R&S®EVS-K1 Frequency Scan

Category - Analyzers

FAMAGA always strives to provide the best prices and timings of supplies for its customers. We sell only original equipment and spare parts, although we are not always the official distributor or manufacturer's dealer. All displayed trademarks and part numbers are the property of their respective owners.

Our portfolio includes entire product line of items of the Rohde & Schwarz. Rohde & Schwarz produces dynamic and innovative products that always detect the resolution for the hard industrial concerns at any time. The Rohde & Schwarz achieves the high standards of equipment performance while creating the modern technologies that boost the operation cycle of the industries. The Rohde & Schwarz R&S®EVS-K1 Frequency Scan is one of the masterly designed items. Rohde & Schwarz R&S®EVS-K1 Frequency Scan attributes extreme exactness, which offer wide range of automatic and electric resolutions to fulfill all application needs. Because of the high quality of constituents, Rohde & Schwarz R&S®EVS-K1 Frequency Scan confirm long-standing service.
As the greatest industrial provider of various brands, we always devoted to establish brilliant experience to our consumers by offering huge number of industrial outfit and constituent parts at affordable prices with the brilliant chain of supply in the brief period of time. A top level of determination permit us to supply any size of product in the shortest period of time and respond the needs of our consumers in the processing sector. As for the price and delivery time, please fill in the form or submit your order to sales@famaga.us">sales@famaga.us

Description

Key Facts When equipped with the R&S®EVS-K1 option, the R&S®EVS300 is capable of displaying the RF spectrum of the input signal in the range from 70 MHz to 350 MHz. Clear/write, average and peak hold trace modes are selectable as well as marker and delta marker. The large dynamic range of up to 100 dB in combination with the low noise figure make the R&S®EVS300 ideal for analyzing spurious signals in the ILS/VOR and communications bands.
''