UNI-T UTG4202A Waveform Generator

Key Specifications

• Frequency and Sampling Rate: With a maximum output frequency of 200 MHz and a sampling rate of 500 MSa/s, the UTG4000A series can generate a variety of waveforms with high precision. The high sampling rate ensures accurate reproduction of complex signals, while the wide frequency range makes it suitable for different frequency – related testing scenarios.
• Vertical Resolution: The 16 – bit vertical resolution provides fine – grained control over the signal amplitude. This enables the generation of waveforms with precise amplitude values, crucial for applications that demand accurate signal representation.
• Arbitrary Wave Length and Storage: It offers an arbitrary wave length of up to 32 Mpts, allowing for the creation and storage of complex custom waveforms. Additionally, it comes with 7GB of non – volatile waveform storage, providing ample space for waveform data.
• Display: Features an 8 – inch TFT LCD, offering a user – friendly interface. The high – resolution display and rational panel layout enhance operational efficiency, making it easy for users to navigate through various functions and settings.

Distinctive Features

1. Rich Modulation Modes: The series provides a comprehensive set of analog and digital modulation types, including AM, FM, PM, ASK, FSK, PSK, BPSK, QPSK, OSK, PWM, SUM, and QAM. These modulation options are ideal for applications such as communication system testing, signal processing research, and educational demonstrations, offering great flexibility in signal modulation.
2. Harmonic Output Function: The UTG4000A series features a harmonic output function that supports up to 16 harmonic outputs. Users can precisely specify the order, amplitude, and phase of the harmonics according to their requirements. This is useful in applications like testing harmonic – sensitive equipment, evaluating the performance of filters, and studying the behavior of non – linear systems.
3. Sweep Function: It supports two sweep modes: linear and logarithmic. The sweep function allows for the generation of frequency – varying signals, which are essential for applications such as frequency response testing of circuits, antenna tuning, and analyzing the performance of frequency – dependent devices. Users can set parameters like start frequency, stop frequency, sweep time, and trigger frequency to control the sweep process.
4. Optional Digital Interface: The series offers optional digital signal output interfaces, including SPI, IIC, and UART. These interfaces enable seamless integration with other digital devices and systems, expanding the application scope of the waveform generator. For example, it can be used to communicate with microcontrollers, FPGAs, or other digital modules in embedded systems development and digital circuit testing.
5. Abundant Built – in Waveforms: With up to 160 built – in arbitrary waveforms, users have a wide range of pre – defined waveforms at their disposal. These waveforms cover various types commonly used in different fields, reducing the need for custom waveform creation in many cases and saving time and effort in signal generation tasks.