Additive or harmonics VCO
Power supply:29mA
knob1: fundamental frequency
knob2: harmonics gain
knob3: harmonics spectrum
CV1: harmonics gain
CV2: harmonics spectrum
V / oct (10bit, 5Vp-p)
Output is 5Vp-p.
Outputs the fundamental tone and seven overtones. Both waveforms are sine waves. The fundamental tone is controlled by V / oct. The spectrum, that is, how many harmonics to add, is controlled by “harmonics spectrum”. Since the added overtones are integral multiples of the fundamental tone, it becomes a musical tone. The fundamental and harmonic gains are controlled by “harmonics gain”.
“harmonics spectrum” and “harmonics gain” cannot be set to arbitrary values. It has a wave table-like format that refers to the values ββstored in the table in advance. With a combination of 256 types of spectra and 256 types of gain, you can create an infinite number of tones.
In lower frequency it could be that some light click is heard, this is normal because the base oscillator is digital.
Fianlly available!
Two-channel oscilloscope for banana and mni jack systems with integrated frequency counter and FFT spectrum analyzers. Above that it can also be used as a generator for waveforms and send a clock signal. A great oscilloscope and analysis tool...and more!
Features
real-time sampling rate up to 307ksps
equivalent-time sampling rate up to 16Msps
up to 2 channels
FFT display mode
bandwidth is around 100kHz
Pulse generator frequency range is from 0.238Hz to 8MHz
Function Generator frequency range is from 0.01Hz to 9999.99Hz (practically 1kHz)
Function Generator functions are sine, saw, reverse saw, triangle, noise, sinc5, trapezoid, chainsaw
settings are saved automatically
In the real-time sampling mode (not in the equivalent-time sampling mode), the pulse generator and the DDS function generator can be used at the same time with the oscilloscope. That is, you can observe the self generated pulse and the DDS function waveform.
Link in bio