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LTC690CS8#TR Linear Technology LTC690 - Microprocessor Supervisory Circuits; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
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6502 microprocessor Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1998 - SY6522

Abstract: 6502 microprocessor SYP6522 ADC 7135 6522 6522 VIA via 6522 DAC with BCD input 7135 7135 led driver
Text: required to interface the TC7135 to a microprocessor . The circuit was developed for a 6502 µP and 6522 I/O , A 6502 MICROPROCESSOR ; USING A 6522 I/O PORT ; ; RESULTS ARE STORED IN 5 BYTES OF ZERO-PAGE , APPLICATION NOTE 16 TC7135 MICROPROCESSOR INTERFACE by Wes Freeman Many data acquisition , of an LSI I/O chip, simplify a microprocessor interface. The relationship between the various TC7135 , Outputs AN16-1 TC7135 MICROPROCESSOR INTERFACE AN-16 Interface Hardware cycles apart. A TC7135


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PDF TC7135 TC7211A TC7212A TC700A SY6522 6502 microprocessor SYP6522 ADC 7135 6522 6522 VIA via 6522 DAC with BCD input 7135 7135 led driver
2001 - 6502 microprocessor

Abstract: SY6522 SYP6522 6522 TC7135 TC7211A AN16 PIC REF 1 UPS DAC with BCD inputs DAC with BCD input
Text: ; TC7135 INTERFACE TO A 6502 MICROPROCESSOR ; USING A 6522 I/O PORT ; ; RESULTS ARE STORED IN 5 BYTES OF , AN16 TC7135 Microprocessor Interface Author: · · Wes Freeman, Microchip Technology, Inc , the TC7135 to a microprocessor . The circuit was developed for a 6502µP and 6522 I/O port, but the , /O chip, simplify a microprocessor interface. The relationship between the various TC7135 outputs is , the 6522's PA0 through PA7 inputs. The TC7135's STROBE output interrupts the microprocessor via the


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PDF TC7135 400Hz D-81739 D-82152 DS00784A-page 6502 microprocessor SY6522 SYP6522 6522 TC7211A AN16 PIC REF 1 UPS DAC with BCD inputs DAC with BCD input
2002 - SY6522

Abstract: MICROCHIP ADC 7109 Samsung multimeter chip an-788 AN788 02b9 Digital Multimeter flowchart and schematic diagram 8582 TC7660 TC7109
Text: ; USING THE TC7109 INTERFACED TO A 6502 ; MICROPROCESSOR VIA A 6522 I/O PORT ; RESULTS STORED AT , conversion-speed limitation of integrating A/D converters. A microprocessor with program-controlled numerical , conversion time, irrespective of the signal input. Finally, the microprocessor must sum all three , shows connections for a system using the TC7109 in conjunction with a 6502 processor and 6522 , -sample average taken in the microprocessor . The system would still respond to large signal deviations in a


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PDF AN788 D-81739 DS00788A* DS00788A-page SY6522 MICROCHIP ADC 7109 Samsung multimeter chip an-788 AN788 02b9 Digital Multimeter flowchart and schematic diagram 8582 TC7660 TC7109
1998 - SY6522

Abstract: 6522 rockwell rockwell 6522 rockwell 6522 VIA 02b9 AIM-65 6502 microprocessor dual slope adc K3534 A912
Text: DEMONSTRATE NUMERICAL INTEGRATION ; USING THE TC7109 INTERFACED TO A 6502 ; MICROPROCESSOR VIA A 6522 I/O , conversionspeed limitation of integrating A/D converters. A microprocessor with program-controlled numerical , conversion time, irrespective of the signal input. Finally, the microprocessor must sum all three , AN-27 Figure 6 shows connections for a system using the TC7109 in conjunction with a 6502 processor , harmonics of 20 Hz (including, of course, 60 Hz), with a 5-sample average taken in the microprocessor . The


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PDF TC7109. SY6522 6522 rockwell rockwell 6522 rockwell 6522 VIA 02b9 AIM-65 6502 microprocessor dual slope adc K3534 A912
2001 - SY6522

Abstract: ADC 7109 A580 MICROCHIP ADC 7109 TC7660 TC7109 AN27 A800 000D SVC 471 10
Text: ; USING THE TC7109 INTERFACED TO A 6502 ; MICROPROCESSOR VIA A 6522 I/O PORT ; RESULTS STORED AT , conversion-speed limitation of integrating A/D converters. A microprocessor with program-controlled numerical , , irrespective of the signal input. Finally, the microprocessor must sum all three conversions to achieve the , shows connections for a system using the TC7109 in conjunction with a 6502 processor and 6522 , -sample average taken in the microprocessor . The system would still respond to large signal deviations in a


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PDF D-81739 D-82152 DS00788A-page SY6522 ADC 7109 A580 MICROCHIP ADC 7109 TC7660 TC7109 AN27 A800 000D SVC 471 10
db3 c605

Abstract: ls 2466 OP AMPLIFIER interfacing DAC with 8086 microprocessor DB4 c605 AD7534JP
Text: Interfa ce C ircu it AD7534 - 6502 INTERFACE The interface circuit for the 6502 microprocessor is shown , Microprocessor Based Control Systems Digital Audio Reconstruction High Precision Servo Control Control and , possible to achieve a low output leakage current at high temperatures, 3. Microprocessor Compatibility High , 8085A micro processor is given in Figure 9. T he microprocessor sees the DAC as four memory locations , AD7534 may be interfaced to the 16-bit 8086 microprocessor using the circuit of Figure 10. The bottom 8


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PDF 14-Bit AD7534 20-Pin AD7534 db3 c605 ls 2466 OP AMPLIFIER interfacing DAC with 8086 microprocessor DB4 c605 AD7534JP
6502 microprocessor

Abstract: db3 c605 interfacing DAC with 8086 microprocessor DB4 c605 AD7534JN Z80 PROCESSOR AD544 AD7534JP lf356 linear AD7534KP
Text: the 6502 microprocessor is shown in Figure 12. •LINEAR CIRCUITRY OMITTED FOR CLARITY Figure 12 , Microprocessor Based Control Systems Digital Audio Reconstruction High Precision Servo Control Control and , temperatures. 3. Microprocessor Compatibility High speed input control (TTL/5V CMOS compatible) allows direct , Figure 8. Graph of Typical Leakage Current vs. Temperature for AD7534 REV. A 9- AD7534 MICROPROCESSOR INTERFACING AD7534 - 8085A INTERFACE A typical interface circuit for the AD7534 and the 8085A microprocessor


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PDF 14-Bit AD7534 20-Pin AD7534 MIL-M-38510 6502 microprocessor db3 c605 interfacing DAC with 8086 microprocessor DB4 c605 AD7534JN Z80 PROCESSOR AD544 AD7534JP lf356 linear AD7534KP
6502 microprocessor

Abstract: No abstract text available
Text: Interface Circuit AD7S34 - 6502 INTERFACE The interface circuit for the 6502 microprocessor is shown , Temperature Range APPLICATIONS Microprocessor Based Control Systems Digital Audio Reconstruction High , . Microprocessor Compatibility High speed input control (TTL/5V CMOS compatible) allows direct interfacing to most , Figure 8. Graph o f Typical Leakage Current vs. Temperature for AD7S34 AD7534 MICROPROCESSOR , is given in Figure 9. The microprocessor sees the DAC as four memory locations, identified by address


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PDF 14-Bit 20-Pin AD7534 6502 microprocessor
6502 microprocessor

Abstract: EZ536 nmos 6502 microprocessor NCR65C02 TSX plp 01 6502 timing diagram ZPG 22 6502 CPU architecture block diagram Cmos 6502 65C02
Text: NMOS 6500 series microprocessors. • 64 K-byte addressable memory. The NCR CMOS 6502 is an 8-bit microprocessor which is software compatible with the NMOS 6502 . The NCR65C02 hardware interfaces with all 6500 , ENHANCEMENTS Function NMOS 6502 Microprocessor NCR65C02 Microprocessor Indexed addressing across page , , then interrupt is executed. > MICROPROCESSOR HARDWARE ENHANCEMENTS Function NMOS 6502 NCR65C02 , ten new instructions and two additional addressing modes. • 66 microprocessor instructions. • 15


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PDF 65C02 NCR65C02 6502 microprocessor EZ536 nmos 6502 microprocessor TSX plp 01 6502 timing diagram ZPG 22 6502 CPU architecture block diagram Cmos 6502 65C02
db3 c605

Abstract: AD7534JN AD7534JP A07534 z80 microprocessor 6502 microprocessor P-20A AD7534KP AD7534KN AD7534
Text: MC6809 Interface Circuit AD7S34 - (502 INTERFACE Hie interface circuit for the 6502 microprocessor is , Mount Package Low Output Leakage (<20nA) Over the Full Temperature Range APPLICATIONS Microprocessor , temperatures. 3. Microprocessor Compatibility High speed input control (TTL/5V CMOS compatible) allows direct , . Temperature for AD7S34 REV. A -9- AD7534 MICROPROCESSOR INTERFACING AD7S34 - 808SA INTERFACE A typical interface circuit for the AD7534 and the 808$A microprocessor it given in Figure 9. The microprocessor sees


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PDF 14-Bit A07534 20-Pin AD7534 db3 c605 AD7534JN AD7534JP A07534 z80 microprocessor 6502 microprocessor P-20A AD7534KP AD7534KN
ad7548

Abstract: AD7548JN a2004c 6502 microprocessor
Text: 6502 INTERFACE Figure 14 shows a typical AD7548 to 6502 microprocessor interface configured for , Full 4 Quadrant Multiplication Skinny DIP and Surface Mount Packages APPLICATIONS 8-Bit Microprocessor , . Microprocessor Compatibility High speed input control (TTL/5V CMOS compatible) allow direct interfacing to most , calling on the microprocessor to load calibration data. -6 - UNIPOLAR BINARY OPERATION (2 , Converters" , Publi cation Number G479- 15- 8/78, available from Analog Devices. MICROPROCESSOR


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PDF 12-Bit AD7548 548-Z 80Interface AD7548JN a2004c 6502 microprocessor
G479-15-8

Abstract: AD544 AD7548 AD7548AQ AD7548JN AD7548KN
Text: AD7548 - 6502 INTERFACE Figure 14 shows a typical AD7548 to 6502 microprocessor interface configured for , and Surface Mount Packages APPLICATIONS 8-Bit Microprocessor Based Control Systems Programmable , to most of the popular 8-bit microprocessors. PRODUCT HIGHLIGHTS 1. Microprocessor Compatibility , in circuits such as Figure 6 without calling on the microprocessor to load calibration data , ", Publication Number G479-15-8/78, available from Analog Devices. MICROPROCESSOR INTERFACING AD7548 - MC6800


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PDF 12-Bit AD7548 AD7548 AD7S48 20-Terminal 20-Lead G479-15-8 AD544 AD7548AQ AD7548JN AD7548KN
1996 - AD7837

Abstract: AD7847 AD7837SQ AD7837BR AD7837BQ AD7837BN AD7837AR AD7837AQ AD7837AN Ad7847an
Text: and the 6502 or 6809 microprocessor . For the 6502 microprocessor , the 2 clock is used to generate , trims are required to achieve full specified performance. Both parts are microprocessor compatible , where NA = DAC A input code in decimal (1 NA 4095) MICROPROCESSOR INTERFACING­AD7847 and NB = , three popular 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10. In all interfaces , . Figure 11 shows an interface between the AD7847 and the 8086 microprocessor . A single MOV instruction


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PDF 12-Bit 24-Pin 24-Terminal AD7847 AD7837 AD7837/AD7847 AD7837/AD7847 MIL-M-38510 AD7837 AD7847 AD7837SQ AD7837BR AD7837BQ AD7837BN AD7837AR AD7837AQ AD7837AN Ad7847an
2000 - 7493 PIN function MSB LSB

Abstract: AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
Text: AD7837 and the 6502 or 6809 microprocessor . For the 6502 microprocessor , the 2 clock is used to , LATCH B CS Both parts are microprocessor compatible, with high speed data latches and interface , ­V IN 12 A 2 + NA N VOUT B = ­V IN 12 B 2 + NB MICROPROCESSOR INTERFACING­AD7847 , AD7847 and three popular 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10. In all , and the 8086 microprocessor . A single MOV instruction loads the 12-bit word into the selected DAC


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PDF 12-Bit AD7837/AD7847 24-Lead 24-Terminal AD7847 AD7837 AD7837/AD7847 MIL-M-38510 7493 PIN function MSB LSB AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
Not Available

Abstract: No abstract text available
Text: interface between the AD7837 and the 6502 or 6809 microprocessor . For the 6502 microprocessor , the Ï , £· 2 + NA    N  VOUT B = –V IN  12 B   2 + NB  MICROPROCESSOR INTERFACING–AD7847 Figures 20 to 22 show interfaces between the AD7847 and three popular 16-bit microprocessor , AD7847 and the 8086 microprocessor . A single MOV instruction loads the 12-bit word into the selected , MICROPROCESSOR INTERFACING–AD7837 ADDRESS BUS 8086 ALE ADDRESS DECODE 16 BIT LATCH CSA CSB


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PDF AD7837/AD7847â 15specifications AD7837] MIL-M-38510 24-Lead
2000 - MOS 6502

Abstract: AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
Text: microprocessor . For the 6502 microprocessor , the 2 clock is used to generate the WR, while for the 6809 the E , are microprocessor compatible, with high speed data latches and interface logic. The AD7847 accepts , N VOUT B = ­V IN 12 B 2 + NB MICROPROCESSOR INTERFACING­AD7847 where NA = DAC A input , 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10. In all interfaces, the AD7847 is , microprocessor . A single MOV instruction loads the 12-bit word into the selected DAC latch and the output


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PDF 12-Bit AD7837/AD7847 24-Lead 24-Terminal AD7847 AD7837 MIL-M-38510 MOS 6502 AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
2000 - class d power amplifier

Abstract: 8086 microprocessor AD7847AN AD7837SQ AD7837BR AD7837BQ AD7837BN AD7837AR AD7837AQ AD7837AN
Text: microprocessor . For the 6502 microprocessor , the 2 clock is used to generate the WR, while for the 6809 the E , N VOUT B = ­V IN 12 B 2 + NB MICROPROCESSOR INTERFACING­AD7847 where NA = DAC A input , 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10. In all interfaces, the AD7847 is , microprocessor . A single MOV instruction loads the 12-bit word into the selected DAC latch and the output responds on the rising edge of WR. ­10­ REV. C AD7837/AD7847 MICROPROCESSOR INTERFACING­AD7837


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PDF AD7837/AD7847 15specifications AD7837] MIL-M-38510 24-Lead class d power amplifier 8086 microprocessor AD7847AN AD7837SQ AD7837BR AD7837BQ AD7837BN AD7837AR AD7837AQ AD7837AN
2000 - Not Available

Abstract: No abstract text available
Text: 6502 or 6809 microprocessor . For the 6502 microprocessor , the φ2 clock is used to generate the WR , are microprocessor compatible, with high speed data latches and interface logic. The AD7847 accepts , £­  N  VOUT B = –V IN  12 B   2 + NB  MICROPROCESSOR INTERFACING–AD7847 , the AD7847 and three popular 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10. In , AD7847 and the 8086 microprocessor . A single MOV instruction loads the 12-bit word into the selected


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PDF 12-Bit AD7837/AD7847 24-Lead 24-Terminal AD7847 AD7837 MIL-M-38510
1996 - 6502 microprocessor

Abstract: 68008
Text: Interface Figure 16 shows an interface between the AD7837 and the 6502 or 6809 microprocessor . For the 6502 microprocessor , the 2 clock is used to generate the WR, while for the 6809 the E signal is used , achieve full specified performance. Both parts are microprocessor compatible, with high speed data latches , order to maintain accuracy. MICROPROCESSOR INTERFACING­AD7847 where NA = DAC A input code in decimal , AD7847 and three popular 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10. In all


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PDF 12-Bit 24-Pin 24-Terminal AD7847 AD7837 AD7837/AD7847 AD7837/AD7847 MIL-M-38510 6502 microprocessor 68008
2000 - interfacing DAC with 8086 microprocessor

Abstract: AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
Text: microprocessor . For the 6502 microprocessor , the 2 clock is used to generate the WR, while for the 6809 the E , microprocessor compatible, with high speed data latches and interface logic. The AD7847 accepts 12-bit parallel , 12 A 2 + NA N VOUT B = ­V IN 12 B 2 + NB MICROPROCESSOR INTERFACING­AD7847 where , and three popular 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10. In all , and the 8086 microprocessor . A single MOV instruction loads the 12-bit word into the selected DAC


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PDF 12-Bit AD7837/AD7847 24-Lead 24-Terminal AD7847 AD7837 MIL-M-38510 interfacing DAC with 8086 microprocessor AD7837 AD7837AN AD7837AQ AD7837AR AD7837BN AD7837BQ AD7837BR AD7847
2000 - AD7837AR

Abstract: 6502 microprocessor 6502 timing diagram
Text: 6809 microprocessor . For the 6502 microprocessor , the 2 clock is used to generate the WR, while for the , microprocessor compatible, with high speed data latches and interface logic. The AD7847 accepts 12-bit parallel , either power supply voltages in order to maintain accuracy. MICROPROCESSOR INTERFACING­AD7847 Figures 20 to 22 show interfaces between the AD7847 and three popular 16-bit microprocessor systems, the 8086 , 8086 microprocessor . A single MOV instruction loads the 12-bit word into the selected DAC latch and the


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PDF 12-Bit 24-Lead 24-Terminal AD7847 AD7837 AD7837/AD7847 AD7837 AD7837/AD7847 AD7837AR 6502 microprocessor 6502 timing diagram
AD7548KP

Abstract: No abstract text available
Text: AD7548 AD7548 - 6502 INTERFACE Figure 14 shows a typical AD7548 to 6502 microprocessor interface , microprocessor to load calibration data. 2-606 DIGITAL-TO-ANALOG CONVERTERS REV. A Applyingthe AD7548 , from Analog Devices. 2-608 DtGlTAL-TO-ANALOG CONVERTERS REV. A AD7548 MICROPROCESSOR , microprocessor interface configured for automatic transfer of 8 + 4-bit right-jus tified data. Table IV gives a , be interfaced to the MC6809 microprocessor as shown in Figure 12 for automatic transfer of 8 + 4


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PDF 12-Bit AD7548 16-bit AD7548. 12bit AD7548 AD7548KP
1995 - Not Available

Abstract: No abstract text available
Text: /6809 Interface Figure 15 shows an interface between the AD7237A and the 6502 or 6809 microprocessor , 6502 microprocessor , the 2 clock is used to generate the WR, while for the 6809 the E signal is used , trims are required to achieve full specified performance. Both parts are microprocessor compatible, with , REV. 0 AD7237A/AD7247A MICROPROCESSOR INTERFACING-AD7247A AD7247A-MC68000 Interface Figures , of the ADSP-2101. Interfacing between the AD7247A and the MC68000 microprocessor is achieved using


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PDF 12-Bit AD7237/AD7247: AD7247A AD7237A Power--165 AD7237A/AD7247A AD7237A/AD7247A AD7237/AD7247.
1995 - AD7237A

Abstract: AD7237AAN AD7237AAR AD7237ABN AD7237ABR AD7237ATQ AD7247A AD7247AAN INTERFACING-AD7237A
Text: an interface between the AD7237A and the 6502 or 6809 microprocessor . The procedure for writing data to the AD7237A is as outlined for the 8085A/8088 interface. For the 6502 microprocessor , the 2 , external user trims are required to achieve full specified performance. Both parts are microprocessor , . ­10­ REV. 0 AD7237A/AD7247A MICROPROCESSOR INTERFACING-AD7247A AD7247A-MC68000 Interface , memory address for each DAC. Interfacing between the AD7247A and the MC68000 microprocessor is


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PDF 12-Bit AD7237/AD7247: AD7247A AD7237A Power--165 AD7237A/AD7247A AD7237A/AD7247A AD7237/AD7247. AD7237A AD7237AAN AD7237AAR AD7237ABN AD7237ABR AD7237ATQ AD7247A AD7247AAN INTERFACING-AD7237A
a to d converter interface with 8051

Abstract: No abstract text available
Text: microprocessor . For the 6502 microprocessor , the < (> 2 clock is used to generate the WR, while for the 6809 the , to achieve full specified performance. Both parts are microprocessor compatible, with high speed data , in order to maintain accuracy. MICROPROCESSOR INTERFACING-AD7847 Figures 11 to 13 show interfaces between the AD7847 and three popular 16-bit microprocessor systems, the 8086, MC68000 and the TMS320C10 , . AD7847-8086 Interface Figure 11 shows an interface between the AD7847 and the 8086 microprocessor . A


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PDF 12-Bit 24-Pin 24-Terminal AD7847 AD7837 AD7837/AD7847 AD7837/AD7847 AD7837-68008 a to d converter interface with 8051
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