UTG2122X 120MHz 2Ch Advanced-Series Arbitrary Waveform Generator

With a remarkable maximum output frequency of 120MHz, the two-channel Uni-T UTG2122X arbitrary waveform generator offers a plethora of basic waveforms, including sine waves, square waves, ramps, pulses, harmonics, noise, DC signals, expressions, and arbitrary waveforms. Use it to generate high-frequency signals for RF testing and research applications.

Dive into 15 analog and digital modulation functions. These include AM, FM, PM, PWM, ASK, FSK, 3FSK, 4FSK, PSK, BPSK, QPSK, OSK, DSB-AM, SUM, and QAM. Use modulation functions to analyze the performance of communication systems and modulation schemes.

The Uni-T UTG2000X arbitrary waveform generator comes loaded with an extensive library of signal shapes and waveform options, providing you with a diverse range of signals to work with. With over 200 different signal shapes, you have the flexibility to create unique and intricate waveforms. Arbitrary waveform length 8pts - 64Mpts, can output low jitter waveform point by point. Employ these waveforms to simulate real-world signals in testing and validation processes.

Customize Your Arbitrary Signal with Up to 64Mpts: Take advantage of free downloadable software to create and customize your waveforms effortlessly. This feature allows you to tailor your signals precisely to your unique requirements. Use it to generate complex, customized waveforms for semiconductor device testing.

Efficiency is key with the channel coupling feature. When you adjust the frequency, amplitude, or phase of one channel, the other channel automatically synchronizes, simplifying your testing process. Use this feature for differential signal generation and balanced circuit testing.

Channel tracking simplifies the operation of dual channels. The phase, amplitude and frequency of both channels can be controlled by a single parameter, making it easy to create deviation or tracking signals.

Explore sweeping possibilities with linear, logarithmic, and Step scan types. Additionally, the built-in 16th harmonic output function enhances your signal generation capabilities, providing harmonic-rich waveforms for your experiments. Utilize harmonic-rich waveforms for RF signal distortion analysis.

Channel merging can be realized with SUM or channel stacking functions, generating signals with adjustable signal-to-noise ratios and dual-tone multi-frequency signals. Up to four signals can be summed and coupled on two channels, and SUM enables the output of two-tone or multi-tone signals.

The new generation of wide dynamic, high-precision pulse waves features an adjustable edge time and a minimum pulse width of 8 ns. The pulse width can be finely adjusted with a minimum step size of 100 ps. Additionally, it can generate higher harmonic components, giving it the capabilities of a dedicated pulse generator. The edge time is independently adjustable, with a minimum setting of 5 ns.