Technology Labs
ACL-FS: Fourier Synthesis Kit
1) Signal synthesis by summing 10 harmonics
2) Each harmonic selectable with +sin, -sin, +cos, -cos value
3) Allows visualization of signal formation by combining multiple sinusoidal harmonics
4) Provides easy access to waveform generation and signal analysis through dedicated control sections.
5) Square, triangle, ramp, pulse, rectified sine, AM and other wave-form generation
6) Spectrum analysis of the signal using ACT - 01 and ACT - 02
7) Designed for laboratory demonstrations of Fourier series, waveform synthesis and harmonic analysis
8) Mobile based interactive e-manual
2) Each harmonic selectable with +sin, -sin, +cos, -cos value
3) Allows visualization of signal formation by combining multiple sinusoidal harmonics
4) Provides easy access to waveform generation and signal analysis through dedicated control sections.
5) Square, triangle, ramp, pulse, rectified sine, AM and other wave-form generation
6) Spectrum analysis of the signal using ACT - 01 and ACT - 02
7) Designed for laboratory demonstrations of Fourier series, waveform synthesis and harmonic analysis
8) Mobile based interactive e-manual
1) Frequency of the fundamentals
i) 10 KHz with quartz control
2) Frequency of the harmonics
i) 20 KHz, 30 KHz, 40 KHz, 50 KHz, 60 KHz, 70 KHz, 80 KHz, 90 KHz, 100 KHz
3) Phase of each sine wave
i) Selectable 0° (sin), 90° (cos), 180° (-sin), 270° (-cos)
4) Amplitude of each sine-wave
i) Adjustable on 2 ranges from 0 ~ 1 Vpp or from 0 ~ 10 Vpp
ii) Indication of the presence of each harmonic : via LED
5) Amplitude of the DC component
i) Adjustable from -10V ~ +10V
6) Adder stage with 11 inputs
7) Power supply
i) GND, +5V, +12V, -12V
i) 10 KHz with quartz control
2) Frequency of the harmonics
i) 20 KHz, 30 KHz, 40 KHz, 50 KHz, 60 KHz, 70 KHz, 80 KHz, 90 KHz, 100 KHz
3) Phase of each sine wave
i) Selectable 0° (sin), 90° (cos), 180° (-sin), 270° (-cos)
4) Amplitude of each sine-wave
i) Adjustable on 2 ranges from 0 ~ 1 Vpp or from 0 ~ 10 Vpp
ii) Indication of the presence of each harmonic : via LED
5) Amplitude of the DC component
i) Adjustable from -10V ~ +10V
6) Adder stage with 11 inputs
7) Power supply
i) GND, +5V, +12V, -12V
1) To study square wave synthesis
2) To study triangular wave synthesis
3) To study saw-tooth wave synthesis
4) To study AM wave synthesis
2) To study triangular wave synthesis
3) To study saw-tooth wave synthesis
4) To study AM wave synthesis
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