Multi-channel signal outputs satisfy diversified signal requirements

Saelig Company has introduced the new MFG-2000 series multi-channel function generators from GWInstek that includes the MFG-21XX entry-level models and the MFG-22XX advanced models with up to five functional channels. Channels 1 and 2 provide high-performance arbitrary function generators up to 60MHz; Channel 3 - the RF signal generator channel, with output up to 320MHz, is a full function signal source; identical to CH1/CH2, it can output sine, square, ramp, pulse, noise, etc. as well as various RF modulation schemes such as AM/FM/PM/FSK/PWM, sweep, burst, trigger. Also included in each model is a 25MHz pulse generator channel with adjustable pulse width, duty cycle, rising and falling edge time. Some models also feature a low-distortion 100kHz power amplifier channel - ideal for audio signals. A 150MHz Frequency Counter channel is available on some models too. The series function generator can be used with the supplied Arbitrary Waveform Editing Software to allow users to easily and quickly edit arbitrary waveforms. Its Direct Waveform Reconstruction feature allows users to retrieve waveforms from the GDS series of GWInstek digital oscilloscopes and upload them to the arbitrary generator to achieve faithful captured waveform reproduction. With the multi-functionality channels, the MFG-2000 series provides special dual channel waveforms for specific industrial needs, such as IQ modulation signals, low-frequency vibration simulation, automotive sensors, AM/FM broadcast signals, PWM motor or fan control signals, pulse synchronized signals, pulse noise, audio signal simulation, etc. The series supports various frequency and amplitude sweeps such as linear/logarithmic, one-way (saw tooth)/two-way (triangle), and others for carrying out frequency response tests on circuits and components. The tracking function of the MFG-2200 series can produce 180 degree phase offset differential signals with same frequency and amplitude. The phase function allows users to freely set phase parameters for both channels on sine wave, cosine wave, and square wave signals. The sum modulation function can combine two signals into one and output this signal via one channel, such as adding a sine waveform and a noise signal to perform speaker distortion tests.