8051/8052 Microcontrollers. Introduction to VisISP-52. VisISP-52 is a Windows application that will run on all modern versions of Windows (Win95, Win98, Win2000, WinME, and WinXP) and which will allow supported microcontrollers to be programmed 'in-system'. It was developed specifically to program the Atmel AT89S8252 and AT89S8253 installed in an 8052.com SBC but should work equally well for. This video shows how to download install and use 8051 simulatorDownload Link:https://drive.google.com/file/d/0B9P0f5lNk7HKV0NDNmJpN2ZRWUU/view?usp=sharingAlt. This is H2O Distributors detailed, step-by-step instructions and a reverse osmosis diagram for installing a standard reverse osmosis water purification system. An Flash animated version of this guide and exploded diagram of a typical reverse osmosis system are also provided. Pinnacle 52 professional development system on MainKeys. Ncgtllc.com,All CRACKs and SERIALs on ONE Site - ncgtllc.com Pinnacle 52 ide crack Laundry Deliciously Toothed Systems Interface. Pinnacle is a professional development environment for the MCS architecture ( To download pinnacle 52 assembler, click on the download button. Keil makes C compilers, macro assemblers, real-time kernels, debuggers, simulators, integrated environments, evaluation boards, and emulators for the ARM, XC16x/C16x/ST10, 251, and 8051 microcontroller families.
Introduction:
Simulator is software which will execute the program and show the results exactly to the program running on the hardware, if the programmer found any errors in the program while simulating the program in the simulator, he can change the program and re-simulate the code and get the expected result, before going to the hardware testing. Programmer can confidently dump the program in the hardware when he simulated his program in the simulator and got the expected results.
8051 controller is most popular 8-bit controller which is used in large number of embedded applications and many programmers writing programs according to there application. So to test there programs in the software simulators are a way. Simulators will help the e are programmer to understand the errors easily and time taken for the testing is also decreased.
These simulators are very useful for students because they need not to build the complete hardware for testing there program and validate there program very easily in an interactive way.
List of 8051 Simulators:
The list of simulators is given below with there features:
MCU 8051: MCU 8051 is an 8051 simulator which is very simple to use and have an interactive IDE (Integrated Development Environment). It is developed by Martin Osmera and most important of all is that it is completely free. There are many features for this IDE they are
- It supports both C and assembly language for compilation and simulation
- It has in-built source code editor, graphical note pad, ASCII charts, Assembly symbol viewer etc. Also supports number of 8051 IC’s like at89c51, A89S52, 8051, 8052, etc.
- It will support the certain electronic simulation like LED, 7segment display, LCD display etc. which will help in giving the output when you interface these things to the hardware directly.
- It has having tools like hex decimal editors, base converters, special calculator, file converter, inbuilt hardware programmer etc.
- It has syntax validation, pop base auto completion etc.
You can download this tool from http://sourceforge.net/projects/mcu8051ide/files/ .
EDSIM 51: This is a virtual 8051 interfaced with virtual peripherals like 7 segment display, motor, keypad, UART etc. this simulator is exclusively for students developed by James Rogers,. The features of this simulator are
- Have virtual peripherals like ADC, DAC with scope to display, comparator etc.
- Supports only assembly language
- IDE is completely written in JAVA supports all the OS.
- Completely free and with user guide, examples, etc.
You can download this simulator from the http://www.edsim51.com/index.html .
8051 IDE: This simulation software is exclusively for windows operating system (98/xp). The features of this simulator are
- Text editor, assembler, and software simulate in one single program.
- Has facilities like Break point setter, execute to break point, predefined simulator watch window etc.
- It is available in both free version and paid version.
You can download this tool from http://www.acebus.com/win8051.htm .
HTE 8051: HTE 8051 is an 8051 simulator developed for IBM computers. This simulator is mainly used in the DOS environment and uses Intel HEX file for the simulation. We can set break points, step by step execution etc. it provides color display and has tools like hex calculator variable screen display and help window. You can download this software from this webpage: http://www.hte.com/html/8051sim.htm.
MIDE-51: MIDE-51 is a simulator from opcube. It has almost all the feature has mentioned in the above IDE’s. You can download this software from http://www.opcube.com/home.html#MIDE51 .
KEIL: KEIL is the most popular software simulator. It had many features like interactive IDE, supports both C and assembly languages for compilation and simulation. You can download and get more information from http://www.keil.com/c51/.
Some more software’s and respective webpages you can download from
| http://home.arcor.de/jensaltmann/jsim-e.htm | ||
| http://www.bipom.com/8051dev_down.php | ||
| http://sol.gfxile.net/atanua/features.html | ||
| http://www.rigelcorp.com/ | ||
| http://gsim51.sourceforge.net/ | ||
| http://j51-8051-java-simulator.winsite.com/ | ||
| http://www.4shared.com/rar/5tP9KhjY/pinnacle_52.html |
Related Posts:
Related Posts:
- First ascents information of the Main 8000ers
- First ascents information without bottled oxygen of seven Main-8000ers
- Geographical facts of the subsidiary peaks
- First ascents information of the subsidiary peaks- First ascents information of the subsidiary peaks without bottled oxygen
Geographical facts of the Main 8000ers
| NAME | ALT/m | COUNTRIES | LATITUDE | LONGITUDE | RP | AREA | P | D | ||
| EVEREST | 8848 | Np/Chn (Tb) | 27°59'18' | N | 86°55'33' | E | NH | KHUMBU HIMAL | 8848 | 100,00 |
| K2 | 8611 | Pk/Chn (Sk) | 35°52'51' | N | 76°30'48' | E | Kk | BALTORO MUZTAGH | 4017 | 46,65 |
| KANGCHENJUNGA | 8586 | 27°42'09' | N | 88°08'54' | E | SH | KANGCHENJUNGA HIMAL | 3922 | 45,68 | |
| LHOTSE | 8516 | Np/Chn (Tb) | 27°57'42' | N | 86°56'00' | E | NH | KHUMBU HIMAL | 610 | 7,16 |
| MAKALU | 8485 | Np/Chn (Tb) | 27°53'24' | N | 87°05'18' | E | NH | BARUN HIMAL | 2378 | 28,03 |
| CHO OYU | 8188 | Np/Chn (Tb) | 28°05'39' | N | 86°39'39' | E | NH | KHUMBU HIMAL | 2340 | 28,58 |
| DHAULAGIRI I | 8167 | Np | 28°41'48' | N | 83°29'39' | E | NH | DHAULAGIRI HIMAL | 3357 | 41,10 |
| MANASLU | 8163 | 28°33'00' | N | 84°33'39' | E | NH | MANSIRI HIMAL | 3092 | 37,88 | |
| NANGA PARBAT | 8125 | Pk | 35°14'15' | N | 74°35'24' | E | KH | NANGA PARBAT AREA | 4608 | 56,71 |
| ANNAPURNA I | 8091 | 28°35'45' | N | 83°49'15' | E | NH | ANNAPURNA HIMAL | 2984 | 36,88 | |
| GASHERBRUM I | 8080 | Pk/Chn (Sk) | 35°43'27' | N | 76°41'48' | E | Kk | BALTORO MUZTAGH | 2155 | 26,67 |
| BROAD PEAK | 8051 | Pk/Chn (Sk) | 35°48'39' | N | 76°34'06' | E | Kk | BALTORO MUZTAGH | 1701 | 21,13 |
| GASHERBRUM II | 8034 | Pk/Chn (Sk) | 35°45'27' | N | 76°39'15' | E | Kk | BALTORO MUZTAGH | 1523 | 18,96 |
| SHISHA PANGMA | 8027 | Chn (Tb) | 28°21'09' | N | 85°46'45' | E | NH | JUGAL HIMAL | 2897 | 36,09 |
NH = Nepal-Himalaya, Kk = Karakorum,
SH = Sikkim-Himalaya, KH = Kashmir-Himalaya
The altitudes of the Nepalese mountains are taken from the Finnmaps and for the Karakorum mountains they are from the Chinese snow map. The altitude of Shisha Pangma was taken from the Austrian Alpine Club map, it was revised recently also on Chinese maps!
P = Orometrical Prominence - see special section about prominence
D = Orometrical Dominance - see special section about dominance
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| NAME | DATE | Expedition | First ascenders |
| EVEREST | 29.05.1953 | British | Edmund Hillary (NZ), Tenzing Norgay (Ind) |
| K2 | 31.07.1954 | Italian | Achille Compagnoni, Lino Lacedelli |
| KANGCHENJUNGA | 25.05.1955 | British | George Band, Joe Brown |
| LHOTSE | 18.05.1956 | Swiss | Fritz Luchsinger, Ernst Reiss |
| MAKALU | 15.05.1955 | French | Jean Couzy, Lionel Terray |
| CHO OYU | 19.10.1954 | Austrian | Josef Jöchler, Herbert Tichy, Pasang Dawa Lama (Nep/Sh) |
| DHAULAGIRI I | 13.05.1960 | Swiss | Kurt Diemberger (A), Peter Diener (Ger), Ernst Forrer, Albin Schelbert, Nawang Dorje (Nep/Sh), Nima Dorje (Nep/Sh) |
| MANASLU | 09.05.1956 | Japanese | Toshio Imanishi, Gyalzen Norbu (Ind/Sh) |
| NANGA PARBAT | 03.07.1953 | Austro-German | Hermann Buhl (A) |
| ANNAPURNA I | 03.06.1950 | French | Maurice Herzog, Louis Lachenal |
| GASHERBRUM I | 05.07.1958 | American | Andrew J. Kauffman, Peter K. Schoening |
| BROAD PEAK | 09.06.1957 | Austrian | Hermann Buhl, Kurt Diemberger, Marcus Schmuck, Fritz Wintersteller |
| GASHERBRUM II | 07.07.1956 | Austrian | Josef Larch, Fritz Moravec, Johann Willenpart |
| SHISHA PANGMA | 02.05.1964 | Chinese | Hsu Ching, Chang Chun-yen, Wang Fu-zhou, Chen San, Cheng Tien-liang, Wu Tsung-yue, Sodnam Doji, Migmar Trashi, Doji, Yonten |
Seven of the Main-8000ers were first climbed with bottled oxygen! The first ascents information without bottled oxygen:
| NAME | DATE | Expedition | First ascenders |
| EVEREST | 08.05.1978 | Austro-Italian | Peter Habeler (A), Reinhold Messner (It) |
| K2 | 06.09.1978 | American | Louis F. Reichardt |
| KANGCHENJUNGA | 16.05.1979 | British | Doug Scott, Peter Boardman, Joe Tasker |
| LHOTSE | 11.05.1977 | German | Michel Dacher |
| MAKALU | 06.10.1975 | Slovenian | Marjan Manfreda |
| MANASLU | 25.04.1972 | Italian | Reinhold Messner |
| GASHERBRUM I | 10.08.1975 | Austro-Italian | Peter Habeler (A), Reinhold Messner (It) |
There are several different subsidiary peaks! Here are the geographical facts, from the one 'relative independent Main-Peak' (EU category B) over the important subsidiary peaks (C) to the major notable points (D1) Especially the last category is just guessed by contours or from photographs. If climbers pass the connecting cols in the future, it would be appreciated, if they would give altitude information about those points! With help from the DLR the Annapurna I subsidiary peaks are now correct calculated.
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| Peak | Alt | D | EU | |||
| BROAD PEAK CENTRAL | 8011 | c | 181 | 2,26 | B2 | |
| Kangchenjunga W-Peak(Yalung Kang) | 8505 | c | 135 | 1,59 | C1 | |
| Kangchenjunga S-Peak | 8476 | c | 116 | 1,37 | C2 | |
| Kangchenjunga C-Peak | 8473 | c | 63 | 0,74 | C2 | |
| Lhotse C-Peak I | 8410 | c | 65 | 0,77 | C2 | |
| Lhotse Shar | 8382 | c | 72 | 0,86 | C2 | |
| K 2 SW-Peak | 8580 | c | 30 | 0,35 | D1 | |
| Lhotse C-Peak II | 8372 | c | 37 | 0,44 | D1 | |
| Everest W-Peak | 8296 | c | 30 | 0,36 | D1 | |
| Yalung Kang Shoulder | 8077 | c | 32 | 0,40 | D1 | |
| Kangchenjunga SE-Peak | c | 8150 | c | 30 | 0,37 | D1 |
| K 2 P. 8134 (SW-Ridge) | 8134 | c | 35 | 0,43 | D1 | |
| Annapurna C-Peak | 8013 | 49 | 0,61 | D1 | ||
| Nanga Parbat S-Peak | 8042 | c | 30 | 0,37 | D1 | |
| Annapurna E-Peak | 7986 | 65 | 0,81 | C2 | ||
| Shisha Pangma C-Peak | 8008 | c | 30 | 0,37 | D1 | |
| Everest NE-Shoulder | 8423 | 19 | 0,23 | D2 | ||
| Everest NE-Pinnacle III | 8383 | 13 | 0,16 | D2 | ||
| Lhotse N-Pinnacle III | 8327 | c | 10 | 0,12 | D2 | |
| Lhotse N-Pinnacle II | 8307 | c | 12 | 0,14 | D2 | |
| Lhotse N-Pinnacle I | c | 8290 | c | 10 | 0,12 | D2 |
| Everest NE-Pinnacle II | 8282 | c | 25 | 0,30 | D2 |
First ascents information of the subsidiary peaks:
| * | ° | |||||
| BROAD PEAK CENTRAL | 8011 | 28.07.1975 | Polish | Kazimierz Głazek, Marek Kęsicki (†), Janusz Kuliś, Bohdan Nowaczyk (†), Andrzej Sikorski (†) | ||
| Kangchenjunga W-Peak(Yalung Kang) | 8505 | 14.05.1973 | y | Japanese | Yutaka Ageta, Takao Matsuda (†) | |
| Kangchenjunga S-Peak | 8476 | 19.05.1978 | y | Polish | Eugeniusz Chrobak, Wojciech Wróż | |
| Kangchenjunga C-Peak | 8473 | 22.05.1978 | y | Polish | Wojciech Brański, Andrzej Heinrich, Kazimierz Olech | |
| Lhotse C-Peak I | 8410 | 23.05.2001 | y | Russian | Aleksei Bolotov, Piotr Kuznetsov, Sergei Timofeev, Yevgeni Vinogradski | |
| Lhotse Shar | 8382 | 12.05.1970 | y | Austrian | Josef Mayerl, Rolf Walter | |
| K 2 SW-Peak | 8580 | 07.08.1981 | y | y | Japanese | Eiho Ohtani, Nazir Sabir (Pak) |
| Lhotse C-Peak II | 8372 | unclimbed | ||||
| Everest W-Peak | 8296 | 12.05.1979 | y | Slovenian | Dušan Podbevšek and Roman Robas | |
| Kangchenjunga SE-Peak | c | 8150 | unclimbed | |||
| K 2 P. 8134 (SW-Ridge) | 8134 | unclimbed | ||||
| Yalung Kang Shoulder | 8077 | unclimbed | ||||
| Annapurna C-Peak | 8013 | 03.10.1980 | German | Udo Bönning, Ludwig Greissl, Heinz Oberrauch | ||
| Nanga Parbat S-Peak | 8042 | 17.08.1982 | Swiss | Ueli Bühler | ||
| Annapurna E-Peak | 7986 | 29.07.1974 | Spanish | José Manuel Anglada, Emilion Civis, Jorge Pons | ||
| Shisha Pangma C-Peak | 8008 | 10.10.1982 | Japanese | Makato Hara, Hiro Komamiya, Hirofumi Konishi | ||
| Everest NE-Shoulder | 8423 | unclimbed | ||||
| Everest NE-Pinnacle III | 8383 | 06.08.1988 | y | British | Russell Brice (NZ), Harry Taylor | |
| Lhotse N-Pinnacle III | 8327 | unclimbed | ||||
| Lhotse N-Pinnacle II | 8307 | unclimbed | ||||
| Lhotse N-Pinnacle I | c | 8290 | unclimbed | |||
| Everest NE-Pinnacle II | 8282 | 17.05.1982 | British | Peter Boardman, Joe Tasker |
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° first climbed with bottled oxygen!
First ascents information of the subsidiary peaks without bottled oxygen:
Pinnacle 8051 Download Full
| * | ° | ||||
| Kangchenjunga W-Peak(Yalung Kang) | 8505 | 04.05.1980 | Mexican | Hugo Saldaña (†) | |
| Kangchenjunga S-Peak | 8476 | 17.04.1989 | Russian | Vladimir Karatayev, Mikhail Mozhaev | |
| Kangchenjunga C-Peak | 8473 | 01.05.1991 | Slovenian | Uroš Rupar | |
| Lhotse C-Peak I | 8410 | unclimbed without bottled oxygen! | |||
| Lhotse Shar | 8382 | 20.05.1984 | Slovak | Zoltán Demján | |
| K 2 SW-Peak | 8580 | 02.09.1993 | y | UK/USA | Jonathan Pratt (UK), Daniel Mazur (USA) |
| Everest NE-Pinnacle I | 8383 | unclimbed without bottled oxygen! |
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