Used STANFORD RESEARCH SYSTEMS / SRS SR540 #9174258 for sale

ID: 9174258
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STANFORD RESEARCH SYSTEMS / SRS SR540 electronic test equipment is an advanced form of impedance measurement, offering a wide range of features for professionals in the field of electro-acoustic research. This powerful instrument is capable of measuring the full spectrum of impedance, including both magnitude and phase. SRS SR540 offers a variety of measurement modes for users, including a voltage-controlled oscillator (VCO) mode to create and analyze sine waves, and a Z-plane mode to measure the full range of impedance. STANFORD RESEARCH SYSTEMS SR540 is equipped with a highly sensitive front-end differential amplifier with a dynamic range of 137 dB, allowing for the accurate measurement of signals down to extremely low levels. It also sports a wide bandwidth that is capable of measuring signals from DC up to 100 kHz, and can be augmented with optional frequency modules up to 500 kHz. The instrument also offers advanced features such as multi-channel measurement, harmonic measurements, and a wide range of measurement conditions. SR540 utilizes a Graphic User Interface (GUI) to simplify operation and provide more intuitive display. With the GUI, users can easily evaluate, store, and analyze their data. This system also provides a range of mathematical functions to simplify the analysis, as well as an advanced analysis mode to discover unexpected new features hidden in the signal. STANFORD RESEARCH SYSTEMS / SRS SR540 is highly versatile and can operate from both battery power and standard wall power. The instrument can be connected to a PC over USB or Ethernet, and can also be used with optional third-party equipment. Finally, SRS SR540 comes with a comprehensive suite of integrated software tools that help to extend its functionality. These include tools such as a pulse generator, harmonic analysis, and programmable sequencing. Overall, STANFORD RESEARCH SYSTEMS SR540 is an extremely versatile, powerful, and accurate test instrument. It's ideal for electro-acoustic research and is perfect for professionals who want to quickly, accurately, and efficiently measure a wide variety of impedance parameters.
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