Tektronix MSO24-2-BW-500 - 2 Series MSO Portable Mixed Signal Oscilloscope for Avionics Testing

The Tektronix MSO24-2-BW-70 - 2 Series MSO Portable Mixed Signal Oscilloscope is the ultimate tool for avionics engineers and aviation maintenance professionals who require a compact, portable, and versatile oscilloscope for testing and debugging avionics systems. With **4 analog channels** and a form factor that is **only 1.5 inches thick**, the MSO24-2-BW-500 offers high-performance capabilities in a lightweight, tablet-like design. Whether you're performing tests in the lab or the field, this oscilloscope delivers the advanced functionality necessary for addressing the challenges of avionics testing.

Key Features for Avionics Testing:

• Compact and Lightweight for Field and Lab Use:
  The MSO24-2-BW-500’s portability makes it ideal for avionics testing in both lab and field environments. Its compact design, weighing less than 4 pounds, allows for easy transportation, enabling avionics professionals to take it wherever testing is required, whether onboard aircraft or in maintenance facilities.
• High Performance with Four Analog Channels:
  The MSO24-2-BW-500 offers **4 analog channels**, enabling simultaneous monitoring of multiple avionics subsystems, such as navigation, flight control, and communication circuits. With bandwidths up to **500 MHz** and a **2.5 GS/s sample rate**, this oscilloscope delivers the precision and speed needed for testing critical avionics systems.
• Intuitive Touchscreen Interface for Quick Diagnostics:
  The 10.1-inch capacitive touchscreen provides a streamlined interface for easy navigation and real-time analysis. With gestures like **drag**, **pinch**, and **swipe**, avionics professionals can quickly interact with the oscilloscope to make adjustments, zoom in on signals, or access critical diagnostic information during testing.
• Battery-Powered for Field Use:
  The optional **detachable battery pack** provides up to **8 hours of continuous runtime**, making the MSO24-2-BW-500 perfect for field engineers performing onsite diagnostics or troubleshooting on aircraft. The ability to **hot-swap batteries** ensures uninterrupted testing, even in power-constrained environments.

Comprehensive Avionics Debugging and Analysis:

• Advanced Debugging for Avionics Systems:
  The MSO24-2-BW-500 offers comprehensive debugging capabilities, including **edge, pulse width, runt, timeout, and logic triggers**, allowing for precise capture of avionics signals. Optional support for serial protocol analysis—such as **I2C**, **SPI**, **UART**, and **CAN**—enables deep insights into communication bus signals in avionics systems, making it easier to identify and resolve faults.
• Mixed-Signal Testing for Complex Avionics Circuits:
  With an optional **16 digital channels**, the MSO24-2-BW-500 allows mixed-signal analysis, critical for verifying the interaction between analog and digital signals in avionics systems. This capability ensures reliable performance in avionics applications where precise timing and signal integrity are paramount.
• Built-in Bode Plot, Arbitrary Function Generator (AFG), and Digital Pattern Generator:
  The MSO24-2-BW-500 features a **Bode plot** for frequency response analysis and an optional **50 MHz arbitrary function generator (AFG)** to simulate sensor signals. The **4-bit digital pattern generator** is ideal for testing avionics digital circuits, offering a complete set of tools for thorough testing and debugging.
• Comprehensive Waveform Analysis Tools:
  The MSO24-2-BW-500 includes advanced analysis tools such as **FFT**, waveform math, and **37 automated measurements**. These features allow engineers to conduct in-depth analysis of avionics signals, ensuring the performance and safety of critical systems such as flight control and communication modules.

Remote Collaboration and Data Sharing:

• Built-in VNC Server for Remote Access:
  The MSO24-2-BW-500’s integrated **VNC server** allows for remote control and monitoring via PC, tablet, or phone. This feature is especially useful for avionics engineers working in large teams or across different locations, enabling seamless collaboration on testing and troubleshooting.
• TekDrive and TekScope Integration for Avionics Data Management:
  The **TekDrive cloud platform** makes it easy to store, share, and collaborate on waveform data with colleagues, whether they are at the next bench or on the other side of the world. Additionally, **TekScope PC analysis software** provides the ability to perform advanced analysis and troubleshooting remotely, extending the oscilloscope’s capabilities beyond the lab.

Applications in Avionics Testing:

• Flight Control Systems: Analyze and debug the signals used in flight control systems to ensure proper operation and responsiveness.
• Communication Systems: Verify and troubleshoot avionics communication systems, including radios, transponders, and digital communication protocols such as CAN or RS-232.
• Navigation Systems: Capture and analyze signals from navigation systems, including GPS, gyroscopes, and other sensors critical to aircraft safety.
• Onsite Field Diagnostics: Perform real-time diagnostics on aircraft and avionics equipment in the field without requiring external power sources, thanks to the MSO24-2-BW-500’s portable and battery-powered design.

Specifications Summary:

• Channels: 4 analog, 16 digital (optional)
• Bandwidth: 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 MSO24-2-BW-500 - 2 Series MSO Portable Mixed Signal Oscilloscope is the ideal choice for avionics professionals who need a compact, high-performance solution for testing and debugging avionics systems. With its advanced features, intuitive interface, and portability, it delivers the versatility and reliability required for demanding avionics applications, both in the lab and in the field.