Parallax 2011 - ABRA Electronics
Parallax2011ProductCatalogFriendly microcontrollers,legendary resources.
Parallax Inc.599 Menlo DriveRocklin, CA 95765USATelephone:All callers, including international: Office: (916) 624-8333 Fax: (916) 624-8003Callers in the United States: Toll-Free Sales: 888-512-1024 Toll-Free Tech Support: 888-99-STAMPOffice/Sales/Technical Support hours areMonday through Friday from 7:00 a.m. to5:00 p.m., Pacific Time.Internet: Main - http://www.parallax.com Forums - http://forums.parallax.com Propeller Object Exchange http://obex.parallax.comE-mail: support@parallax.com sales@parallax.com education@parallax.comNote: As our catalogs are referred to by our customersfor many months, we reserve the right to change priceswithout notice. Prices may vary between our ads andour catalogs. Product description, typographic, pricing,and photographic errors are unintentional and subject tochange.
02-0910-13Propeller microcontrollerBASIC Stamp microcontrollersKits and Boards14-2930-3738-43Propeller Kits and BoardsBASIC Stamp Kits and BoardsStamps In Class: BASIC Stamp Educational KitsMicrocontrollersand ChipsMicrocontrollers and ChipsKits andBoardsTable of ContentsRoboticsBASIC Stamp-controlled Robot KitsPropeller-controlled Robot KitsBuild-Your-Own-Robot AccessoriesMotor 6-6970XBeeRFIDRF, Bluetooth, Smart Card Reader, etc.GPSAccessoriesHuman InterfaceDisplaysPropScopeSolar Panels and 82-8384-85CommunicationCommunicationSensorsObject 931
Microcontrollersand ChipsPropeller Multicore Chip Where is the Propeller used?Do you remember when programming wasactually fun? With eight 32-bit processorsin one chip, integrating peripheral devicesis suddenly simplified. The Propeller chipgives programmers both the power of truemulti-processing and deterministic controlover the entire system.The Propeller is used in many industriesincluding manufacturing, process control,robotics, automotive and communications.Hobbyists and engineers alike are findingnew uses for this powerful microcontrollerevery day.When might you choose to usethe Propeller instead of anotherproduct?The Propeller is a good choice over othermicrocontrollers when a low system partcount is desirable due to its ability to providedirect video output and an easy interfaceto external peripherals such as keyboard,mouse and VGA monitor. Pre-written objectsto support many types of hardware alsomake it an attractive option. All of thisplus low cost and a powerful, yet easylanguage are hard to beat in a world wheremicrocontrollers come in so many flavorsthat it’s hard to make a choice. The Propellerreally is an easy choice.Each of the Propeller chip’s processors,called cogs, can operate simultaneously,both independently and cooperativelywith other cogs, sharing access to globalmemory and the system clock in a roundrobin fashion through a central hub. Eachcog has access to all 32 I/O pins, with pinstates being tracked in its own input, outputand direction registers. Each cog alsohas its own memory, 2 counter modules,and a video generator module capable ofproducing NTSC, PAL & VGA signals.There are two native languages, objectbased Spin and low-level assembly, andthird-party C compilers as well. Exampleobjects, such as keyboard, mouse, andgraphics drivers, come standard with thefree Propeller Tool software. Many others,including C objects, are available throughthe Propeller Object Exchange. With theright objects, using the Propeller is a matterof high-level integration.Why should you use the Propeller?The Propeller Chip can free system designersfrom the constraints of many modernmicrocontroller systems in both hardwareand software. The Propeller puts the funback into design and programming whileproviding the power and flexibility required intoday’s microcontroller-powered applications.A Parallax creation from the silicon on up,the Propeller chip’s unique architecture andlanguages will change the way you thinkabout embedded system design. Simplify!The Propeller Chip retails at 7.99(quantity 1). For Propeller quantitypricing see page 4.2
Microcontrollersand ChipsPropeller Multicore ChipPropeller creator Chip Gracey(seated) with Parallax EngineerJeff Martin performing siliconsurgery at the FIB machine.Power Requirements 3.3 VDCOperating Temp.Processors (Cogs)-55 to 125 ºC8I/O Pins 32 CMOSExternal Clock SpeedDC to 80 MHzInternal RC Oscillator 12 MHz or 20 kHzExecution Speed 0-160 MIPS(20 MIPS/cog)Global ROM/RAM 32768 / 32768 bytesCog RAM 512 x 32 bits/cogNew feature! The Propeller Q&A is a collection ofquestions and their corresponding answers arrangedinto categories, listed in a Table of Contents. We recommend that beginners read the first few categories inorder, and users with more experience skip around asneeded. http://www.parallax.com/propeller/qna3
Microcontrollersand ChipsPropeller Chips in QuantityUseful Propeller prototyping components:Available as a DIP chip for prototyping, andtwo different package types for volumemanufacturing. With its 8 cogs and 16 configurable counter modules, the Propellerchip can reduce component count andpower consumption in your design, improving overall economy in high-volumeproduction. We offer price breaks at thequantities shown below; for higher volumeorders contact sales@parallax.com.Stock #Pins5.00 MHz Crystal - #251-05000; 1.10 - Recommended for usewith the Propeller chip.40DIP 0.6 in WP8X32A-Q4444LQFP 10 x 10 mmP8X32A-M4444QFN 9 x 9 mmPricelow-power, electrically erasable memoryis perfect for DIP-based Propellerdesigns or extra data storage.Package TypeP8X32A-D40Ea@Qty256 Kbit (32 KB) Industrial I2C SerialEEPROM - #602-00032; 1.50 - This11005001000 7.99 7.19 6.39 5.996.25 MHz Crystal - #251-06250; 1.50 - This crystal has proven to be a reli-able way to increase the speed of the Propeller; if properly used, the crystal can boost thespeed of the Propeller microcontroller up to100 MHz from the original 80 MHz.This will allow for even more processing power capabilities.The Propeller Datasheet is available fromthe ‘Downloads’ link at www.parallax.com/propeller3.3 V Voltage Regulator - #60100513; 1.25 - The LM2937ET-3.3FTDI USB to Serial Chips FT232RL - #604-00043; 4.50 FT232RQ - #604-00047; 4.50V Voltage Regulator provides a fixed3.3 V, 500 mA supply from an existing 5 V (or higher) supply for Propellermicrocontroller projects.The Propeller chip canbe programmed througha serial interface. Usethe FT232R seriesto program thePropeller from a USBport. Entire USB protocolhandled on the chip - No USB-specificfirmware programming required.5 V LDO Voltage Regulator #601-00506; 1.25 - This regula-tor may be used in conjunction withour 3.3 V Regulator to create a dualvoltage supply circuit.4
Reasons to use the Propeller in your product design“I’ve built my company around the Propeller chip and find it extremely easy to use and flexible enough to tackle some of the biggest problems we’ve had. Every one of our productshas at least one Propeller chip in it! In a product that costs as much as ours ( 1,495), the 6price per unit is nothing, especially considering the flexibility and code base we base it on,that cost savings alone easily makes up for the unit price difference. We sold 250 units ofWingman at the Oshkosh show and have commitments for 100 per month ongoing.”- William J. Steele, Wingman airplane display developer (see page 8)ules can be packaged up in tidy, interactivemodules. An organized relationship betweenthe Propeller hardware makes it easy to add,modify or remove code objects – objects canrun concurrently in their own cogs. Singlethreaded architecture is a thing of the past.Parallax designed the Propeller for productinventors, entrepreneurs, hobbyists andstudents alike. In a market where microcontrollers are handed to you with a menu ofoptions and configurations, it’s sensible thatthe commercial product designers wouldask if the one-size-fits-all Propeller is an appropriate choice for their products.Support and Stability - Parallax’s 20 year business record includes consistentgrowth and stability. Like our other products,the Propeller is just beginning a many-decade production run. The support offered byParallax is tremendous, whether via forums,telephone, e-mail or in-person by our FieldApplication Engineers. We’ll work with you,on your terms, to help bring your product toproduction. And you’ll never receive an “Endof Life” notice on this multi-core processor.Flexibility - The Propeller has eight coresand these can be used any way you desire.The Propeller shows this flexibility for adiverse assortment of products like instrumentation, autopilots and robotics, machinery control and renewable energy. Theseproducts often have a need for a display,user interface, communication in additionto measurement, control and computationtasks. All of these abilities are nicely partitioned in a Propeller. The requirements ofthese products vary significantly, so a singlepurpose microcontroller with a pre-definedset of peripherals won’t provide the productexpansion capabilities.Manufacturing Support - Parallax HongKong manages our own Chinese manufacturing facility. We can manufacture your Propeller product. Contact us for information aboutthis possibility.Code Library and Architecture - TheParallax Propeller Object Exchange (http://obex.parallax.com) provides source codeobjects you can use in your product designs.The Propeller’s multi-core design and objectbased programming means your code mod-Price - Low volumes are available in the 6range with higher volumes (25 K) being available for even less. External component countcan also be reduced by using a Propeller.Driving VGA and composite displays are oneexample.5Microcontrollersand ChipsAdvantages of Using the Propeller -
Microcontrollersand ChipsICCV7 for Propeller w/Demo Board Standard - #910-32385; 249.00 Non-Commercial - #910-32380; 99.00ViewPort Debugging Software Standard - #32388; 59.00 Ultimate - #32386; 149.00A premier debugging environment for thePropeller. The tool combines an integrateddebugger with powerful graphics that showyou what’s going on within the Propeller.Monitor variables over time with the builtin oscilloscope or change their value whileyour Propeller is running. Solve hardwareproblems with the logic analyzer at samplingrates up to 80 Msps. Add intelligence toyour programs with the fuzzy logic module orperform simple vision processing.ICC for Propeller from ImageCraft is an ANSIC development tool for the Propeller chip.The IDE features project-based design andsupports C86 dialect source and C-basedPropeller objects. The Propellent Library is directly supported by the IDE for ease in buildto-run development cycles. Free full-function45-day demo, then becomes code size limited to 8 K bytes. The Non-Commercial versionsupports programs as large as 16 K and theStandard supports programs as large as HubRAM. Propeller Demo Board is included withboth versions (a 79.99 value!).The Standard version is low-speed (up to115 kbps) and has debugger. The Ultimateversion is high-speed (up to 2 Mbps) andincludes debugger, OpenCV, development kit,and designer (customize the graphic instrumentation via drag and drop).Features: Compiler/optimizer/assembler/linker Libraries and built-in terminal included Uses Large Memory Model (LMM) tobypass 2 K byte limits of cog code; typically5-10x faster than Spin Access Propeller multiprocessing andother Propeller-specific features in CViewPort can be integrated into any Spinprogram. It requires one cog and a single lineof code at the start of your program. It’s easyto get started with plenty of tutorials, videosand documentation. It is also configurableand extensible so you can customize it toyour needs.Download a free 45-day trial versionof the software at www.parallax.com/propeller6
Propeller Tool Software (Win2K )Propellent Library and Executable(Win2K ) - For software developers to addThis is the primary development environment for Propeller programming in Spin andAssembly Language. It boasts many features to facilitate organized development ofobject-based applications: multi-file editing,code and document comments, color-codedblocks, keyword highlighting, and multiplewindow and monitor support aid in rapidcode development. Optional view modes allow you to quickly drill down to the information you need—by hiding comment lines,method bodies, or by showing the object’scompiled documentation only. An object’snormal code view can quickly be toggledto documentation view to determine whatpublic methods exist and how to use them.Multiple views enable quick interfacing ofexisting objects to the Propeller application.support for the Propeller chip to their projects and for users needing command-linedriven Propeller chip support. The ParallaxPropellent software is a Windows-basedtool for compiling and downloading to theParallax Propeller chip—without using thePropeller Tool development software. ThePropellent Executable provides the abilityto do things like compile Spin source, saveit as a binary or EEPROM image, identify aconnected Propeller chip, and download tothe Propeller chip, all via simple commandline switches or drag-and-drop operations.Pictured left; Propellent Executable compiling source code to a Propeller-compatibleEEPROM image file.FREE RESOURCES ONLINE:Propeller Information Page (www.parallax.com/propeller) Download thePropeller Manual, Datasheet, Propeller Tool,and other software. Links to applications,webinars, contests, events, etc.Discussion Forums (http://forums.parallax.com) Active and diverse communitydiscusses all aspects of Propeller-basedcircuit design and programming techniques,and shares customer-created projects, andprogramming and debugging tools.Object Exchange (http://obex.parallax.com) Code submitted by customers andParallax engineers, free for use under theMIT license. Objects for: data storage,displays, motor control, protocols, sensors,math functions, and more.7Microcontrollersand ChipsFree Propeller Software
Microcontrollersand ChipsPropeller-controlled Commercial ProductWingman: A Portable EFIS by William J. Steeleof VirtualHUD“For the last several years, I’ve been designing avionics for aircraft as a hobby. I foundthe Propeller about 3 years ago and haven’tlooked back since. I developed the Wingman,a portable EFIS, or Electronic Flight Information System. An EFIS is basically a digital version of the instrument panel in any aircraft.Modern versions actually give the pilot a lotmore useful information than the traditionalsix-pack instruments in older aircraft. TheWingman is designed to give pilots of “lessequipped” aircraft that same information.This is the first and only unit on the marketthat is completely portable. The prototypehas one of Rayman’s 4.3 inch Touch screendisplays and runs on a single Propeller chip,with 64 K EEPROM and an internal 2 GB SDcard. It also has a Lithium-ion battery packto allow it to run for well over an hour onbattery power alone (our testing has shownover two hours depending on the configuration and screen brightness). All of its sensorsare built in, including 3 axis accelerometers,3 axis gyros and a 3-axis compass. It hasa 20 channel GPS, but may also connectto an external GPS for additional waypointand route information. The Wingman usesa bunch of software from the OBEX (http://obex.parallax.com), plus about 10 years ofmy own software development converted toPASM and a little bit of Spin.The hardware is wrapped in a padded foamedging to trim it out and fit into a custom-designed acrylic case. The unit is 4.75 x 3.25 x0.875 inches and weighs about 7 ounces.I have to say, the further and further I diginto the Propeller, the more I love it. The Object Exchange (OBEX) is wonderful for gettinga collective understanding of how everythingworks. We took a lot of the ideas (and code)and blended them into our software. Mosthad to be rewritten to fit our particular needs(and space, because we only have 512 longsin each cog). The really cool part is that westill have free space available for additionalprocessing and we’re only using 7 cogs rightnow. That’s gives us some breathing roomfrom some future enhancements!The Wingman is the lowest priced backup Attitude Indicator that I am aware of. and it’sthe only portable one.”The Wingman is designed to work in conjunction with a handheld aviation GPS to providea “complete picture” of what the airplaneis doing and where it is located, as well as“highway in the sky” symbology to guide thepilot to their destination.The Wingman EFIS retails for 1,495.For more info: www.VirtualHUD.com8
The Propeller 2 multi-core microcontroller is in development. Here is a list of features to look forward to.General: 32-bit, general purpose multi-coremicrocontroller 8 identical processors (cogs) Planned 128-pin SMT package(1) Clock Speed 160 MHz planned maximum clock speed(1) Internal RC: 20 kHz or 20 MHz (cannot use PLL) External oscillator: DC to 160 MHz (without PLL)or 10 MHz to 32 MHz (with PLL) for system clockspeed of 160 MHz maximum(1) PLL modes: 2x, 4x, 8x, 16x input clock multiplierPower Specifications: Core voltage: 1.8 VDC I/O pin voltage: 1.8 VDC–3.3 VDC Current source or sink per I/O: 40 mA Total current draw @ 1.8 VDC Core, 3.3 VDC I/O,25 C: TBDI/O: 92 I/O pins total: 84 fully general purpose I/O 8 additional general purpose I/O available afterboot-up Each I/O pin is planned(1) to have internal:- Input ADC- Output DAC- True or inverted input/output- Differential input/output- Comparator- Schmitt inputPerformance Metrics: 4-stage pipeline Most instructions are single cycle 1.28 BIPS (160 MIPS x 8 cogs) maximuminstruction execution rate(1); assumes that allcogs are running, their pipelines are always full,and only single-cycle instructions are beingexecutedCounter Modules: 2 counter modules, each with 2 integratedwaveform generators, per cogMemory: Main memory: 128 KB RAM(2) 32 KB ROMplanned Cog memory: 2 KB (512 longs) cog RAM Optional external 32-bit addressable SDRAM forrun-time data workspace; code space is notextendable Non-volatile application and data storage viaexternal SPI EEPROM or SD card Cogs can access Main Memory at each hubaccess window in units of 1 byte, 1 word, 1 long,or 4 contiguous quad-aligned longs. Hub access window arrives for each cog in around-robin fashion every 8 cycles.Math: Hardware multiplier and divider Hardware CORDIC systemVideo Generation: Each cog has independent video generationhardware capable of VGA, Standard PAL/NTSC,and HD up to 1080p (at 30 Hz).Supported Languages: Propeller 2 Spin and Propeller 2 Assembly Propeller 2 Assembly is not fully backwardscompatible with Propeller 1 Assembly Some Propeller 1 Spin code may need to beported to the Propeller 2Code Protection and Encryption: Propeller application and data optionallyencrypted in non-volatile storageNote (1): Please keep in mind that these features are planned; implementationwithin the final product is dependent on layout and other constraints.Note (2): Main memory RAM size may change due to layout constraints.9Microcontrollersand ChipsPropeller 2: Preliminary Feature List
Microcontrollersand ChipsBASIC Stamp Microcontroller Where is the BASIC Stamp used?As a rapid prototyping tool for engineers,an affordable controller for hobbyists, andan easy-to-learn platform for technologystudents, the BASIC Stamp microcontrollerprospers in many fields. Common usesinclude classroom robotics and lab projectsfrom middle schools to universities, scientific field research tools, process controlsystems, and custom or lower-volume engineering projects. A wide base of sampleapplications and source code is availablefree online.The BASIC Stamp is used in technologyeducation and as an easy-to-program, quickto-implement solution in many industriesincluding manufacturing, process control,and robotics. Hobbyists and Engineers alikeare finding new uses for this powerful microcontroller every day.When might you choose to use theBASIC Stamp instead of anotherproduct?A BASIC Stamp module isa single-board computerthat runs the ParallaxPBASIC language interpreter in its microcontroller. The developer’scode is stored in anEEPROM, which can alsobe used for data storage.The PBASIC languagehas easy-to-use commands for basic I/O, liketurning devices on or off,BASIC Stamp 2module (#BS2-IC; interfacing with sensors,etc. More advanced 49.00)commands let the BASICStamp module interface with other integrated circuits, communicate with each other,and operate in networks.The BASIC Stamp is a good choice over othermicrocontrollers when a well-documentedmodule with plenty of free educational tutorials is required. Persons looking to learn programming, sensor control, home automation,and robotics will find the BASIC Stamp to bethe perfect tool. Experienced programmersalso enjoy the BASIC Stamp microcontroller’ssimplicity for quick projects.Why should you use the BASICStamp?For those new to electronics, the PBASIClanguage is very powerful yet very easy tolearn. BASIC Stamp programming is theperfect entry to technology literacy. Parallaxoffers a wealth of free support, tutorials andresources for learning how to program anddesign projects with the BASIC Stamp.The free BASIC Stamp Editor Software isthe programming environment for all BASICStamp modules, and custom devices builtwith our PBASIC Interpreter chips. A built-inDebug Terminal supports bidirectional (unidirectional on BS1) communication betweenthe BASIC Stamp and the PC during run-time.The BASIC Stamp is availablein module or interpreter chipformat. For BASIC Stamp 2 modulespecifications see pages 12-13.10
Microcontrollersand ChipsPBASIC Interpreter ChipsPre-programmed with our PBASIC Interpreter, chips are available for everyBASIC Stamp model to incorporate into your PCB for production. Availablein through-hole (DIP) and surface mount (SSOP and TQFP) package types.Prices are per chip at quantity.ModelStock #11001000BS1 DIPPBASIC1/P 9.99 6.99 5.00BS1 SSOPPBASIC1XT/SS 8.99 6.29 4.50BS2 DIPPBASIC2/P 16.99 11.89 8.50BS2 SSOPPBASIC2CI/SS 10.99 7.69 5.50BS2e DIPPBASIC2E/P 12.99 9.09 6.50BS2e SSOPPBASIC2E/SS 11.99 8.39 6.00BS2sx DIPPBASIC2SX/P 12.99 9.09 6.50BS2sx SSOPPBASIC2SX-28/SS 11.99 8.39 6.00BS2p24 TQFPPBASIC48W/P24 12.99 9.09 5.85BS2p40 TQFPPBASIC48W/P40 12.99 9.09 5.85BS2pe TQFPPBASIC48W/PE 12.99 9.09 5.85BS2px TQFPPBASIC48W/PX24 12.99 9.09 5.85We also stock compatible resonators and EEPROM chips, and two OEM reference kits:BASIC Stamp OEM Module Kit BASIC Stamp 2 - #27291; 29.99 BASIC Stamp 2sx - #27302; 39.9920-pin SIP module format with standard 0.1inch spacing. The PC board includes labeledcomponent locations with visible tracesbetween parts. PBASIC interpreter andEEPROM are socketed to allow for replacement. Documentation includes a completebill of materials with three sources and partnumbers for each component.Make it easier to embed a BASIC Stamp intoan OEM (Original Equipment Manufacturer)design. The OEM module kit is a throughhole version of a BASIC Stamp module. Thisfully-functional BASIC Stamp microcontrolleris programmed using our Windows Editor justlike the BASIC Stamp module.The kit includes the PBASIC interpreter,EEPROM, resonator, DB-9, and all the resistors and transistors needed. Presented in a11
Microcontrollersand ChipsBASIC Stamp ModulesName of moduleBASIC Stamp 1BASIC Stamp 2BASIC Stamp 2eStock Code; PriceBS1-IC; 29.00BS2-IC; 49.00BS2E-IC; 54.00Processor Speed4 MHz20 MHz20 MHzExecution Speed(Instructions/Second) 2,000 4,000 4,000RAM Size16 Bytes(2 I/O, 14 Variable)32 Bytes(6 I/O, 26 Variable)32 Bytes(6 I/O, 26 Variable)Scratchpad RAMN/AN/A64 BytesEEPROM(Program) Size256 Bytes, 80 instructions2K Bytes, 500 instructions8 x 2K Bytes, 4,000 instructionsVoltage Requirements5-15 VDC5-15 VDC5-12 VDCCurrent Draw @ 5 V(Run/Sleep)1 mA/25 µA3 mA/50 µA25 mA/200 µA# of I/O Pins816 2 Serial16 2 SerialSource/SinkCurrent per I/O20 mA/25 µA20 mA/25 mA30 mA/30 mASource/SinkCurrent per Unit40 mA/50 µA40 mA/50 mAper 8 I/O pins60 mA/60 mAper 8 I/O pinsPBASIC Commands324245BASIC Stamp 1 Module - Affordable yet capable;perfect for smaller projects or tight spaces.BASIC Stamp 2e Module - Perfect for those who haveexperience with the BASIC Stamp 2 and would likemore data and program space.BASIC Stamp 2 Module – Ideal for beginners yetquite powerful, with a vast resource base andsample code. The BS2 is the core of our Stampsin Class program.12
Microcontrollersand ChipsBASIC Stamp 2sxBASIC Stamp 2p24 andBASIC Stamp 2p40BASIC Stamp 2peBASIC Stamp 2pxBS2SX-IC; 59.00BS2P24; 79.00BS2P40; 89.00BS2PE; 75.00BS2PX24; 79.0050 MHz20 MHz Turbo8 MHz Turbo32 MHz Turbo 10,000 12,000 6,000 19,00032 Bytes(6 I/O, 26 Variable)38 Bytes(12 I/O, 26 Variable)38 Bytes(12 I/O, 26 Variable)38 Bytes(12 I/O, 26 Variable)64 Bytes128 Bytes128 Bytes128 Bytes8 x 2K Bytes, 4,000 instructions8 x 2K Bytes, 4,000 instructions16 x 2K Bytes(16K for source), 4,000instructions8 x 2K Bytes(16K for source), 4,000 instructions5-12 VDC5-12 VDC5-12 VDC5-12 VDC60 mA/500 µA40 mA/350 µA15 mA/150 µA55 mA/450 µA16 2 Serial16 2 Serial16 2 Serial16 2 Serial30 mA/30 mA30 mA/30 mA30 mA/30 mA30 mA/30 mA60 mA/60 mAper 8 I/O pins60 mA/60 mAper 8 I/O pins60 mA/60 mAper 8 I/O pins60 mA/60 mAper 8 I/O pins45616163BASIC Stamp 2sx Module - Supports the BS2command set with more data and program spaceat more than twice the execution speed.BASIC Stamp 2pe Module - BS2p command setpaired with lower power consumption andmore memory for battery-powered data loggingapplications.BASIC Stamp 2p24/40 Modules - More speed anddata space, special commands support I/Opolling, character LCDs, I2C and 1-Wire protocols.The BS2P40 also features 16 additional I/O pins.BASIC Stamp 2px Module - Our fastest BASIC Stampmicrocontroller supports the BS2p command setas well as special I/O configuration features.13
Propeller KitsBoards&Kits andBoardsPropeller Demo Board - #32100; 79.99 - The Propeller Demo Boardvisibly demonstrates the Propeller chip’svaried capabilities in a compact and funplatform. You can use it to learn Propellerprogramming and then develop full-blownapplications which generate video andsound and utilize mice and keyboards. Powersupply and USB loading circuitry is providedfor you. Eight unused I/O pins are availablefor experimentation. Dimensions: 3 x 3 in(7.62 x 7.62 cm) Power supply sold separately(#750-00009; 9.99).Programming and Customizing theMulticore Propeller Microcontroller:The Official Guide - #32316; 29.99- Parallax brings together McGraw-Hill and 9experienced authors to write 12 chapters onthe many facets of multicore programmingwith the Propeller chip. It begins with an introduction to the Propeller chip’s architectureand Spin programming language, debugging techniques, and sensor interfacing.Then, it introduces 8 diverse applications,ending with a speech synthesis demonstration written by the Propeller chip’s inventor,Chip Gracey. Softcover; black and whiteprinting; approximately 500 pages. ISBN9780071664509Features: On-board P8X32A-Q44 Propeller chip 24LC256-I/ST EEPROM program storage Replaceable 5.000 MHz crystal 3.3 and 5 V regulators with on/off switch VGA output and TV output Stereo output with 16 Ω headphone amp Electret microphone Two PS/2 connectors Eight LEDs (share VGA pins) Pushbutton for reset Big ground post for scope hookup14
a USB-to-serial port connection that is convenient for programming and communication.Capable of asynchronous communicationat up to 3 megabaud with both 3.3 and 5 Vdevices. Slips onto a 4-pin, 0.1 in. spacedheader, allowing PCBs and breadboards to provide in-circuitprogramming capability. USB A to Mini-BRetractable Cableis included.Propeller Starter Kit - #32300; 99.99 - This kit pairs the comprehensivePropeller Manual (alone; #122-32000; 34.99) with the highly capable PropellerDemo Board (facing page) for an attractivesavings. By following the steps in the SpinTutorial that is included in the free Propeller Tool Software’s Help file, you will get astep-by-step introduction to programmingon the Propeller Demo Board. This board ispre-wired to connectors for interfacing withdevices such as a mouse, keyboard, TV orVGA monitor, and speakers, and is also configured for immediate use by many objectsfrom the Propeller Object Exchange. USB A toMini B cable included.Prop Clip - #32200; 14.99 - Providesa USB-to-serial port connection that is convenient for microcontroller programming andcommunication. The Prop Clip grips onto theedge of a PCB, connecting to the board’s four0.1 inch spaced, plated-through holes. Thisallows OEM boards to be manufactured within-circuit programming capability without theextra cost of additional components or labor.Make connectors on products that you massproduce, and field upgrades canuse the Prop Clip. USB A toMini-B Retractable Cableis included.Power supply (sold separately) - #750-00009; 9.99Propeller Peripherals Kit - #32311; 99.99 - Three I/O peripherals for yourPropeller development boards! The Propeller chip is capable of reading input from astandard PS/2 keyboard and mouse, aswell as sending output data to a PAL/NTSCA/V display. Example keyboard, mouse, anddisplay driver objects are provided with thePropeller Tool software.15Kits andBoardsProp Plug - #32201; 14.99 - Provides
Propeller Education Kit - 99.99 40-Pin DIP Version #32305 PropStick USB Version #32306Kits andBoardsA perfect way to learn Propeller programming! With its 8 parallel-processsing cogs,the Propeller chip’s unique design makesa variety of otherwise difficult microcontroller applications relatively simple. Thiskit features breadboard-friendly versions ofthe Propeller chip, EEPROM and other corecomponents making it easy and inexpe
ICCV7 for Propeller w/Demo Board Standard - #910-32385; 249.00 Non-Commercial - #910-32380; 99.00 ICC for Propeller from ImageCraft is an ANSI C development tool for the Propeller chip. The IDE features project-based design and supports C86 dialect source and
Extract Base Table Data from ABRA Load the Fusion HCM PROD Environment with Base Table Values Confirm Cutover Date and ABRA System “End Date” of use Turn off all access to ABRA System on 11/29/2012 Extract Employee Data from ABRA Load Employee Data into Fusion HCM using File Based Loader
1. Suppose star B is twice as far away as star A. A. Star B has 4 times the parallax angle of star A. B. Star B has 2 times the parallax angle of star A. C. Both stars have the same parallax angle. D.Star A has 2 times the parallax angle of star B. E. Star A has 4 times the parallax angle of star B.
Version 9.2 Sage Abra Suite installation package Sage Abra Suite 9.2 Installation Guide (this document) Sage Abra Suite 9.2 Release Notes (to learn about the new features, enhancements, and modifications in version 9.2) Support and Documentation Sage strives to provide you with the very best support in the industry.
Sage Abra SQL HRMS Version 10.0 Navigation Handout Welcome Page Welcome Page Access to What's New, Help, PDF Guides, Customer Support, Training, and Product Feedback. Welcome to Sage Abra SQL HRMS Links What's New Find out what's new in Sage Abra SQL HRMS Help Access online Help files for additional software information. You can
Došlo k založení dceřiné společnosti ABRA Software AG se sídlem ve Švýcarsku. 4. Informace o předpokládaném vývoji činnosti společnosti Společnost se i nadále zaměří na výzkum a vývoj aplikací pro podniky, zejména pak na SW ABRA Gen a ABRA primaERP. Dále budou pokračovat výzkumné a vývojové práce v oblasti
v Arya Abra Festival. This is a week-long celebration, coinciding with the founding anniversary of the province. It is a celebration of the proclamation of Abra as independent province. TOURIST ATTRACTIONS There are many tourist spots in Abra. They can be classified into historical, cultural and man-made. You can start your search of places to
About Sage Abra HRMS Designed and tested by HR professionals, Sage Abra HRMS increases efficiency in every aspect of HR administration—HR, payroll, benefits, employee self-service, attendance, recruiting, and training. Sage Abra replaces paper-based, time-consuming, and error-prone HR methods, and come in three editions, so you can
Sage Abra Workforce Connections, the web-based employee self-service solution for Sage HRMS. It consists of: Abra Employee Self-Service Abra Benefits Enrollment Abra eRecruiter Sage Accpac HRMS Payroll Link, for transferring employee data and earnings, deductions, and benefits information from Sage HRMS to Sage Accpac Payroll.
