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I have another unit identical to this one in the same condition with option ID2, swept sine analysis selling for only 300$ more.email me for interest in that one. see item numbers 290177828867 , 300174457730 , and 290184764334 I just sold this same one but with some option for 7000, then another one for 6500$ I have 3 left besides this one, 4 total left in inventory.I have another one listed that is a 4 channel version if you require that. JUST REDUCED 1200$!!!! I am not going any lower. all 4 will sell at this price for sure. I already sold 2 for much more. This is 35670A FFT Dynamic Signal spectrum analyzer in tested excellent working condition. It is in pretty much Mint Like new condition except for a small scuff/scratching on the back and a trace of pen marks on the bottom corner of the cover which you cant really notice or see in the pics. There is no sign of use or wear. . it has a built in source oscillator at 10.24 khz which I have tested for accuracy as well. it is perfect and dead on. I also checked the accuracy and stability with a srs calibrated function generator to find the exact results. this unit is still under calibration comes with face cover and cables the display I should note is flawless,. it just looks weird in the pics This is currently $ 23,600$ !!!! new! This is a very light ,portable and rugged durable unit! The Agilent 35670A is a versatile FFT analyzer with built in source for general spectrum and network analysis, and for octave, order, and correlation analysis. Rugged and portable, it is ideal for field work, yet it has the performance and functionality required for demanding R&D applications. The built in source with optional analysis features optimize the instrument for analyzing and troubleshooting noise, vibration and acoustic problems, evaluating and solving rotating machinery problems, and characterizing control systems parameters. * 102.4 kHz at 1 channel, 51.2 kHz at 2 channel, 25.6 kHz at 4 channel * 100, 200, 400, 800 and 1600 lines of resolution * 90 dB dynamic range, 130 dB in swept-sine mode * Source: Random, Burst random, Periodic chirp, Burst chirp, Pink noise, Sine, Arbitrary waveform * Measurements: Linear, Cross, and Power Spectrum, Power Spectral Density, Frequency Response, Coherence, THD, harmonic power, Time Waveform, Auto-correlation, Cross-Correlation, Histogram, PDF, CDF * Octave analysis with triggered waterfall display * Tachometer input and order tracking with orbit diagram * Built-in 3.5-inch floppy disk for more info. and pricing go to http://www.home.agilent.com/agilent/product.jspx?cc=US&lc=eng&nid=-536902437.536881997 Passes all self tests every time as seen in the pictures and responds to all functions pefectly . I also did more in depth self tests such as ram, dsp chips, etc and it passes them all perfectly every time.Be advised that the tachometer is not hooked up so it fails it. it is supposed to . it mentions it on screen before test that it will fail if its not attached so that is normal. dont worry. I performed a similar test as below for stability and accuracy and it passed flawlessly like new. plug a signal source set at 1kHz into SIGNAL IN A socket. Set to a few volts. Press INPUT (within MENU pushbutton area); press button on right of screen opposite A on screen. Then press button on right of screen opposite Auto Offset so that Off is selected. The press button on right of screen opposite Trigger. Select Cont. Press FREQ (within MENU pushbutton area); press button on right of screen opposite Span; turn knob to 1.56kHz; press button on right of screen opposite Start Freq; press 0 on ENTRY push button area, then press button on right of screen opposite mHz. Press AUTO RANGE push button in ENTRY area. press MEAS push button in MENU area; press button on right of screen opposite Menu Spectrum. Select Spectrum. Again press MEAS push button in MENU area; press button on right of screen opposite Display. Select Log Mag. Again press MEAS push button in MENU area; press button on right of screen opposite Window. Select BMH. Press AVERAGE within MENU pushbutton area; press button on right of screen opposite Averaging. Select Off. You now should see a spectrum peak at the frequency of your signal source. Near the bottom of the screen you should see a random moving base "line." The trace from the spectral peak should fall rapidly to the base line. If occasionally these skirts on either side of the spectral peak to the base line suddenly and very obviously randomly jump, the unit has the problem of which I speak. If stable, the problem does not exist. it passes this test perfectly. \\\ If you would like me to perform any other performance tests I would be happy to. just email me at Clayton.wright@cedar--rapids.com or call me at (***) 576 4320 . my name is paul Please feel free to email me any questions as I will respond immediately! Most items look much better in person. Pickup is completely fine as well> I am located 30 minutes from L.A. California and am in Pomona CA. (Hp agilent 35670A fft spectrum dynamic signal analyzer is the responsibility of Clayton Wright) |
Clayton.wright@cedar--rapids.com (Clayton Wright) for more information.
