Agilent 35670A Analyzer (service)

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I do not warrant that the item will operate to the exact original specifications, or operate at all. It was broken as pictures. Agilent A 2Ch. Item will be made available for pick up at our San Diego, CA location by the carrier you arrange transportation with. Make an Offer. Shop by Category.

DYNAMIC SIGNAL ANALYZER - Get The Best Deals Now - Top Reviews

Brand see all. Not Specified. Guaranteed Delivery see all. No Preference. Condition see all. Please provide a valid price range. Buying Format see all. Optional features optimize the instrument for troubleshooting mechanical vibration and noise problems, characterizing control systems, or general spectrum and network analysis. Versatile enough to be your only instrument for low frequency analysis With the A, you carry several instruments into the field in one package.

Frequency, time, and amplitude domain analysis are all available in the standard instrument.

Build on that capability with options that either add new measurement capability or enhance all measurement modes. Agilent Instrument BASIC Option 1C2 Develop a custom user-interface, integrate several instruments and peripherals into a system using the A as the system controller, or simply automate measurements.

HP/AGILENT Test Equipment Manuals

Internal RAM may also be formatted as storage disk. Input Channels? Analog A-weighted filters switchable? Transducer sensitivity input? Built-in 4 mA constant current power supply Large 6. Curve fit and frequency response synthesis available with option 1D3. Random Noise?


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Burst Random Noise? Periodic Chirp? Burst Chirp? Pink Noise? Fixed Sine? Arbitrary Waveform Source Option 1D4? DC Power Accepts 12 to 28 volts dc nominal.

Use the A power cable for DC power source connection, or the A power cable with cigarette-lighter adapter. Low Noise Fan Fan may be turned off for acoustic applications. Running speed depends on ambient temperature.

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35670A FFT Dynamic Signal Analyzer, DC-102.4 kHz

Tachometer 42 Volt Peak Max No external signal conditioning hardware required. AC Power Universal power supply will operate with any combination of voltage between and VAC and line frequency between 47 and Hz. The maximum power requirement is VA. Ease-of-use Portability, versatility, and performance are valued attributes, but to be really valuable an instrument must also be easy to use.

An interactive measurement state lets you configure the instrument setup from a single display. FFT-based spectrum analyzers, such as the A, are ideal for measuring the spectra of low-frequency signals like speech or mechanical vibration. Transient components, usually missed with swept-frequency analyzers, are easily measured and displayed at speeds fast enough to follow trends. The A has both the performance and features required to take full advantage of this technology.

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Averaging Various averaging modes let you further refine spectrum analysis measurements. Time averaging extracts repetitive signals out of the noise while rms averaging reduces the noise to its mean value. Exponential averaging, available for both time and rms averaging, is useful for reducing the noise while following changing signals—tracking the resonance shifts in a fatiguing structure for example. Resolve signals using to lines resolution, or for really close-in analysis, use frequency zoom to resolve signals with up to 61?

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Hz resolution. Use time or RPM arming to develop waterfalls of sequential vibration spectra for trend analysis or for an overview of device vibration. Power and Linear Spectrums Match your spectrum measurement mode to the signal being tested. Use linear spectrum analysis to measure both the amplitude and phase of periodic signals such as the spectra of rotating machinery.

Power spectrum analysis is provided for averaging nonrepetitive signals. Note: anti-alias filters can be switched off. Special markers for timedomain data facilitate extraction of key control system performance parameters: overshoot, rise time, setting time, and delay time. Simultaneous display of frequency and time domain data facilitates analysis of gear mesh vibration.

Data Table Use a tabular format to keep track of key frequencies in the spectra of rotating machinery. The amplitude and frequency of the signal and a character entry label field are listed for each selected point. Measurement results at key frequencies can be labeled and listed using data table. Markers Markers streamline analysis by helping you select and display specific data. Marker functions include marker to peak, next right peak, and coupled markers for selecting points in multiple data displays.

Markers readouts are absolute or relative to your selected reference.

Special Markers Three special marker functions facilitate analysis of your spectral data. Sideband markers aid analysis of modulation signals. Use this function to quickly locate sidebands in the complicated spectra of rotating machines. A band-power marker reads the total power in a selected band of frequencies and a total harmonic distortion marker lets you calculate total harmonic distortion without including the effects of noise. Automatic Units Conversion Display vibration data in the units of your choice. The instrument automatically converts frequency-domain data from specified input transducer units to the units you select for display.

For example, accelerometer data is automatically converted and displayed as mils when mils are selected. Of course, dB, dBV, dBm and volts are available for electrical applications. Harmonic markers are used to calculate the THD of a signal without including the effects of noise. FFT-based network analysis is fast enough to allow real-time adjustments of circuit parameters while the swept-sine option provides exacting measurements over more than six frequency decades, and a dB dynamic range.

The response of an accelerometer is being checked in this example. Source Select the optimum stimulus for each application—random noise, periodic chirp, pink noise, fixed sine, burst random, and burst chirp. For zoomed network analysis measurements, the source is bandtranslated to match the zoom span at frequencies up to An optional arbitrary source lets you test your product using real-world signals. Search Keysight Regulatory database for the most recent Declaration of Conformity statement for your product.

PDF 3. This manual contains the command syntax, structure and a detailed description of each GPIB command available for the Keysight A. PDF 2. PDF Contains chapters on making measurements, working with the display, using the basics, and much more. PDF 1. The Keysight A is a portable two- or four-channel dynamic signal analyzer with the versatility to be several instruments at once. This article from Realtime Update, Fall - Winter , Hewlett-Packard, explains that analyzing the health and behavior of rotating machinery is a key application for dynamic signal analyzers DSAs.

Rotating machines produce repetitive vibrations and acoustic signals related to rotational In these days of digital instrumentation and PCs, it is easy to forget that physical phenomena are analog and that windows are not always operating systems. Windowing and digitization meet in the process of dynamic signal analysis.