
( Brand: Tektronix ), ( Manufacturer Part Number: TEK-2711 ), ( Part Type: Analyzer Cover ), ( Analyzer Type: Spectrum Analyzers ), ( Unit Type: Complete Systems Mainframes ), ( Country/region Of Manufacture: United States )
The Tektronix 2711 Spectrum Analyzer is a powerful and versatile tool for electrical engineers, RF engineers, and technicians. This particular model features a frequency range of 9 kHz to 1.8 GHz, making it suitable for a wide range of applications in the RF and microwave domains.
The 2711 is equipped with a high-resolution, color LCD display that provides clear and detailed visualization of the spectrum, enabling easy identification of signals and interferers. The display is also highly customizable, allowing users to adjust the scale, marker levels, and other parameters to suit their specific needs.
The analyzer is powered by a 1.8 GHz processing engine, which delivers fast and accurate measurements. It supports a variety of modulation formats, including AM, FM, and digital modulations, making it ideal for testing and debugging wireless communications systems.
The 2711 also features built-in tracking generators, which allow users to generate a signal at a specific frequency and monitor its response in the spectrum. This can be useful for testing filters, amplifiers, and other RF components.
The instrument is housed in a rugged, portable enclosure that is designed to withstand the rigors of field testing. It includes a built-in battery, allowing for portable operation, and includes a variety of interfaces for connecting to other test equipment, such as a computer or network analyzer.
In summary, the Tektronix 2711 Spectrum Analyzer is a high-performance and highly versatile instrument that is well-suited for a wide range of RF and microwave applications. Its fast processing engine, wide frequency range, and customizable display make it a powerful tool for engineers and technicians working in the wireless communications industry.
Pros of buying a 1.8 GHz Tektronix 2711 Spectrum Analyzer:1. High Frequency Range: The analyzer can cover a frequency range of up to 1.8 GHz, which is suitable for a wide range of applications in the RF and microwave domain.
2. High Resolution: The analyzer has a resolution bandwidth of 1 kHz, which allows for precise measurement of signal characteristics.
3. High Sensitivity: The analyzer has a sensitivity of -115 dBm, which allows for the detection of weak signals.
4. Wide Dynamic Range: The analyzer has a dynamic range of 100 dB, which allows for the measurement of signals with a wide range of power levels.
Cons of buying a 1.8 GHz Tektronix 2711 Spectrum Analyzer:1. High Price: The analyzer is expensive, which may make it out of reach for some users.
2. Large Size: The analyzer is larger and heavier than some other spectrum analyzers, which may make it less portable.
3. Limited Frequency Range: While the analyzer's frequency range is high, it may not be sufficient for applications that require coverage of frequencies above 1.8 GHz.
Conclusion:The 1.8 GHz Tektronix 2711 Spectrum Analyzer is a high-performance instrument that can be used for a wide range of RF and microwave applications. Its high resolution, high sensitivity, and wide dynamic range make it suitable for precise measurement of signal characteristics. However, its high price and large size may make it less suitable for some users. If the high price and size are not a concern, then this analyzer can be a good investment for users who require precision and high performance in their RF and microwave measurements.
Recommendation:If the price and size are a concern, users can consider alternative spectrum analyzers with similar specifications but lower price and smaller size. For example, the Rigol DS1000 series or the Anritsu MS2720 series are some of the alternatives that offer similar performance at a lower price and smaller size. However, users should ensure that the alternative analyzers meet their specific requirements in terms of frequency range, resolution, and dynamic range before making a purchase decision.