ScanaPLUS: 9-Channels, 100MHz Logic Analyzer

Summary of ScanaPLUS: 9-Channels, 100MHz Logic Analyzer


ScanaPLUS is a 9-channel logic analyzer operating at 100 MSPS, compatible with ScanaStudio software. It supports various protocols like RS232, CAN, and RS485, featuring adjustable voltage thresholds and FPGA-based compression for extended capture times.

Parts used in the ScanaPLUS:

  • ScanaPLUS Logic Analyzer Device
  • ScanaStudio Software
  • FPGA Compression Algorithm
  • RS232 Integrated Receivers
  • LIN Bus Integrated Receivers
  • Differential Lines Receivers
  • Activity LED Indicator
  • Adjustable Logic Threshold Groups

ScanaPLUS is a robust, versatile and multi-application 9 Channels logic analyzer. It relies on the free ScanaStudio software to capture and analyze logic signals.
 
This logic analyzer will capture signals at a steady rate of 100 MSPS (Million Samples Per Seconds), whether you’re using 1 or all 9 channels. No compromises.
Thanks to its configurable and fully protected input stage, ScanaPLUS can be directly connected to RS232, to CAN or RS485 differential lines, or to tiny 1.2V logic signals!
ScanaPLUS
Plus, a logic analyzer with 9 channels, will allow you to work with 8-bit buses, having a 9th channel left for a synchronization signal.
Worry no more about maximum capture time or transfer speed from device to computer. ScanaPLUS relies on a proprietary FPGA based compression and streaming algorithm, that will capture signals for as long as your computer can take!

Basic information

  • 100 MSPS (Million samples per second).
  • Accuracy: ± 10 ns
  • Maximum capture time: 1000 seconds *
  • Number of channels: 9.
  • Dimensions: 73 x 46 x 17 mm (2.87 x 1.81 x 0.67 inches)
  • Weight: 59 gm (2.08 oz)

*(Maximum capture time of 1000 seconds is only limited by software capabilities, it may be increased via future software updates)

Input features and characteristics

  • Number of adjustable logic threshold groups: 2
  • Adjustable logic levels for each group: 1.2V, 1.5V, 1.8V, 2.8V, 3.3V to 5V
  • Number of integrated receivers for RS232 bus: 5
  • Number of integrated receivers for LIN bus: 5
  • Number of integrated differential lines receivers: 2 (can used for CAN, RS485, etc.)
  • Activity LED integrated to ScanaPLUS device quickly indicates logic change on any line
  • Input operating range ± 35V
  • Absolute maximum input range ± 50V
  • Input impedance 100KΩ || 5pF

 
For more detail: ScanaPLUS: 9-Channels, 100MHz Logic Analyzer

Quick Solutions to Questions related to ScanaPLUS:

  • What software does ScanaPLUS rely on?
    It relies on the free ScanaStudio software to capture and analyze logic signals.
  • How many channels does this logic analyzer have?
    The device features 9 channels allowing work with 8-bit buses plus a synchronization signal.
  • Can it handle RS232 or CAN lines directly?
    Yes, it has integrated receivers for RS232, LIN, and differential lines like CAN or RS485.
  • What is the maximum capture time limit?
    The maximum capture time is 1000 seconds, limited only by software capabilities.
  • Does the sampling rate change with channel usage?
    No, it captures signals at a steady rate of 100 MSPS whether using 1 or all 9 channels.
  • What voltage levels are supported?
    It supports adjustable logic levels ranging from 1.2V up to 5V.
  • How does it manage data transfer speed?
    It uses a proprietary FPGA based compression and streaming algorithm to ensure fast transfers.
  • What indicates logic changes on the device?
    An integrated Activity LED quickly indicates any logic change on the connected lines.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

Follow Us:
LinkedinTwitter
Scroll to Top