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LTC1746IFW#TR Linear Technology IC ADC SMPL 14BIT 25MSPS 48TSSOP
LTC1742CFW#TR Linear Technology IC ADC SMPL 14BIT 65MSPS 48TSSOP
LTC1864LDICE Linear Technology IC 1-CH 16-BIT SUCCESSIVE APPROXIMATION ADC, UUC8, DICE, Analog to Digital Converter
LTC1294BIJ Linear Technology IC 8-CH 12-BIT SUCCESSIVE APPROXIMATION ADC, SERIAL ACCESS, CDIP20, CERDIP-20, Analog to Digital Converter
LTC1294CIJ Linear Technology IC 8-CH 12-BIT SUCCESSIVE APPROXIMATION ADC, SERIAL ACCESS, CDIP20, CERDIP-20, Analog to Digital Converter
LTC1864LDICE#PBF Linear Technology IC 1-CH 16-BIT SUCCESSIVE APPROXIMATION ADC, UUC8, DICE, Analog to Digital Converter

Z80 ADC Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
am74ls373

Abstract: adc interfacing with 8085 AM9517A
Text: , high-speed, microprocessor-compatible analog-to-digital converter ( ADC ) that converts analog input signals , VB E , exhibit excellent tracking over temperature, so that the transfer function of the ADC has no , operating at 4 MHz with an ADC that has a conversion time of 5 microsec onds as an I/O device, several WAIT states will be needed since valid data from the ADC will not be avail able during the time a valid RD , a faster ADC (pushing the state-of-the-art), 2) slow the CPU clock, 3) introduce WAIT states to the


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PDF Am6148 am74ls373 adc interfacing with 8085 AM9517A
8085 microprocessor four channel data acquisition system

Abstract: No abstract text available
Text: , microprocessor-compatible analog-to-digital converter ( ADC ) that converts analog input signals into 8 -bit digital output , temperature, so that the transfer function of the ADC has no missing codes over the operating temperature , the advent of microprocessor technology, the design of monolithic data converters ( ADC or DAC) has , conversion ICs. For example, if an Am8085A-2 is used as the CPU operating at 4MHz with an ADC that has a , the ADC will not be availa ble during the time a valid RD command is generated by the CPU. There are


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PDF Am6108/6148 Am6108 76V/ms 900ns. 8085 microprocessor four channel data acquisition system
2004 - scf 4242

Abstract: Z80 CPU ld-3141 Z80 instruction set Z80 PROCESSOR Z80-CPU programming z80 z80 timing diagram z80 microprocessor Z80 mapped techniques
Text: Z80 Family CPU User Manual User Manual UM008005-0205 ZiLOG Worldwide Headquarters · 532 Race Street · San Jose, CA 95126-3432 Telephone: 408.558.8500 · Fax: 408.558.8300 · www.ZiLOG.com Z80 CPU , . UM008005-0205 Z80 CPU User's Manual iii Revision History Each instance in Table 1 reflects a , Description December 04 2004 Z80 Instruction Corrected discrepancies in the bit Set patterns for IM 0, IM 1 and IM 2 instructions. February 2005 Z80 Instruction Set, CPU Instruction Description


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PDF UM008005-0205 1000H, 1000H scf 4242 Z80 CPU ld-3141 Z80 instruction set Z80 PROCESSOR Z80-CPU programming z80 z80 timing diagram z80 microprocessor Z80 mapped techniques
2001 - TRANSISTOR BC 157

Abstract: pdf on BC 187 TRANSISTOR transistors BC 458 TRANSISTOR BC 158 Z80 CPU DIMENSIONS BC 458 transistor BC 458 Z80 instruction set BC 148 TRANSISTOR DATASHEET TRANSISTOR BC 141
Text: . . . . . . . . . . . . . 7 Z80 MEMORY Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . 13 Registers in Z80 Mode . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . 24 ADL Mode and Z80 Mode . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . 33 Persistent Memory Mode Changes in ADL and Z80 , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Z80 Memory Mode Map . . . . . . . . . .


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PDF UM007712-0503 TRANSISTOR BC 157 pdf on BC 187 TRANSISTOR transistors BC 458 TRANSISTOR BC 158 Z80 CPU DIMENSIONS BC 458 transistor BC 458 Z80 instruction set BC 148 TRANSISTOR DATASHEET TRANSISTOR BC 141
2001 - bc 408 equivalent

Abstract: Z80S A79b eZ80 CPU User Manual EWS300-24 instruction manual
Text: . . . . . . . . . . . . . 7 Z80 MEMORY Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . 13 Registers in Z80 Mode . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . 24 ADL Mode and Z80 Mode . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . 33 Persistent Memory Mode Changes in ADL and Z80 Modes . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Z80 Memory Mode Map . . . . . . . . .


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PDF UM007711-0103 bc 408 equivalent Z80S A79b eZ80 CPU User Manual EWS300-24 instruction manual
2008 - BC 148 TRANSISTOR DATASHEET

Abstract: TRANSISTOR BC 158 pdf on BC 187 TRANSISTOR TRANSISTOR BC 137 TRANSISTOR BC 187 TRANSISTOR BC 109 TRANSISTOR BC 157 equivalent transistor bc 172 b phillips BC 188 transistors Z80 CPU
Text: . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Z80 MEMORY Mode . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 eZ80® CPU Registers in Z80 Mode . , . . . 18 ADL Mode and Z80 Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , Memory Mode Changes in ADL and Z80 Modes . . . . . . . . . . . . . . . . . . . . 25 Mixed-Memory Mode , eZ80 processor. Memory Modes This chapter describes eZ80's two memory modes: ADL and Z80 . Registers


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PDF UM007714-0908 the15, Z80-compatible Z80-style BC 148 TRANSISTOR DATASHEET TRANSISTOR BC 158 pdf on BC 187 TRANSISTOR TRANSISTOR BC 137 TRANSISTOR BC 187 TRANSISTOR BC 109 TRANSISTOR BC 157 equivalent transistor bc 172 b phillips BC 188 transistors Z80 CPU
1998 - ld-3141

Abstract: Z80 CPU Instruction Set 2822H 2135H Z80 CPU Z80 ADC Zilog Z80 family zilog z80 processor z80 dma Z80 instruction
Text: for the Z80 and Z8018x families, each total being followed by a breakdown of the number of clocks , . As both the Z80185 and Z80195 utilize the Z8S180 core, the Z8018x timings are appropriate. The Z80 timings are included for reference only. In some Z80 T State breakdowns, short internal idle times may , 13.3 Z80 STATUS INDICATORS (FLAGS) The flag registers (F and F|) supply information to the user regarding the statue of the Z80 at any given time. The bit positions for each flag is shown below: 7 6


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PDF Z80185/195 UM971800200 ld-3141 Z80 CPU Instruction Set 2822H 2135H Z80 CPU Z80 ADC Zilog Z80 family zilog z80 processor z80 dma Z80 instruction
2002 - Z80 CPU

Abstract: Z80 instruction set Z80 PROCESSOR Zilog Z80 family Z80 BASIC scf 4242 Z80 CPU Instruction Set Z80 instruction datasheet z80 z80 pio
Text: Z80 Family CPU User Manual User Manual UM008003-1202 ZiLOG Worldwide Headquarters · 532 Race Street · San Jose, CA 95126-3432 Telephone: 408.558.8500 · Fax: 408.558.8300 · www.ZiLOG.com Z80 CPU , . UM008003-1202 Z80 CPU User's Manual iii Table of Contents Overview . . . . . . . . . . . . . . . , Z80 CPU User's Manual iv Interfacing Dynamic Memories . . . . . . . . . . . . . . . . . . . . . . , . . 33 Examples of Specific Z80 Instructions . . . . . . . . . . . . . . . . . . . . . . . . . 34


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PDF UM008003-1202 1000H, 1000H Z80 CPU Z80 instruction set Z80 PROCESSOR Zilog Z80 family Z80 BASIC scf 4242 Z80 CPU Instruction Set Z80 instruction datasheet z80 z80 pio
z80 pio

Abstract: Z80 CPU DIMENSIONS zilog z86E08 Z80 SIO DRAM 18DIP z86c04 package zilog ctc Z16C3001ZCO Z16C32 Z80382
Text: Ports, POR 2 Ports, POR 2 comp 2 comp/ ADC 1 comp 1 comp 1 comp Yes No No Yes Yes Yes , 2 comp 2 comp/ ADC - Yes No No No No Yes Yes 2 2 2 2 2 2 1 UART UART UART , OSD, 11 PWMs 4-ch ADC 1 2 4.75-5.25V 6 ­ 27 6 I2C 16KB 236B ­ 27 6 OSD, 11 PWMs 4-ch ADC 1 2 4.75-5.25V 6 ­ I2C 24KB 236B ­ 27 6 OSD, 11 PWMs 4-ch ADC 1 2 4.75-5.25V 6 ­ 27 6 I2C 32KB 300B OSD, 11 PWMs 4-ch ADC 1 2 4.75-5.25V 6 ­ I2C 32KB 300B ­ 27 6 OSD


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PDF Z86E33 Z86E34 22bis, 12-bit Z0220100ZCO z80 pio Z80 CPU DIMENSIONS zilog z86E08 Z80 SIO DRAM 18DIP z86c04 package zilog ctc Z16C3001ZCO Z16C32 Z80382
1999 - P122-5N

Abstract: grafik MAX232 smd 1x20 lcd P122-5NLED SMD code ZB RS232 MAX232 smd Z80 ADC IC1520-2PGH SMD Widerstand
Text: www.lcd-module.de EA P122-5NLED Das Grafikmodul EA P122-5NLED kann an ein Z80 - System, aber auch an ein 6800 , - 20 K - L L - Z80 : Hat der Pin 18 (RES) im Normalbetrieb Low-Pegel (max. 0,2xVDD , Displayhälfte Chipselect linke Displayhälfte H / L Displaytakteingang ca. 2kHz L (H) Z80 : Read 6800: (Enable) L Z80 : Write (H / L) 6800: (H=Read, L=Write) Am Pin 7 wird ein externer Takt von ca. 2kHz , 0 1 Select ADC 0 1 0 1 0 1 0 0 0 0 0/1 0=CW output; 1=CCW output


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PDF P122-5NLED 122x32 KIT122-xxx 90x49mm 24/RS-232C RS-232 MAX232 SED1520 P122-5N grafik MAX232 smd 1x20 lcd P122-5NLED SMD code ZB RS232 MAX232 smd Z80 ADC IC1520-2PGH SMD Widerstand
9517A

Abstract: AM6108DC
Text: converter ( ADC ) that converts analog input signals into 8-bit digital output code in less than 1 microsecond , tracking over temperature, so that the transfer function of the ADC has no missing codes over the operating , monolithic data converters ( ADC or DAC) has been greatly in Am6108/6148 Application Note fluenced by , operating at 4M Hz with an ADC that has a conversion tim e of 5 microseconds as an I/O device, several W AIT states will be needed since valid data from the ADC will not be availa ble during the tim e a valid RD


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PDF Am6108* Am6148 24-pin, 28-pin, Am6148 Am6108/6148 900ns. 9517A AM6108DC
Sharp IXD 067

Abstract: IXD 067 Z80B-CPU 0066H LH0080A LH0080B LH0080A SHARP Z80A-CPU LH0080E Z80E
Text:  Z80 CPU Central Processing Unit LH0080 LH0080 Z80 CPU Central Processing Unit ■Description The LH0080 Z80 CPU ( Z80 CPU for short below) is a general-purpose 8-bit microprocessor fabricated , dynamic memory refresh counter 7. Instruction fetch cycle : 1.6^s( Z80 ), 1.0/^s (Z80A), 0.67 fis (Z80B , . ■SHARP 284 Powered by ICminer.com Electronic-Library Service CopyRight 2003 Z80 CPU Centrai Processing Unit LH 0080 ■Ordering Information Product Z80 CPU Z80A CPU Z80B CPU Z80E CPU Package Operating


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PDF LH0080 LH0080 LH0080A LH0080B LH0080E Sharp IXD 067 IXD 067 Z80B-CPU 0066H LH0080A SHARP Z80A-CPU Z80E
Sharp IXD 067

Abstract: IXD 067 LH0080A LH0080A SHARP Z80B-CPU sharp z80 Sharp LH0080A LH0080 Z80E Z80B
Text:  Z80 CPU Central Processing Unit LH0080 LH0080 Z80 CPU Central Processing Unit ■Description The LH0080 Z80 CPU ( Z80 CPU for short below) is a general-purpose 8-bit microprocessor fabricated , dynamic memory refresh counter 7. Instruction fetch cycle : 1.6^s( Z80 ), 1.0^s (Z80A), 0.67 fts (Z80B , ¶j reset üJbusrq Top View ♦ The GND pins must be connected to the GND level. 284 SHARP Z80 CPU Central Processing Unit LH0080 ■Ordering Information Product Z80 CPU Z80A CPU Z80B CPU Z80E CPU


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PDF LH0080 LH0080 LH0080A LH0080B LH0080E Sharp IXD 067 IXD 067 LH0080A SHARP Z80B-CPU sharp z80 Sharp LH0080A Z80E Z80B
AM8085A-2

Abstract: AM6108DC Z8002 AM9517A Am8085A
Text: , microprocessor-compatible analog-to-digital converter ( ADC ) that converts analog input signals into 8-bit digital output , temperature, so that the transfer function of the ADC has no missing codes over the operating temperature , microprocessor technology, the design of monolithic data converters ( ADC or DAC) has been greatly in- 2-37 , operating at 4MHz with an ADC that has a conversion time of 5 microseconds as an I/O device, several WAIT states will be needed since valid data from the ADC will not be available during the time a valid RD


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PDF Am6108 Am6148 24-pin, 28-pin, Am6108 Am6148 76V/ms Am6108/6148 900ns. AM8085A-2 AM6108DC Z8002 AM9517A Am8085A
AM9517A

Abstract: Z8002 AmZ8 8085 microprocessor four channel data acquisition system AM8085 AM6108DC Zilog AMZ8002
Text: completely monolithic, high-speed, microprocessor-compatible analog-to-digital converter ( ADC ) that converts , temperature, so that the transfer function of the ADC has no missing codes over the operating temperature , microprocessor technology, the design of monolithic data converters ( ADC or DAC) has been greatly in- 2-37 This , operating at 4MHz with an ADC that has a conversion time of 5 microseconds as an I/O device, several WAIT states will be needed since valid data from the ADC will not be available during the time a valid RD


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PDF Am6108 Am6148 24-pin, 28-pin, Am6108 Am6148 76V/ms Am6108/6148 900ns. AM9517A Z8002 AmZ8 8085 microprocessor four channel data acquisition system AM8085 AM6108DC Zilog AMZ8002
Intel MCS-296

Abstract: intel 8086 Arithmetic and Logic Unit -ALU mcs-296 Intel MCS 296 80186 architecture MELPS7700 Intel MCS-96/296 zilog z80 p10 M377XX MELPS740
Text: instructions. Special on-chip peripherals: Some of the functions available on M16 devices include a 10-bit ADC , -CHANNEL ADC 8-BIT, THREE- CHANNEL SIM/IER UART/CLOCK SYNCHRONOUS SIO P4 P5 SYSTEM CLOCK , PORT AD AN2 PORT S 768-BYTE EEPROM AN0 AN1 PORT P ADC PORT DLC VFP on all , MHz 10-BIT, EIGHT-CHANNEL ADC ROM CS/WAIT FOUR-BLOCK CS/WAIT 112 b EDN SEPTEMBER 24 , GENERATOR PATTERN OUTPUT Zilog Z80 /80180/80380 TWO 16-BIT PROGRAMMABLE RELOAD TIMERS TXS


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PDF 16-bit 80C186 16-bit-wide Z80-compatible 32-bit Z8018x Z8038x Intel MCS-296 intel 8086 Arithmetic and Logic Unit -ALU mcs-296 Intel MCS 296 80186 architecture MELPS7700 Intel MCS-96/296 zilog z80 p10 M377XX MELPS740
1999 - NJU25005

Abstract: MA10 MA12 MA13 MA15 QFP80 U2500
Text: RD I MPU (68K="H"Z80="L") ( Z80 ) (68K) (68K) 80 VSS GND I I +5V , NJU25005 NJU25005 68K 68K Z80 NJU25005 Z80 SEL68 SEL68="H" 68K SEL68="L" Z80 8 SEN , MPU 1ms NJU25005 NJU25005 MPU Z80 D0-7 A0-7 68k NJU25005 NJU25005 D0 , WR WR R/W WR Z80 11. Z80 68K 12. 68K K CS CS Z D-D - K D WR RD CS CS -9- NJU25005 < Z80 Mode


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PDF NJU25005 24DSP NJU25005AVTV NJU25005FC2 NJU25005 MA10 MA12 MA13 MA15 QFP80 U2500
1996 - Z80 ADC

Abstract: zilog z80 dynamic ram Application S180 TMS320C25 Z80 application note dynamic ram
Text: interface ( Z80 compatible) - 16-bit General-Purpose I/O port s 100-pin QFP package s Operating , Converter ( ADC ) and a 14-bit Super-Sampled Digital-to-Analog Converter (DAC). The converters are , the ADC , on-chip voltage reference, and digital interface. The Z89C25 AFE provides good , distortion (S/N+D) for a full scale input indicates. The resolution of both the DAC and ADC is 14 bits. As , is 12 bits. The output sampling rate of the ADC and the input data rate to the DAC is 9600


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PDF Z89C25 Z89C25 0fd00h, AP96DSP0900 Z80 ADC zilog z80 dynamic ram Application S180 TMS320C25 Z80 application note dynamic ram
Not Available

Abstract: No abstract text available
Text: DIP Packages LC2M0S Complete, High Speed 12-Bit ADC AD7572A FUNCTIONAL BLOCK DIAGRAM AGNO ` VfgF , AD7572. The AD7572A is a complete 12-bit ADC that offers high speed performance combined with low, CMOS , DB9 LOW LOW LOW NOTES *D11 . . . DO/8 are the ADC data output pins. DB11 . . . DBO are the 12 , is not synchronized with the ADC clock then conversion time can vary from 12 to 13 CLK IN periods. This is because the ADC waits for the first falling CLK IN edge after conversion start before the


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PDF AD7572 AD7572AXX03: AD7572AXX10: 24-Pin, 12-Bit AD7572A AD7572A AD7572. AD7572AXX03 AD7572AXX10.
Z80 ADC

Abstract: TC514100 Z80 INTERFACING TECHNIQUES uras 14 Z80 FIO UAA 180 dot mode
Text: TC514100 J/ Z-80 TC5141OOJ/Z-10 The TC514100J/Z is the new generation dynamic RAM organized 4,194,304 words , . FEATURES • 4,194,304 word by 1 • Fast access time and bit organization cycle time TC514100J/ Z-80 , PIN CONNECTION (TOP VIEW) Plastic SOJ Plastic ZIP Low Power 550aW Operating (TC51410CJ/ Z-80 ) 468mW , GENERATOR BIAS VCC VSS ECBS This Material Copyrighted By Its Respective Manufacturer MEMORY TC5i4i00j/ z-80 , .) tc5x4100j/ z-80 - 100 mA 3 tc514i00j/z-10 - 85 XCC4 FAST PAGE MODE CURRENT Average Power Supply Current


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PDF TC514100 J/Z-80 TC5141OOJ/Z-10 TC514100J/Z Z80 ADC Z80 INTERFACING TECHNIQUES uras 14 Z80 FIO UAA 180 dot mode
6110-4

Abstract: PMAD7572ALN03 PMAD7572AJN03 MAX162BCNG MAX162ACNG AD7572ALN03 AD7572AJN03 AD7572A AD7572 ad7572ar10
Text: DEC 2 8 i930 ANALOG DEVICES ► LC2M0S Complete, High Speed 12-Bit ADC FEATURES Improved , over the original AD7572. The AD7572A is a complete 12-bit ADC that offers high speed performance , *D11 . . . DB 11 . . DGND CLK IN CLK OUT HBEN DO/8 are the ADC data output pins. . DBO are the 12 , (Pin 17) and CLK OUT (Pin 18) to provide a clock oscillator for the ADC timing. Alternatively the , input is not synchronized with the ADC clock then conversion time can vary from 12 to 13 CLK IN periods


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PDF 12-Bit AD7572 AD7572AXX03: AD7572AXX10: -12Vor-15V 24-Pin, AD7572A AD7572. AD7572AXX03 AD7572AXX10. 6110-4 PMAD7572ALN03 PMAD7572AJN03 MAX162BCNG MAX162ACNG AD7572ALN03 AD7572AJN03 ad7572ar10
Z80A CPU

Abstract: Z80A
Text: 8 0 In s t r u c t io n D e s c r ip t io n 5.0 INTRODUCTION: Z80 ASSEMBLY LANGUAGE The , obtain a m achine language program (object program) that can be executed directly by the Z80 CPU , assembler is part of the RIO environ­ ment operating in a 32K memory space. Z80 STATUS INDICATORS (FLAGS) The flag register (F and F') supplies information to the user regarding the statue of the Z80 , of the two Z80 Flag Registers statue information which are set or reset by CPU opera­ tions. (Bits


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PDF 1000H, 1000H Z80A CPU Z80A
2013 - Z8 Encore XP F0822 lcd

Abstract: Z80 usb interface ZRE200BP Z16C32
Text: 3328 - ADC Resolution Timers 8 12 3 8Bit × 2ch (16Bit × 1ch), 16Bit × 1ch , 52, 66 1 (1 shared) ADC Item 10-pin, SSOP Analog Comparator, Buzzer Driver port, On , Core Frequency Oscillator Memory GPIO 16 Bit Multi- Comparators POR/VBO Package (RAM) ADC , Package F083A Series Key Features: 4/8KB Flash | Fast 2.5μS ADC | 20MHz IPO Z8F083A eZ8 20 8 256 100 23, 17 2 2 √ 8, 7 1 POR / VBO 20 - SAR ADC 2.7V to 3.6V


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PDF Z16FMC Z8FMC16100 eZ80Acclaim! eZ80AcclaimPlus! FL010302-0613 Z8 Encore XP F0822 lcd Z80 usb interface ZRE200BP Z16C32
half udder using ic

Abstract: c006 SMD A21S OBG analog AD7824 AD7824KN AD7824LN AD7828 ad7828e
Text: shows a typical AD7824/AD7828 - Z80 interface. The AD7824/AD7828 is operating in Mode 0. Assume the ADC , technique means that there is no need to generate a clock signal for the ADC . The AD7824 and AD7828 can be , multiplexer gives cost-effective space-saving multichannel ADC system. 2. Fast conversion rate of 2.5|jus , signal is required for the ADC . REV. A This Material ANALOG-TO-DIGITAL CONVERTERS 2-S33 Copyrighted , an 8-bit result. Each 4-bit flash ADC contains IS comparators which compare the unknown input to a


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PDF AD7824/AD7828 10kHz AD7824 AD7828 AO7829 AD7824) AD7828) D7824/AD7828- half udder using ic c006 SMD A21S OBG analog AD7824KN AD7824LN ad7828e
AD1674 AND APPLICATION NOTES

Abstract: AD574AJN ADS74A AD574A AD574AJ AD1674 AD674B AD774B HR-R capacitor 68000a
Text: out of 10 volts for a 12-bit ADC . REV. A This Material ANALOG-TO-DIGITAL CONVERTERS 2-45 , alternate approach is to use the AD1674, which combines the ADC and SHA on one chip, with a total throughput , the output. Remember that a few millivolts of noise represents several counts of error in a 12-bit ADC , perform during the ADC conversion cycle. Another possible time-out method is to assume that the ADC will , finished, the data can be read. In the case of an ADC of 8-bit resolution (or less), a single data read


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PDF 12-Bit AD574A* 16-Bit AD574AJ, AD574AS, 10ppm/Â ADS74AL ADS74AU AD674B, AD1674 AND APPLICATION NOTES AD574AJN ADS74A AD574A AD574AJ AD1674 AD674B AD774B HR-R capacitor 68000a
Supplyframe Tracking Pixel