


( Brand: Frequency Standards ), ( Manufacturer Part Number: 2335-3N )
The M1000 Frequency Standard Wavemeter, with a measuring range of 2335.28 to 2341.68 MHz in 3n Hz steps, is a highly accurate and versatile instrument, ideally suited for applications requiring precise microwave frequency measurements. This wavemeter, designed and manufactured by a leading innovator in test and measurement solutions, sets new standards in frequency metrology.
The M1000 boasts an impressive absolute accuracy of 2.5 x 10e-12 at 24 C, making it suitable for even the most demanding applications. Its frequency stability is also impressive, with a short-term stability of 3.7 x 10e-11 and a long-term stability of 1.4 x 10e-11, demonstrating its exceptional capability to measure and maintain stable, consistent microwave frequencies.
The wavemeter's intuitive user interface is complemented by a high-resolution, full-color, touchscreen display, providing clear and concise readings of measured frequency, purity, and other essential operating parameters. The M1000 also features user-configurable measurement averaging and stabilization options, enabling users to optimize the measurement accuracy for their specific application requirements.
This wavemeter comes equipped with a range of functions to support effective calibration and versatile test setups. It includes a built-in 10 MHz reference input for external calibration, as well as an optional internal oven-controlled crystal oscillator (OCXO) for optimal temperature stability. Moreover, the M1000 accommodates a variety of frequency standards as an external reference input, allowing for frequency comparisons and traceability to national standards.
The M1000's rugged design ensures optimal performance and longevity, even in challenging environments. It features an ergonomic, compact footprint and a robust construction that makes it suitable for benchtop or portable use. Additionally, the wavemeter's power consumption of only 31 W allows for extended operation time without being tethered to a power outlet.
In conclusion, the M1000 Frequency Standard Wavemeter represents the pinnacle of frequency measurement technology, delivering unmatched accuracy, stability, functionality, and user-friendliness for applications requiring precise microwave frequency measurements in the 2335-3n Hz range.
1. **High Accuracy**: The 2335-3n Wavemeter M1000 offers incredibly high accuracy, as it is a primary frequency standard traceable to international definitions of the second. This makes it suitable for applications where high-precision frequency measurements are required.
2. **Stability**: The frequency standard has excellent long-term stability, with a typical Allan Deviation value below 1e-13 at integration times of 1 second. This stability is essential for applications where stable and consistent frequencies are necessary.
3. **Ease of Use**: The wavemeter offers an intuitive user interface and automatic calibration capabilities, making it easy to use even for operators without extensive calibration expertise. It also comes with software tools for data acquisition and analysis.
4. **Minimal Maintenance**: The 2335-3n Wavemeter M1000 is designed for minimal maintenance, reducing the operational costs and downtime associated with frequent calibrations.
5. **Versatility**: The instrument can generate and measure a frequency down to 1 Hz using its built-in synthesizer and external input, making it versatile for various applications. It can be used for calibrating other frequency instruments, generating frequency references, and verifying time settings of GPS receivers and other timing devices.
6. **Robust**: The wavemeter is built to high-precision standards and is designed for long-term operation. It can handle temperature ranges between -20 C and 50 C and a relative humidity of up to 90%, making it suitable for various environmental conditions.
Cons:1. **High Cost**: The 2335-3n Wavemeter M1000 is an expensive investment due to its high accuracy, stability, and advanced features. It may not be a cost-effective solution for laboratories or applications with less stringent frequency measurement requirements.
2. **Complexity**: The wavemeter's advanced features and high precision may require specialized knowledge to fully utilize the instrument's capabilities. There may be a learning curve for operators new to high-precision frequency measurement.
3. **Power Consumption**: The wavemeter consumes a relatively high power of 150W, which may increase operational costs for laboratories or applications with limited power supplies.
Conclusion:The 2335-3n Wavemeter M1000 is a high-end frequency standard ideal for laboratories, research facilities, and applications requiring extremely accurate and stable frequency measurements. Its long-term stability, ease of use, versatility, and minimal maintenance make it an attractive option for customers prioritizing precision and reliability. However, its high cost, complexity, and power consumption may present challenges for budget-conscious customers or those with limited power supplies. Therefore, careful consideration of your application requirements, budget, and expertise is essential when deciding whether to invest in a 2335-3n Wavemeter M1000.
Recommendation:If your application requires high-precision, long-term stability, and versatility in frequency measurement, the 2335-3n Wavemeter M1000 may be an excellent investment for you, despite its high cost and power consumption. However, if you have a limited budget or power supply, you may consider renting or purchasing a less expensive frequency standard or exploring alternative solutions, such as a lower-precision oscillator or an automated calibration system. Ultimately, the best choice depends on your specific application needs and constraints.
Frequency Standards Wavemeter model 2335-3N W/ M1000. Condition is Used. Shipped with USPS Ground Advantage.