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Development of Embedded System

New Trends of T&M Electronics Market Upgrading Existing Customers’ Digital Oscilloscopes with Logic Analyzer Module & Protocol Analyzers Module & Converting them into Mixed Signal Oscilloscopes. Development of Embedded System.

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Development of Embedded System

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  1. New Trends of T&M Electronics MarketUpgrading Existing Customers’ Digital Oscilloscopes with Logic Analyzer Module & Protocol Analyzers Module& Converting them into Mixed Signal Oscilloscopes

  2. Development of Embedded System http://www.tcs.com/sitecollectiondocuments/white%20papers/tcs_hitech_whitepaper_Trends-Implications-Embedded-Systems-Development.pdf

  3. Existing Facilities In Customers’ Lab Traditional Instrument such as DSO, Generator, Development Kits, Counter etc without Logic Analyzer and Digital Protocol Decoders cannot be satisfied in Development of New Electronics Systems.

  4. We Offer PC Based Logic Analyzers with many types of models 100Hz~1GHz frequencies Channels: 16 / 32/ 64 Memory: 32Kbits/ 64Kbits/ 128Kbits/2Mbits More then 80 types protocol analyzers such as I2C/ SPI/ UART/ CAN/ MOD/ LIN/ IRDA/ SD/ USB1.1… Our LA software is able to catch and analysis signals of Oscilloscopes by using NI-VISA

  5. Upgrading Oscilloscope with Logic Analyzer Module & Protocol Analyzer Module • Step 3: Connecting Oscilloscope to PC via USB cable • Step 4: Connecting Logic Analyzer to PC via USB cable • Step 5: Connect trigger out of LA to trigger in of oscilloscope • Step 6: Connect ground between LA and oscilloscope Logic Analyzer

  6. Step 7: Run Logic Analyzer Software Step 8: Select Tools and Click DSO to select channels Step 9: DSO-stacked Setting, click connect, click OK. Upgrading Oscilloscope with Logic Analyzer Module & Protocol Analyzer Module

  7. Example: Upgrading oscilloscope to deal with both Analog & Digital Signals To Measure the remote control system of helicopter

  8. Example: Updating oscilloscope dealing with both Analog & Digital Signals A0/A1 Pins are sending out digital signal to control DSO-CH1 to output voltage controlling the helicopter.

  9. Example: Updating oscilloscope dealing with both Analog & Digital Signals To study the relationship between input of digital signals and output of voltage by using LA analysis tools instead of observing them separately from LA and oscilloscope.

  10. Example: Updating oscilloscope dealing with both Analog & Digital Signals The pulses width or time interval of A0/A1 have been changed to affect the output voltage of DSO-CH1Pins.

  11. Example: Updating oscilloscope dealing with both Analog & Digital Signals Example: Logic Analyzers with Multi Types Protocol

  12. Example: Updating oscilloscope dealing with both Analog & Digital Signals

  13. Example: Updating oscilloscope dealing with both Analog & Digital Signals

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