SWOB5 二手测试仪德国频率特性测试仪SWOB5

是否提供加工定制	否	品Pai	德国测试仪
型号	SWOB5

SWOB 5The Polyskop SWOB 5 is a compact two-channel sweep tester.It is as well suited for applications in the laboratory,in test and production departments as for all users who find most of all simple operation an important requirement besides large-screen display for single and high-quantity measurements.Recording may be performed by use uf a recorder or photographic attachment.for the adjustment of the sweep width ,there are four possibilities.The total frequency range from 0.1 to 1000MHz can be swept in a single sweep or the sweep width is continuously adjustable from 5 to 1000MHz for broadband measurements .For marrow-band operation,the sweep width can be continuously adjusted from a maximum sweep width of approxtmately 50 MHz to a minimum sweep width of approximately 300 kHz .It is also possible to cut off sweep operation altogether so that a signal generator is obtained that can be continuously tuned through the range from 0.1 to 1000 MHz(cw operation).Pulse or line markers provide orientation along the frequency axis,the marker amplitude or intensity being continuously adjustable. A manually adjustable bright-up marker ,at which the sweep is stopped for a short time, allows triggering of a frequency counter connected to the RF monitoring output.External markers can be fed in.At the lower screen edge,the individual sweep range selected is indicated by a bright-up bar on a scale .Sweep time can be continuously adjusted from 20 ms to 2 s .The measurement curves are displayed on a long-persistence screen with a diagonal diameter of 28cm.The receiver section consists of a measuring head and a deflection amplifier .Termination and insertion units as well as probes are available as measuring heads.The deflection amplifiers are designed as plug-ins,enabling the user to equip the sweep tester with one or two channels and with linear and/or logari thmic amplifiers to meet all possible requirements.北京市海淀区清河新城2号楼2单元1704： 81236258：张女士网址：WWW.SELL17.CN邮箱：QQ: 296851597