NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: using 8051 controllers, with emphasis on new architectural improvements that can extend the battery , microcontroller. The original design of the 8051 was based on a 12-clock, 2-fetch-per-machine cycle architecture. , external bus. There is an additional power savings when using on-chip memory. The 8051 architecture , RAM. Figure 4 shows the power consumption of two systems using SRAM mapped into the 8051 MOVX data , from a power standpoint is the clock source. Standard 8051 designs typically either excite an external ... | Original |
12 pages, |
80C32 8051 timers digital thermometer using 8051 DS1620 DS2064 DS80C320 DS87C520 DS87C530 74AC573 AN1771 program ds1620 with 8051 piezoelectric crystals 8051 microcontroller thermometer square wave generator by 8051 DS80C320 abstract |
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| Abstract: , timing alarm clock and clock adjustment. Built-in 8-bit timer for max. 256 seconds long time timing. , operating mode is the same as 8051 with additional programmable prescaler to control the clock frequency , and the leap year auto switch function. When setting week, day, hour and minute, the alarm clock generates alarm interrupt which can close or start some function of alarm clock through corresponding alarm , SC9351 SC9351 AUDIO SYSTEM CONTROL MCU DESCRIPTION SC9351 SC9351 is an 8051-based MCU with built-in 64KByte ... | Original |
19 pages, |
sc9351 int6 in 8051 LDO MARKING MCS51 of 8051 of tcon register of 8051 MCS51 ASSEMBLER digital clock with alarm using 8051 Digital Alarm Clock using 8051 SC9351 SC9351 abstract |
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| Abstract: day alarm is programmed to wake up the 8051 every 24 hours (12PM). Every 24 hours the 8051 wakes up , register, then the 8051 programs the hardware CMOS alarm registers. The ACPI RTC_EN and RTC_STS bits , FDC37N958FR FDC37N958FR RTC. The FDC37N958FR FDC37N958FR RTC alarm goes off. The 8051 checks if the software RTC_EN bit is set. If , 8051 control; The 8051 programs PMW1 Register (0x7F26) with the PWM duty cycle and clock rate. Under , of the registers on VCC2. The 8051 running from the ring oscillator clock source can turn on the ... | Original |
28 pages, |
interfacing 8051 keyboard interfacing 8051 with fan 8051 reset circuit temperature sensor interface with 8051 led interface with 8051 digital clock with alarm using 8051 pc keyboard interfacing with 8051 lcd interface with 8051 keyboard interfacing with 8051 8051 keyboard ps2 circuit fan speed control 8051 FDC37N958FR FDC37N958FR abstract |
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| Abstract: were made to provide a digital clock signal (32,768Hz, 8,192Hz, 60Hz, or 50Hz) to the CLK input pin. , Maxim > App Notes > REAL-TIME CLOCKS Keywords: Real-Time Clock, RTC, DS1307 DS1307, DS1337 DS1337, DS1338 DS1338 , to the device. This example was written for an 8051-type micro, the DS2250/ DS2250/ DS5000 DS5000. The program must be modified to work properly on typical 8051 variants (i.e. assign I²C bus to unused port pins). , the time and date using entries from stdin - */ /* Note: NO error checking is done on the user ... | Original |
11 pages, |
DS1339 ds1340 DS1340 using 8051 DS1375 DS2250 i2c interfacing with 8051 ds1307 8 pin APP3300 DS1338 DEMO1307 DS1307 AN3300 DS1307 IC IC DS1307 DS1307 abstract |
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| Abstract: NO.: PAGE: VERSION: W9980 W9980 Digital Voice Recorder Recorder General Applications: W9980 W9980 was specially designed for long duration digital recoding appliance using NVM as the storage device. , NO.: PAGE: VERSION: · Alarm Clock : Provide 4 time zones up to 80 sets of alarm clock · , pin is external synchronous serial clock in if UPIC_EN enable (8051/8032 serial mode 0) MA6 / 11 , internal memory address 6 This pin is external synchronous serial clock in if UPIC_EN enable (8051/8032 ... | Original |
15 pages, |
W9980D key board interface with 8051 LCD interfacing to 8051 NS16550 Voice Record 8051 pin configuration W9980 VOICE RECORDER circuits VOICE RECORDER Digital Alarm Clock using 8051 lcd interface with 8051 IBM 8189 diagram Digital Clock LCD 8051 W9980 abstract |
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| Abstract: digital Ground. This connection can be separated using a scalpel or other suitable tool if analog to , microMODUL-8051 Low Power is equipped with an RTC-8583 RTC-8583 Real-Time Clock (RTC) at U7. This RTC device provides the , for battery buffer) · clock function with four year calendar · universal timer with alarm and , microMODUL-8051 Low Power Hardware Manual Edition May 2003 A product of a PHYTEC Technology Holding company microMODUL-8051 Low Power In this manual are descriptions for copyrighted products ... | Original |
54 pages, |
RTC-8583 305E3 80C154S 80c32 code manual 3 to 8 line decoder using 8051 DS80C323 EPM7032V G100 mini project with 8051 programs digital clock with alarm using 8051 data acquisition 8051 microcontrollers compact flash interface with 8051 Digital Alarm Clock using 8051 datasheet abstract |
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| Abstract: trace connecting the analog Ground and digital Ground. This connection can be separated using a , microMODUL-8051 Low Power is equipped with an RTC-8583 RTC-8583 Real-Time Clock (RTC) at U7. This RTC device provides the , for battery buffer) · clock function with four year calendar · universal timer with alarm and , microMODUL-8051 Low Power Hardware Manual Edition March 2001 A product of a PHYTEC Technology Holding company microMODUL-8051 Low Power In this manual are descriptions for copyrighted ... | Original |
54 pages, |
RTC-8583 EPM7032V DS80C323 80C154S mini project with 8051 programs Digital Alarm Clock using 8051 compact flash interface with 8051 digital clock with alarm using 8051 datasheet abstract |
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| Abstract: completely powered down. While in this mode, the 8051 can still execute code without an external clock source by running on an internal CMOS ring-oscillator. When this clock is stopped and the 8051 is idle , : Manually, by pressing the button, through an event (wakeup function) or an alarm. Using the features of , Enhanced Real Time Clock with 2nd Alarm and Century Byte. 12 N N IrDA SIR Table 7 - Component , keyboard controller, real-time clock, and may other features, integrating and eliminating expensive ... | Original |
25 pages, |
laptop motherboard circuit diagram PC96 FDC37C665IR 8042 "Keyboard Controller" Digital Alarm Clock using 8051 8051 midi digital clock with alarm using 8051 ps2 controller adaptor to usb usb/ps2 keyboard controller 8042 keyboard controller datasheet 8051 keyboard ps2 circuit 8051 ps2 keyboard circuit datasheet abstract |
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| Abstract: without using an expensive Analog to Digital Converter (ADC). This option is worth considering in many , battery alarm. Apart from the above mentioned cases and examples there are many cases where using a DAC , using a DAC This is an application that is typically implemented with an analog to digital converter , ) Analog out Microcontroller (8051) DAC (ICM7363 ICM7363) Serial port Digital in Figure 1 , for Digital conversion of data Begin: Make the most significant bit high; Loop: Convert using the ... | Original |
12 pages, |
8051 mcs51 AN003 AT89S8252 ICM7323 ICM7343 ICM7363 LM235 LM339 MCS-51 with adc and eeprom MCS51 Digital Alarm Clock using 8051 MCS51 ASSEMBLER AN003 abstract |
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| Abstract: Alarm and Parallel Load 1366 32-bit Embedded Core Peripheral, Real-time Clock 1 (RTC1) Alarm and Parallel Load 1245 32-bit Embedded Core Peripheral, Real-time Clock 2 (RTC2) Alarm and Parallel Load , AT25XXX AT25XXX Serial EEPROMs with AT89CXX AT89CXX Microcontrollers A Digital Thermometer Using the AT89C2051 AT89C2051 , /00 4 1657 AT90S/LS8535 AT90S/LS8535 Rev. E 8/00 3 AVR134 AVR134: Real-Time Clock using the , ATF20V8CZ ATF20V8CZ(Q) 3/00 3 0529 FPGA-based FIR Filter Using Bit-Serial Digital Signal Processing 1449 ... | Original |
13 pages, |
24cxx usb programmer atmel 0731 atmel 0704 ATMEL 0348 ic at89c51 ATMEL 0749 keypad 4x4 c code for 8051 atmel 0709 at89s8252 real time clock AVR128 sound recorder isp programmer circuit for AT89c2051 atmel 0740 usb programmer circuit for AT89c51 AT76C651 AT76C3XX AT76C651 abstract |
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| & SAA7188 SAA7188 SAA7188 SAA7188 Appnotes for Digital Video Enc" (1-5-94 ) Clock Regenerator With Crystal -12-88 ) Digital Filtering Using XA Revision 0.11 (1-3-96 ) Digital Video Decoder/Encoder Module -6-93 ) Using The ADC And PWM Of The 83c752/87c752 (1-6-93 ) Using the analog-to-digital -11-98 ) 8051 Family Warm Boot Determinations (1-12-89 ) 80C51 80C51 80C51 80C51 External Memory Interfacing (24 Enable-Swich using the BFG425W BFG425W BFG425W BFG425W 900MHz Driver-Amplifier with the BFG425W BFG425W BFG425W BFG425W www.datasheetarchive.com/files/philips/appnotes/index-v1.html |
Philips | 14/02/2002 | 137.64 Kb | HTML | index-v1.html |
| Clock & Synchronization Signals SAA7187 SAA7187 SAA7187 SAA7187 & SAA7188 SAA7188 SAA7188 SAA7188 Appnotes for Digital Video Enc (1 /2/2000 ) Digital Attenuator (1/12/1988 ) Digital Filtering Using XA Revision 0.11 (1 clock driving solutions - using the 74F50XXX 74F50XXX 74F50XXX 74F50XXX family (1/9/1989 ) TDA5140AT TDA5140AT TDA5140AT TDA5140AT with Position /6/1993 ) Using The ADC And PWM Of The 83c752/87c752 (1/6/1993 ) Using the analog-to-digital 10-bit high-speed analog-to-digital converter TDA8760 TDA8760 TDA8760 TDA8760, evaluation board (16 www.datasheetarchive.com/files/philips/appnotes/index.html |
Philips | 24/04/2003 | 171.31 Kb | HTML | index.html |
| clock driving solutions - using the 74F50XXX 74F50XXX 74F50XXX 74F50XXX family 1989-09-01 System application of SAB9076/77 SAB9076/77 SAB9076/77 SAB9076/77 Pi Math 1995-07-28 XA - Translating 8051 Assembly Code 1997-01-13 XA - Using Flash memory 1997 -06-27 10.8MHz FSK Decoder With NE564 NE564 NE564 NE564 1987-02-01 10-bit high-speed analog-to-digital converter TDA8760 TDA8760 TDA8760 TDA8760 -04-01 751/752 A Software Duplex UART 1993-06-01 800MHz PA Driver with BFG21W BFG21W BFG21W BFG21W 1998-11-08 8051 Family Warm Boot Determinations 1989-12-01 8051 microcontroller to UART serial interface evaluation board www.datasheetarchive.com/files/philips/appnotes/index-v2.html |
Philips | 16/06/2005 | 231.01 Kb | HTML | index-v2.html |
| : Circuit design ·Designed a digital readout CMOS mixed signal chip for capacitive sensors using gates; 4). 0.18um 5-metal layer technology; 5). DRC and LVS using Avant! Hercules Technological University SRAM Layout Design 1). SRAM layout design using 0.6um double-metal p generator using pMOS current mirrors which implements nine fuzzy logic functions ·Designed a 4-bit serial-to-parallel shift register using J-K Master Slave flip-flops in 2m n-well CMOS www.datasheetarchive.com/files/scenix/htdocs/logs2/resume_log |
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| Industrial PC Bus Terminal Digital Servo Drive TwinCAT PLC Servomotors AMxxxx AS10xx Drive Technology: Stepper Motors AS1000 AS1000 AS1000 AS1000 AX2003-Bxxx Digital Compact Servo Drive, nominal output current 3 A AX2006-Bxxx Digital Compact Servo Drive, nominal output current 6 A AX2010-Bxxx Digital Compact Servo Drive, nominal output current 10 A AX2020-Bxxx Digital Compact Servo Drive, nominal output current 20 A AX2040-Bxxx Digital Compact Servo Drive, nominal output current 40 A AX2070-Bxxx www.datasheetarchive.com/files/beckhoff/catalog/english/beckhoff/pindex.htm |
Beckhoff | 10/11/2009 | 272.66 Kb | HTM | pindex.htm |
| /DATA MULTIPLEXED BUS DI- RECTLY COMPATIBLE WITH STANDARD MI- CROCOMPUTERS SUCH AS 6801, 6301, 8048, 8051, ST9 . OTHER PINS CLK I 12 Clock Input External TTL clock Input (nominal value : 12MHz, duty cycle : 50%). V Clock This output delivers a 4MHz clock phased with the R, G, B, I signals. 9345-01.TBL EF9345 EF9345 EF9345 EF9345 2 CC = 5.0V + 5%, T A = 0 to + 705C Clock : f in = 12MHz ; Duty Cycle 40 to 60% ; t r , t f - lects the processor type by using AS input latch to state of the DS input. No external logic is needed www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1783.htm |
STMicroelectronics | 20/10/2000 | 65.43 Kb | HTM | 1783.htm |
| COMPATIBLE WITH STANDARD MI- CROCOMPUTERS SUCH AS 6801, 6301, 8048, 8051, ST9 . ADDRESSING SPACE : 16K x 8 OF on its falling edge. OTHER PINS CLK I 12 Clock Input External TTL clock Input (nominal value : 12MHz 9345 on an external signal. It must be grounded if not used. HP O 11 Video Clock This output delivers a 4MHz clock phased with the R, G, B, I signals. 9345-01.TBL EF9345 EF9345 EF9345 EF9345 2/38 ADDRESS UNIT 6 AM(8:13) 8 EF9345 EF9345 EF9345 EF9345 4/38 MEMORY INTERFACE V CC = 5.0V + 5%, T A = 0 to + 705C Clock : f in = 12MHz ; Duty Cycle www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1783-v2.htm |
STMicroelectronics | 14/06/1999 | 59.52 Kb | HTM | 1783-v2.htm |
| COMPATIBLE WITH STANDARD MI- CROCOMPUTERS SUCH AS 6801, 6301, 8048, 8051, ST9 . ADDRESSING SPACE : 16K x 8 OF on its falling edge. OTHER PINS CLK I 12 Clock Input External TTL clock Input (nominal value : 12MHz 9345 on an external signal. It must be grounded if not used. HP O 11 Video Clock This output delivers a 4MHz clock phased with the R, G, B, I signals. 9345-01.TBL EF9345 EF9345 EF9345 EF9345 2/38 ADDRESS UNIT 6 AM(8:13) 8 EF9345 EF9345 EF9345 EF9345 4/38 MEMORY INTERFACE V CC = 5.0V + 5%, T A = 0 to + 705C Clock : f in = 12MHz ; Duty Cycle www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1783-v1.htm |
STMicroelectronics | 02/04/1999 | 59.56 Kb | HTM | 1783-v1.htm |
| - RECTLY COMPATIBLE WITH STANDARD MI- CROCOMPUTERS SUCH AS 6801, 6301, 8048, 8051, ST9 . ADDRESSING can be latched on its falling edge. OTHER PINS CLK I 12 Clock Input External TTL clock Input EF9345 EF9345 EF9345 EF9345 on an external signal. It must be grounded if not used. HP O 11 Video Clock This output delivers a 4MHz clock phased with the R, G, B, I signals. 9345-01.TBL EF9345 EF9345 EF9345 EF9345 2/38 ADDRESS UNIT 6 C Clock : f in = 12MHz ; Duty Cycle 40 to 60% ; t r , t f < 5ns Reference Levels : V www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1783-v3.htm |
STMicroelectronics | 25/05/2000 | 61.36 Kb | HTM | 1783-v3.htm |
| to JTAG interface VP using a SX18. The clock source was a 19,6608 MHz external oscillator Electronic Engineer wade@eglin.af.mil (850)882-2337 Comments: I am using an SX28AC/SS SX28AC/SS SX28AC/SS SX28AC/SS (Date code 9819 write some software for a project. I've already coded most of it with a view to using a PIC16C63 PIC16C63 PIC16C63 PIC16C63 to compromise on performance or go the Scenix route. Using a Scenix part is more intrested in using the sx-28 but i will require a 50MHz crystal for my application. Sadly, i have www.datasheetarchive.com/files/scenix/htdocs/logs2/box_log |
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