Tektronix MSO22 - 2 Series MSO Portable Mixed Signal Oscilloscope for Avionics Testing

The Tektronix MSO22 - 2 Series MSO Portable Mixed Signal Oscilloscope is the perfect solution for avionics engineers and aviation maintenance professionals who require a versatile, compact, and portable instrument for debugging and testing critical avionics systems. With its small footprint of only 1.5 inches thick and weighing less than 4 pounds, the MSO22 combines high-end performance with the convenience of a handheld device. Whether working on the benchtop or in the field, this oscilloscope is built to handle the rigorous demands of avionics testing without compromising on functionality.

Key Features for Avionics Testing:

• Compact and Lightweight for Field and Lab Use:
  The MSO22 is extremely portable, allowing avionics engineers to transport it easily between workstations, laboratories, and field locations. With a rugged design that fits into a laptop bag, it can be used in environments where mobility is essential, such as testing on aircraft or in maintenance facilities.
• High-Performance in a Compact Package:
  Offering bandwidths up to 500 MHz and a sample rate of 2.5 GS/s, the MSO22 can accurately capture and analyze avionics signals, including those from navigation systems, flight control circuits, and communication modules. Available in 2 or 4 analog channels with an optional 16 digital channel input, the MSO22 is flexible enough to handle the mixed-signal testing requirements typical in avionics.
• Touchscreen Interface for Quick Diagnostics:
  The MSO22 features a highly intuitive 10.1-inch capacitive touchscreen, making it easy to adjust settings and view signals in real-time. The interface allows for gestures like **drag**, **pinch**, and **swipe**, which streamline navigation and make it easier for avionics professionals to quickly diagnose issues during system testing.
• Battery-Powered for Field Testing:
  Equipped with an optional detachable battery pack that provides up to 8 hours of runtime, the MSO22 is ideal for field use. This makes it especially useful for engineers working on aircraft, where AC power may not be readily available. The ability to **hot-swap batteries** ensures continuous operation during long test sessions.

Comprehensive Avionics Debugging and Analysis:

• Complete Debugging Capabilities for Avionics Systems:
  The MSO22 supports advanced trigger types such as **edge**, **pulse width**, **timeout**, and **logic triggers**, allowing for precise capture of avionics system events, including glitches or timing violations. It also offers support for optional serial protocol analysis for common avionics buses like **I2C**, **SPI**, and **UART**, making it easier to debug communication between critical subsystems.
• Mixed-Signal Analysis for Complex Avionics Circuits:
  With optional **16 digital channels**, the MSO22 enables comprehensive mixed-signal analysis, perfect for testing complex avionics circuits that combine analog signals (e.g., sensor outputs) and digital signals (e.g., communication buses). This capability is essential for verifying the proper operation of avionics systems where timing and signal integrity are critical.
• Built-in Bode Plot, Arbitrary Function Generator (AFG), and Digital Pattern Generator:
  The oscilloscope includes a **Bode plot** feature for frequency response analysis, an optional **50 MHz arbitrary function generator (AFG)** for simulating sensor signals, and a **4-bit digital pattern generator** for testing digital circuits, making the MSO22 a versatile tool for avionics testing.
• Advanced Waveform Analysis Tools:
  The MSO22 offers a full suite of analysis features including **FFT** for spectrum analysis, advanced waveform math, and **37 automated measurements**. These tools are invaluable for analyzing avionics signals and ensuring signal integrity in critical systems such as navigation, communication, and flight control.

Remote Collaboration and Data Sharing:

• Built-in VNC Server for Remote Access:
  The MSO22 features a **VNC server**, enabling remote control of the oscilloscope from a PC, tablet, or phone. This allows avionics engineers to collaborate on testing and diagnostics from different locations, ideal for large-scale aviation operations.
• TekDrive and TekScope Integration for Avionics Data Management:
  With **TekDrive cloud integration**, engineers can store, share, and collaborate on waveform data from anywhere, making it easier to work on avionics testing projects across multiple teams. The **TekScope PC analysis software** enables offline analysis, letting engineers review and analyze data outside the lab, ensuring seamless collaboration between teams.

Applications in Avionics Testing:

• Flight Control Systems: Debug and analyze the complex analog and digital signals used in avionics flight control systems, ensuring their reliability and performance.
• Communication Systems: Test and verify avionics communication modules, including radios, transponders, and digital communication interfaces such as CAN or RS-232.
• Navigation Systems: Capture and analyze signals from GPS modules, gyroscopes, and other navigation systems that are essential for aircraft safety.
• Onsite Diagnostics: Perform real-time testing and diagnostics in the field or onboard aircraft without relying on external power sources, thanks to the MSO22’s battery-powered design.

Specifications Summary:

• Channels: 2 or 4 analog, 16 digital (optional)
• Bandwidth: 70 MHz, 100 MHz, 200 MHz, 350 MHz, or 500 MHz
• Sample Rate: 2.5 GS/s (half channels), 1.25 GS/s (all channels)
• Record Length: 10 M points per channel
• Display: 10.1-inch capacitive touchscreen, WXGA (1280 x 800) resolution
• Connectivity: USB, Ethernet, VNC server, TekDrive, and TekScope compatibility
• Power: Optional battery pack for up to 8 hours of use, AC adapter

The Tektronix MSO22 - 2 Series MSO Portable Mixed Signal Oscilloscope is the perfect solution for avionics engineers and aviation maintenance professionals. With its advanced features and portable design, it delivers unmatched performance for testing, debugging, and analyzing signals in the demanding environment of avionics systems.