Used ROHDE & SCHWARZ SML01 #135270 for sale

ROHDE & SCHWARZ SML01 is an electronic test equipment developed by ROHDE & SCHWARZ company for RF signal testing, signal path measurements and television/video measurements. It offers precise signal measurements in the frequency ranges of 9 kHz to 3 GHz and 6 GHz to 43 GHz. The main component of the system is SML01 signal analyzer with high-performance functions. This signal analyzer is equipped with a wide range of functions that allows the user to measure frequency, amplitude, and time domain signals. It also includes functions for spectrum analysis and demodulation. In addition, RF signal and signal path measurements are possible with the unit, including wide bandwidth operation. ROHDE & SCHWARZ SML01 is equipped with two modes of measurement, fast and normal. The fast mode allows for faster measurement of small transient signals, while the normal mode is designed for more precise measurements. SML01 is also capable of real-time measurement and analysis of FM, AM and phase signals. ROHDE & SCHWARZ SML01 is a very versatile instrument, as it can be used for a variety of tests. For example, it can be used for the testing of RF components, transmission systems and antenna radiation patterns. It can also be used for TV/video measurements, such as distortion and center balance. Other features of SML01 include an internal Pulse Generator for pulse timing and pulse width discrimination, Sweep mode for time domain and magnitude measurements, a Power Meter for power level measurements, and an Isolator for isolation from the source signal. In addition, the unit is equipped with a large 10.4 inch color touch-screen display that can be used to control and monitor the various measurements. It is also equipped with a USB host port for connecting an external storage device or for connecting a printer to print out measurement results. ROHDE & SCHWARZ SML01 is an extremely versatile piece of test equipment that can be used for a variety of applications. It is a powerful tool that can provide accurate and reliable measurements of a wide range of signals. It is also highly flexible and can easily be configured to meet the needs of any particular test.