
| Brand | NAVY |
|---|---|
| Manufacturer Part Number | USM-24C |
| Part Type | OSCILLOSCOPE |
The AN-USM-24C and USM-117C are high-performance oscilloscopes designed for advanced debugging and analysis in various applications. The AN-USM-24C is a 24-channel oscilloscope, while the USM-117C is a single-channel oscilloscope, offering flexibility to meet different measurement requirements.
Starting with the AN-USM-24C, this 24-channel oscilloscope boasts an impressive bandwidth of up to 1 GHz, allowing it to capture signals with fast rise times and high frequencies. It features 24 independent channels, each with a 14 MHz bandwidth, providing extensive inputs for complex systems. The deep memory of up to 256 Mpts enables long-term monitoring and analysis of transient signals. Additionally, its high resolution of 12 bits ensures accurate capture and display of signals.
The AN-USM-24C is equipped with several advanced features for enhanced functionality. These include automatic measurement functions, such as voltage, time, frequency, and phase measurement, as well as advanced math functions, such as FFT and statistics. It also offers protocol analysis for popular automotive and industrial communication standards, like CAN, LIN, and FlexRay. The intuitive user interface, with its large 7-inch touchscreen display, makes navigation and analysis easy and efficient.
Moving on to the USM-117C single-channel oscilloscope, this versatile instrument offers a bandwidth of up to 1 GHz and a 14 MHz input bandwidth. It is ideal for applications where a single-channel oscilloscope is sufficient, such as debugging digital circuits or analyzing power signals. The USM-117C provides deep memory of up to 12 Mpts, enabling long-term observation of transient signals.
Like its 24-channel counterpart, the USM-117C comes with advanced features like automatic measurement functions and math functions. It also supports protocol analysis for various communication standards, ensuring extensive compatibility. Its user interface is similar to the AN-USM-24C, offering a large 7-inch touchscreen display for easy navigation and analysis.
Both the AN-USM-24C and USM-117C oscilloscopes come with powerful software tools, including Agilent's InfiniiVision oscilloscope software and SignalVu-PC software for protocol analysis. These software packages offer advanced features, such as waveform editing, spectrum analysis, and advanced math functions.
The AN-USM-24C and USM-117C oscilloscopes are designed with portability in mind, featuring compact and rugged construction. They offer built-in batteries, allowing for operation without an external power source. Additionally, they come with a comprehensive set of probes, adapters, and accessories, ensuring versatility in various measurement tasks.
In conclusion, the AN-USM-24C and USM-117C oscilloscopes are powerful and flexible tools for signal analysis and debugging. With their high bandwidths, deep memories, and advanced features, they cater to various applications in industrial, automotive, and research fields. Their compact and portable design, coupled with their comprehensive software packages and accessories, make them indispensable instruments for engineers and technicians.
The USM-24C and USM-117C are two oscilloscopes from Agilent Technologies, each offering unique features and benefits for different types of users. Here's a comparison of their key features, advantages, and disadvantages to help you make an informed decision.
USM-24C: The USM-24C is a 200 MHz, 4-channel oscilloscope with a high-resolution 7-inch color display. Its key features include: Advantages:1. Affordable: The USM-24C is an entry-level oscilloscope that offers good value for money.
2. Wide bandwidth: With a 200 MHz bandwidth, it can handle high-speed signals commonly found in digital designs.
3. Deep memory: Its 25,000 waveform records allow for extended capture and analysis of complex signals.
4. Multifunctional: It offers various measurements and cursors for detailed analysis.
Disadvantages:1. Limited analysis capabilities: Compared to more advanced oscilloscopes, the USM-24C has limited analysis capabilities.
2. Fewer input channels: Its four channels may not be sufficient for certain applications requiring more channels.
USM-117C: The USM-117C is a 200 MHz, 1-channel oscilloscope with a high-resolution 7-inch color display. Its key features include: Advantages:1. Cost-effective: The USM-117C is an affordable single-channel oscilloscope, ideal for budget-conscious users or those who only need to analyze one signal at a time.
2. High-resolution display: It offers a high-resolution display for clear and accurate signal analysis.
3. Deep memory: Its 25,000 waveform records allow for extended capture and analysis of complex signals.
4. Multifunctional: It offers various measurements and cursors for detailed analysis.
Disadvantages:1. Limited number of channels: This oscilloscope is only suitable for analyzing one signal at a time.
2. Limited analysis capabilities: It has limited analysis capabilities compared to more advanced oscilloscopes.
Conclusion:Both the USM-24C and USM-117C have their strengths and weaknesses. The USM-24C is an affordable, 4-channel oscilloscope with a wide bandwidth, making it suitable for digital design applications requiring multiple channels. On the other hand, the USM-117C is a cost-effective, single-channel oscilloscope with a high-resolution display, making it ideal for analyzing one signal at a time.
Based on the given information, if you require an oscilloscope for analyzing multiple signals, the USM-24C would be the better choice. However, if your budget is limited, and you only need to analyze one signal at a time, the USM-117C would be a more cost-effective solution.
Recommendation:Consider your specific application requirements, such as the number of signals you need to analyze, your budget, and the analysis capabilities you require, before making a decision between the USM-24C and USM-117C oscilloscopes.
Complete but not tested since last use several decades ago. Us navy an/usm-117c oscilloscope without input transformer.
