Here we're having a little fun introducing the 100MHz logic analyzer designed specifically for iPhone, iPad or iPod. Not only is this the most sexy logic analyzer available, it's intended to inspire our inventor customer. Our goal is to make your life easier and with LogiScope we're delivering a truly intuitive interface. This logic analyzer is so powerful, you can count the hair on your bug...

Learn more about the LogiScope

The SPI Development Kit from Total Phase is a comprehensive and cost-effective kit that bundles together a complete set of Total Phase's industry-leading SPI development tools and popular accessories.

With this kit, developers can:

• Exercise target devices on an SPI bus as a master device.
• Simulate an SPI master or slave device.
• Program and verify SPI-based Flash devices.
• Passively monitor an SPI bus in real-time with bit-level timing down to 20 ns.

Both beginners and advanced developers will appreciate the convenience and value of the kit for developing and debugging an SPI bus on an embedded system.

If you are a current user of the LAP-C series logic analyzer from Zeroplus then you have a great opportunity to update your PC analyzing software in order to open up for 24 more protocol decodes, truly free.

How?
Simply download the software package here and install.

Here is what you will get:

• 1-WIRE
• CAN 2.0B
• MICROWIRE
• SSI Interface
• MANCHESTER
• MILLER
• LCD1602
• MCU-51 DECODE
• DIGITAL LOGIC
• 3-WIRE
• ARITHMETICAL LOGIC
• UPDOWNCOUNTER
• USB 1.1
• I2C(EEPROM 24L)
• JTAG 2.0
• PS/2
• MICROWIRE(EEPROM 93C)
• SPI Compatible(Atmel Memory)
• I2C(EEPROM 24LCS61/24LCS62)

Don't have one yet? Learn more and get one here

We have seen a lot of application for iPad and iPhones but have you ever seen a logic analyzer before?

This introductory video shows how easy your iPad transforms into an 100MHz, 16 channels logic analyzer with advanced triggering!

Digital input stimulus generation is system analysis’ counterpart. When going to ‘real hardware’ prototype early in the design cycle of your embedded system, a digital stimulus source allows emulating the missing parts of your embedded system.

What is a digital pattern generator?

A digital pattern generator is an essential stimulus source for almost every type of digital device: digital and mixed-signal ASIC, FPGA, microprocessors and microcontrollers. The digital pattern generator can be used early in the design cycle to substitute for system components that are not yet available.

Because nowadays circuits use digital interfaces that may run at more than a few 10th of megahertz, the old way to do it with microcontrollers coupled with a GPIO is not practicable any more. By substituting for missing pieces and offering maximal flexibility when generating digital logic signals, digital pattern generators speed up new product’s time-to-market.

The digital pattern generator is an effective solution just about anywhere that complex digital bit streams are needed to stimulate a device under test (DUT).

Click through the presentation below and learn more about this new methodology...

Byte Paradigms powerful PC-based digital pattern generators easily tackle most stimulus-and-response testing scenarios.

In this video you will see how packet truncation can allow for significantly longer captures and how saved USB configurations can be used to apply class-level decoding to captured data after a capture.

Want to learn more about the Beagle USB 5000 Protocol Analyzer?

Learn more...

Watch this tutorial video and learn how to set a multi-state USB 2.0 complex match and trigger an external output with the Beagle USB 5000 SuperSpeed Protocol Analyzer.

The analyzer used in this video tutorial is now the most advanced USB 2.0 protocol analyzer available. Featuring real-time capture, display, filter, and search to increase productivity, plus match/action triggering coupled with an advanced state machine to help focus debugging efforts precisely where needed.

This state-of-the-art tool is fully field upgradeable to USB 3.0 and provides a superior interactive debugging experience for the engineer working with USB 2.0 data.

Learn more here

Most of the PC-based digital storage oscilloscopes in the market today have one or two channels. Sometimes it's desirable to have more channels to use. How can you stack several oscilloscope in order to increase number of channels?

Watch this introductory video to learn how:

DSO's from ACUTE Technologies was used in this tutorial. The ACUTE DSO's come in 4 different models. Want to learn more about the ACUTE Digital Storage Oscilloscopes?

Learn more here

Watch this short video tutorial on how to use the Komodo CAN Duo Interface and the Total Phase Data Center Software to monitor and analyze CAN data in real time.

Want to know more about the Komodo CAN DUO interface?

In this tutorial video you will learn how the Schmitt circuit prevents noises with 2 thresholds.