The 3569A is a 20 kHz signal analyzer from HP. Engineers use signal analyzers to combine the capabilities of spectrum and vector signal analyzers. A signal analyzer is a piece of electronic test equipment that takes measurements of power, magnitude, distortion, phase noise, modulation, and demodulation quality of input signals.
Additional Features:
1.6 Hz to 20 kHz
Measurement Lab in a Portable Package
Real-time Octave Analysis
Real-time Intensity (Opt AY1)
Narrowband Spectrums (Opt AY2)
Reverberation Time (AY3)
Computes Sound Power using Sound Intensity automatically (OptAY1)
Computes Excedences for Sound Levels
Lightweight (3.2 kg / 7 lbs) and battery powered
Multispectrum display
Store thousands of measurements internally
Built-in Noise Source
The HP 3569A is a portable, battery-powered real-time frequency analyzer designed for onsite product-noise characterization, including real time sound intensity analysis.
Octave and 1/3-octave resolution measurements are made in real time. For tonal measurements of single frequencies or narrowband signals, the optional FFT mode provides from 100 to 1600 lines of linear frequency resolution for high accuracy.
The 3569A is a 20 kHz signal analyzer from HP. Engineers use signal analyzers to combine the capabilities of spectrum and vector signal analyzers. A signal analyzer is a piece of electronic test equipment that takes measurements of power, magnitude, distortion, phase noise, modulation, and demodulation quality of input signals.
Additional Features:
- 1.6 Hz to 20 kHz
- Measurement Lab in a Portable Package
- Real-time Octave Analysis
- Real-time Intensity (Opt AY1)
- Narrowband Spectrums (Opt AY2)
- Reverberation Time (AY3)
- Computes Sound Power using Sound Intensity automatically (OptAY1)
- Computes Excedences for Sound Levels
- Lightweight (3.2 kg / 7 lbs) and battery powered
- Multispectrum display
- Store thousands of measurements internally
- Built-in Noise Source
The HP 3569A is a portable, battery-powered real-time frequency analyzer designed for onsite product-noise characterization, including real time sound intensity analysis.
Octave and 1/3-octave resolution measurements are made in real time. For tonal measurements of single frequencies or narrowband signals, the optional FFT mode provides from 100 to 1600 lines of linear frequency resolution for high accuracy.
