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| 56800/E |
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56800/E
Compile and build your own code in a DSP platform and watch the motor spin
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This natural roadmap continuation of the 1st generation 56800 family features the unique combination of true DSP and controller functionality. It has full source code compatibility with the 56800 original core. Its instructions are further optimized for controller code and DSP operations. It is flexible as an MCU and powerful as a DSP. The core is easy to program and has improved compiler efficiency.more info> |
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| ColdFire |
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MCF5485EVB
Access CodeWarrior and write your own code
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The M5485EVB development system provides everything required to quickly develop an embedded design with the MCF548x processor family. The kit contains a system-on-module, called a Fire Engine, containing 64 MBytes of DDR-SDRAM, 16 MB of Flash, a graphics controller, and a 4-port USB host. The Fire Engine module, Ethernet ports, PCI slots, CAN interfaces, serial interfaces and the ColdFire debug module generate a complete package to enable quick design support for the MCF5485, MCF5484, MCF5483, MCF5482, MCF5481, or MCF5480 processors.more info> |
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The cost effective DEMO9S08LC60 demonstration kit contains everything a designer needs to develop and evaluate application code. The integrated USB multilink allows a designer to communicate with the board and target device with only a USB cable. Included custom LCD glass demonstrates the capabilities of all LCD segments in "an end-application format".more info> |
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It's amazing what you can do when you embed a MCF51JM128 ColdFire' USB MCU, a MMA7260QT 3-axis accelerometer, a MC34673Li-ion battery charger IC, a MPR084 capacitive touch sensor along with an LED screen into an event ID badge. Add a little ingenuity and programming, and you can have a multifunctional badge even a toy. Make sure to enter your application in the Flexis JM Badge Board Design Challenge, which rewards the most innovative JM Badge Board applications. See www.canyourbadgedothis.com for further detail.more info> |
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Freescale has created the most complete set of hardware platforms for evaluating the MC1322x Platform in Package (PiP), allowing the developer to select the hardware and software platform that best meets their needs. The development boards include LEDs, push buttons, connectors, header pins and a programming/debug port. The boards can be powered by batteries, a DC adapter or the USB port. The JTAG port allows easy programming of the MC1322x flash memory via the J-link JTAG debugger, which enables the users to program the MCU with a variety of sample applications included with the BeeKit software. The MC1322x development kits are the ideal platform for more complex IEEE' 802.15.4 and ZigBee applications by providing plenty of memory and expansion capabilities. Unique to the MC1322x is the capability the boost speed 8x over IEEE' 802.15.4 data rates. This capability is better suited for applications such as voice, wireless headsets, and compressed audio. The development board features a headset jack for demonstration and development of these applications.
more info> |
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The cost effective DEMO9S08LL16 demonstration kit contains everything a designer needs to develop and evaluate application code. The integrated USB multilink allows a designer to communicate with the board and target device with only a USB cable
more info> |
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The KIT34704AEPEVBE Evaluation Kit features the 34704A is a multi-channel Power Management IC (PMIC) used to address power management needs for various multimedia application microprocessors. Its ability to provide 8 independent output voltages with a single input power supply (2.7 and 5.5V) together with its high efficiency, make it ideal for portable devices powered up by Li-Ion/polymer batteries or for USB powered devices as well.
The 34704 is housed in a 7x7mm, Pb-free, QFN56 and is capable of operating at a switching frequency of up to 2MHz. This makes it possible to reduce external component size and to implement full space efficient power management solutions.
more info> |
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KITMPVZ5004EVK is a simple waterlevel evaluation board designed for easy connection. The filter circuitry has been added to the output of the sensor, and the only connections required are +5V, Ground, and the Vout to an ADC. The media resistant sensor is designed to measure up to 40cm of H2O via a tube that should be connected to the port.
In this lab a user can manipulate the pressure seen by the KITMPVZ5004EVK by way of a pressure chamber the user can pump air into or vacuum air out of. The analog output of the sensor is supplied to the analog-to-digital converter on Freescale's EVBQE128 in place of the voltage signal normally supplied via the potentiometer on board allowing the user to develop Coldfire MCU applications involving pressure sensing through TechOnline's VirtuaLabs.
more info> |
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The cost-effective, fully functional and easy-to-use M5208EVBE kit simplifies MCF5207 and MCF5208 embedded controllers product development and speeds customers to market. Each kit features a uCLinux "Getting Started" demonstration pre-flashed on the board such that users can immediately examine the compelling features of the MCF520x family. The M5208EVBE features full access to the 196-pin fully-integrated MCF5208 embedded controller and integrates the MC13192 ZigBee-ready transceiver and antenna.
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| i.MX |
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MC9328MX21
(Platform available in 1 minutes )
Write and demo your own applications for the i.MX21 wireless communications processor
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This i.MX21 VirtuaLab allows designers to try out the latest i.MX Applications Processor and experience the superior performance i.MX21 has to offer.more info> |
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The MCRS08KA2 microcontroller is a general purpose 8-bit device for the ultra low-end market. It's the first device employing the RS08, a reduced version of the S08 central processing unit (CPU) that has been specifically designed for small pin- count devices with under 16 KB memory. Thirty percent smaller than the S08 CPU, it's more efficient and cost effective for simple electro- mechanical devices that are migrating to full solid- state electronic operation or portable devices that have evolved into smaller-and even disposable- versions. more info> |
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The MCRS08KA2 microcontroller is a general purpose 8-bit device for the ultra low-end market. It's the first device employing the RS08, a reduced version of the S08 central processing unit (CPU) that has been specifically designed for small pin- count devices with under 16 KB memory. Thirty percent smaller than the S08 CPU, it's more efficient and cost effective for simple electro- mechanical devices that are migrating to full solid- state electronic operation or portable devices that have evolved into smaller-and even disposable- versions. more info> |
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The DEMO9S08AW60 is a demonstration board for the MC9S08AW60 microcontroller. Development of application code is quick and easy with the integrated USB-to-BDM interface, CodeWarrior Development Studio, and software examples. A 40-pin connector allows
connecting the DEMO9S08AW60 board to an expanded evaluation environment simple and easy. Other features like the 10 LED, 8 DIP switches, Freescale XYZ-axis low g acceleration sensor,
and ZIF socket set makes it an ideal design platform for the MC9S08AW60.more info> |
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The MC9S08QG Family redefines low-end 8-bit microcontrollers. Integrating features normally found in larger, more expensive components, MC9S08QG microcontrollers provide the optimum combination of performance and low power consumption at a sub-$1 price. They are designed for such applications as handheld devices, wireless including SMAC, small appliances, security and alarm systems, toys, plus lighting and industrial control.more info> |
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| MC9S12NE64 |
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MC9S12NE64
Build and access your own embedded Web server
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The MC9S12NE64 is a 16-bit microcontroller that can be matched with a third-party TCP/IP stack to achieve a low-cost end-node Ethernet solution with fast design turns supported by Metrowerks' CodeWarrior tools. more info> |
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| PowerQUICC |
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CWDS875EVAL
Use the PowerQUICC I to generate network traffic
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This VirtuaLab features Metrowerks' 875 QUICCstart Evaluation System that provides you with a platform to use in evaluating and prototyping designs that will closely parallel your final applications using the MPC875 PowerQUICC I communications processor. The 875 QUICCstart evaluation system is part of a comprehensive suite of QUICCstart Evaluation Systems that enable evaluation and development of the PowerQUICC I, II, and II integrated communications processor families to begin before the hardware is available. more info> |
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