. 1. The , AD7538s. 2. 3. A novel low leakage configuration enables the AD7538 to exhibit excellent output


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PDF 14-Bit AD7538 12-bit 24-pin, D01139-0-1/09
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