EEPROM

Interner Oscillator

D-to-A

LCD Controller

Beliebige I2C

≥2

≥3

Beliebiges CAN;

≥2

≥3

Beliebiger USB

≥2

≥3

Beliebiges Ethemet

≥2

≥3

Gb

Beliebiger A-to-D

10

12

>12

Beliebiges PCI

PCI-X

PCIe

Beliebiges DDR

DDR1

DDR2/3

*Beispiel: Komperator Sicherheit usw.

Reset

Suche
Funktionen des erweiterten Suchens:
1. Suchen Sie nach unten auf der Core-Varianten Ebene. Wählen Sie > eine beliebige Architektur > Core Variante.
  Beispiele: ARM > Cortex-M3, PPC > E500
2. Wird zuerst der Hersteller ausgewählt, reduzieren sich die verfügbaren Architekturen und die Suche wird vereinfacht.
3. Kombinieren Sie Ihre Parameter mit einer partiellen Teilenummer oder einem Schlüsselwort.
4. Wenn es eine Funktion gibt, die Sie in den Pull Downs nicht finden, qualifizieren Sie Ihr Ergebnis mit einem Schlüsselwort. Dies sind Wörter, die speziell in den Schlüsselwort-Feldern für Produkte abgelegt sind und man in deren beschreibung findet. (Anmerkung: dies ist nicht eine Site-Suche)
  Beispiele: Encryption, RS485, LIN (nur ganze Wörter)
Treffen Sie Ihre Auswahl und wählen Sie dann "Suchen" unten.

Wissen Sie die Bestellnummer des Tools?
Hier die Nummer ganz oder teilweise eingeben:

Wissen Sie die Bauteilenummer des Prozessors?
Hier die Nummer ganz oder teilweise eingeben:

Reset

Suche

View the Parametric Tool Search Demo
Treffen Sie Ihre Auswahl und wählen Sie dann "Suchen" unten.

Wissen Sie die Bestellnummer des Tools?
Hier die Nummer ganz oder teilweise eingeben:

Reset

Suche

eNewsletters

Articles & Papers

Using the Beagle Protocol Analyzers for Debugging Autonomous Underwater Vehicles

Designing an autonomous underwater vehicle requires the integration of a myriad of circuits and sensors. In designing a passive acoustic array, different synchronous serial protocols are used to connect to the various components. A form of Serial Peripheral Interface (SPI) is used to connect the Analog to Digital Converters (ADCs). The battery monitoring chips return data over SMBus which is built upon the Inter Integrated Circuit (I2C) bus. The ADC used by the depth sensor communicates over SPI. MORE [pdf]

‘Get smart’ with TI’s embedded analytics technology

Embedded analytics technology unites embedded systems and the human senses to enable systems to analyze information and make intelligent decisions. Although embedded analytics technology appeals to a wide range of industries, there is a set of technical characteristics that most embedded analytics applications share. MORE [pdf]

Application Portability for 32-Bit Microcontrollers – Reality or Myth?

Does the Cortex™ Microcontroller Software Interface Standard (CMSIS) reduce the cost of designing software when creating projects for new devices or migrating existing software between Cortex-M based microcontrollers from different silicon vendors?
Read More [pdf]

Understanding the Latest Open Source Implementations of Real Time Linux for Embedded Processors

This article provides an insight into three of the open-source GNU/Linux real-time extensions currently available to embedded designers.
Read More [pdf]

Taking Advantage of a Certified Platform for Microsoft’s Windows® 8 Sensor Interface

With its standardized approach to a sensor interface for the Windows 8 operating system (OS), Microsoft has provided designers the means to quickly and easily develop smarter, more accurate portable devices. However, utilizing the full capability of the interface standard, especially for more complex processes such as high-level sensor fusion, still poses significant challenges. Read More [pdf]

Making the Motherboard Connection

In continuing with my computer hardware theme, I have chosen to discuss how to pick out a motherboard based on a pre-determined processor and what electrical components make the difference in this selection. Now that you picked your processor based on operating frequency, number of cores, and cache size; we will be able to determine the right motherboard to choose to optimize performance. Read More

Reducing code size for LPC11XX with LPCXpresso

This application note will cover some basic techniques which can be used to reduce the size of your program’s binary image. This is an important step in the design process when targeting parts with small memory footprints. Code files are also included in the zip file.
Read More [zip]

Seductive Parallel Worlds: What advantages do modules for ARM ® Cortex-A9 processors really provide?

Standardized processor modules promise their users that they will be able to change over from one manufacturer to the next. But the devil is in the details--no module can supply signals to the outside world that are not processed by the CPU. As TQ points out, what is important here is to differentiate clearly between mere marketing and technical facts.
MORE [pdf]

Featured Video

This video overview is of Atmel´s SAM4L low-power microcontrollers (MCU), based on the ARM Cortex-M4 core. SAM4L MCUs operate at 90uA/MHz and achieve an efficiency rating of 28 CoreMark/mA. The devices feature an array of power-saving technologies, including Atmel´s proprietary picoPower technology. You´ll see a demo using the SAM4L-EK evaluation kit.