UNI-T UTG2082B Waveform Generator

Key Specifications

1. Frequency and Sampling Rate: With a maximum output frequency of 120 MHz and a sampling rate of 1.28 GSa/s, the UTG2000B series can generate high – speed and precise waveforms. The high sampling rate ensures that even complex waveforms are reproduced with exceptional accuracy, while the wide frequency range caters to various frequency – related testing requirements.
2. Vertical Resolution: The 16 – bit vertical resolution offers fine – grained control over the signal amplitude. This high – resolution capability enables the generation of waveforms with precise amplitude values, which is crucial for applications that demand accurate signal representation.
3. Arbitrary Wave Length: It supports an arbitrary wave length of up to 16 Mpts. This allows for the creation and storage of complex custom waveforms, providing users with the flexibility to generate waveforms tailored to their specific needs.
4. Display: Features a 4.3 – inch TFT LCD, offering a user – friendly interface. The display provides clear visualization of settings and waveforms, enhancing the overall user experience and operational efficiency.

Distinctive Features

1. Rich Waveform Output: The series supports dual – channel output and provides a wide range of basic waveforms. These include sine, square, ramp, pulse, harmonic, noise, DC, and expression waveforms. The ability to generate such diverse basic waveforms makes it suitable for a variety of applications, from fundamental circuit testing to more complex signal processing experiments.
2. Expression Output: The expression function is a unique feature that supports 18 different kinds of function mixed operations for value calculation. This is highly useful for accurately describing the output waveform using the column method, enabling users to generate highly customized waveforms based on complex mathematical expressions.
3. Multiple Modulation Modes: The UTG2000B series offers an extensive selection of analog and digital modulation functions. Modulation types such as AM, FM, PM, PWM, ASK, FSK, PSK, BPSK, QPSK, OSK, DSB – AM, SUM, and QAM are available. These modulation modes are essential for applications in communication system testing, wireless device development, and signal – processing research.
4. Abundant Built – in Arbitrary Waveforms: With over 160 built – in arbitrary waveforms, users have access to a vast library of pre – defined waveforms. This extensive collection reduces the time and effort required for custom waveform creation in many cases, as users can simply select the appropriate waveform from the library to meet their specific requirements.
5. Channel – related Functions
   • Channel Combination: Allows for the combination of channels, where the basic waveform outputs of the two channels are superimposed. This feature is useful for creating more complex waveforms by combining simpler ones.
   • Channel Coupling: When the frequency, amplitude, or phase of one channel is adjusted, the other channel’s corresponding parameters will be automatically adjusted. This ensures consistent and coordinated operation between the two channels, which is beneficial for applications that require synchronized signals.
6. Sweep Function and Harmonic Output
   • Sweep Function: The sweep function supports linear and logarithmic scan types. It enables the generation of frequency – varying signals, which are crucial for applications such as frequency response testing of circuits, antenna tuning, and evaluating the performance of frequency – dependent devices.
   • Harmonic Output: The built – in 16th harmonic output function allows users to generate harmonics of a given signal. This is useful in applications like testing harmonic – sensitive equipment, evaluating the performance of filters, and studying the behavior of non – linear systems.