The UNI-T UTG9354T Elite-Series arbitrary waveform generator takes users test bench to the next level. Produce 350MHz signals in a variety of modulations.

Direct Digital Synthesis (DDS) Function: This device incorporates the Direct Digital Synthesis (DDS) function, providing a high-precision, stable, pure, and low-distortion signal. Additionally, it excels in generating high-frequency waves with rapid rising and falling edges. As a high-performance, multifunction four-channel arbitrary function generator, it boasts a user-friendly touch screen, superior technical specifications, and a graph display designed for enhanced work performance. This versatile product is designed to meet both current and future testing requirements, offering a multitude of capabilities to support various applications.

Digital Protocol Output: Equipped with three standard serial protocols–SPI, I2C, and UART the UTG9354T allows users to compile corresponding parameters and generate serial signal waveforms for each protocol. This functionality serves to test and verify protocol interfaces, providing input signals for interface assessment. This feature enhances the specificity and effectiveness of interface measurements during operations.

Frequency Meter: Incorporated within is a built-in frequency meter, simplifying the process of testing frequency signals. To perform the test, connect the signal to the "counter" on the rear panel, and the result will be readily obtained.

Channel Merging: UTG9354T offers the capability to combine CH1 with CH2 and CH3 with CH4, providing exceptional real-time and true superposition features to display complex waveforms effectively.

Four-Channel Sync Display: This model comprises four channels, with CH1 and CH2 designated as the primary channels, while CH3 and CH4 belong to the secondary channels. Users have the flexibility to switch and view signal parameters for all four channels simultaneously on a single screen, simplifying operation and facilitating the recording of parameters.

Multiple Modulation Mode: It provides support for various analog and digital modulation techniques, including AM, FM, PM, DSBAM, QAM, ASK, FSK, 3FSK, 4FSK, PSK, BPSK, QPSK, OSK, PWM, and SUM. The device offers both internal and external modulating signal sources, offering a diverse range of modulation signals to cater to waveform generation requirements spanning radio, TV, and mobile networks.

Channel Coupling: CH1 couples with CH2, and CH3 couples with CH4 through a channel coupling function. Activate this function when another channel requires the same or related signal waveform. UTG9354T offers three coupling modes to accommodate various needs. Channel coupling efficiently transfers parameters to the other channel, fulfilling the demand for synchronized waveform switching.

Sweep Frequency: In addition to linear and logarithmic frequency modes, it introduces two additional modes: stepping and list. Users can specify the frequency step and time interval between each frequency point, allowing the generation of a waveform for stepping sweeps. Alternatively, by predefining a list, the output time interval corresponding to each frequency point in the list generates a frequency waveform. This feature empowers users to custom compile frequency waveforms according to their specific requirements.

PRBS: UTG9354T has PRBS wave, which is PN3, PN5, PN7, PN9, PN11, PN13, PN15, PN17, PN21, PN23, PN25, PN27, PN29, PN31, PN33. These are for product performance measurement.

One-button SNR: Easily assess the Signal-to-Noise Ratio (SNR) on a continuous waveform with a single button press on UTG9354T. Users have the flexibility to customize SNR parameters according to their specific requirements, making it convenient for testing the input tolerance capability of the product.

Arbitrary Wave: UTG9354T has a nonvolatile memory that stores more than 200 types of standard waveforms. The upper-computer software allows for the creation and compilation of arbitrary waves. Users can utilize the USB interface on the front panel to access arbitrary wave data files from a USB. This feature offers a wide range of flexible arbitrary waves for testing standard waveforms in various fields such as medical, biological, mathematical, and others.