test instruments with higher performance news

In the field of wireless communications, the direction of communication signals is digital. This trend is mainly due to the fact that digital signals have good spectral efficiency compared to analog signals. In order to meet the increasingly demanding user requirements for signal center frequency, spectral density and spectral width, the requirements for communication devices are becoming more and more complex and demanding. Now,  Arbitrary Waveform Generator  (AWG) and  Function Generators  (FG) can overcome these difficulties and provide unprecedented flexibility to provide engineers with a variety of signals. And powerful instruments that support modulation, which can be used to test different stages of transmit and receive links, such as modulators, demodulators, mixers, filters, amplifiers, and low noise amplifiers (LNAs). We are  Arbitary Waveform Generator Supplier . If you have demand, welcome to contact us.

The arbitrary waveform generator from the  Arbitary Waveform Generator supplier  not only has the signal generation capability of other signal sources, but also can generate arbitrary waveform sampling data through various editing means, and conveniently synthesize arbitrary waveforms that cannot be generated by other signal sources, thereby meeting the requirements of testing and experiment. The main features of the arbitrary waveform generator include: (1) Function generation function In the basic experiment, in order to verify the function, stability and reliability of the circuit, it is necessary to apply an ideal waveform. The arbitrary waveform generator can replace the function generator to provide waveforms such as sine wave, square wave, triangle wave, sawtooth wave, etc., and various modulations. And sweeping ability. This basic function of the arbitrary waveform generator can be used to meet the signal requirements of general experiments. (2) Arbitrary ...

The  High Quality Function Generator  provides a signal source for electronic products, and can output sine wave, square wave, triangle wave, pulse and arbitrary waveform, and is widely used in electronic product development, detection and debugging. Before using the instrument, it is necessary to check the safety of the instrument, the grounding is good, the power cord is intact, the instrument and the workbench have no leakage, the power protection device is good, and the power supply voltage meets the parameters of the instrument parameters. In the  Function Arbitrary Waveform Generator  waveform setting, the output channel and waveform category should be set first, then the waveform parameters such as frequency, amplitude and phase should be set. For the dual channel output, special attention should be paid to: 1. The actual connected output end corresponds to the screen display channel 2. Light up The output enable key "OUTPUT" waveform can be output normal...

The  Pulse/Pattern Generators Chin a  can not only generate simple pulse, burst and continuous pulse streams as described above. Its pattern capability also produces data signals. This versatility is key to digital device testing applications, such as compliance testing. In the pattern mode, the same complete control of the signal output as the conventional pulse generation mode can be achieved. It allows the generation of unlimited data signals, including standard non-return-to-zero (NRZ) signals, or data bursts with programmable pulse widths and additional delays to the clock signal. In addition to user-defined data signals, standard pseudo-random binary sequences (PRBS) can be generated. The ability to create user-defined bit patterns, standard compliance data, and PRBS makes the pulse pattern generator an ideal source for the following applications: (1) Excited eye diagram measurement (2) Crosstalk measurement (3) Conformance test (4) Jitter test (5) Sig...

What is a signal generator such as  3GHz Signal Generator ? What are the types of signal generators? What are the characteristics, performance indicators and uses of different types of signal generators? Keysight's engineers will answer them in this tutorial and bring you the entry signal generator. The content of the tutorial mainly includes: the purpose and classification of the signal generator, the continuous wave signal generator, the vector signal generator, the analog signal generator, the basic indicators of the signal generator, and how the signal generator generates the test signal. Recorders hope that through this series of basic and practical tutorials, you can really get close to the test instrument and understand the test instrument. We supply signal generator and  Universal Frequency Counter China .　Welcome to contact us.

A  Arbitrary Function Generator  is an instrument that produces an electrical test signal of a desired parameter.   According to the signal waveform, it can be divided into four categories: sinusoidal signal, function (waveform) signal, pulse signal and random signal generator.   Signal generators, also known as signal sources or oscillators, have a wide range of applications in production practice and technology. Various waveform curves can be represented by trigonometric equations.   A circuit capable of generating a variety of waveforms such as a triangular wave, a sawtooth wave, a rectangular wave (including a square wave), and a sine wave is called a function signal generator. We supply  Class S Power Quality Analyzer  and Arbitrary Function Generator. If you have demand about our roducts, welcome to contact us.

We are a leading  Power Quality Analyzer China  Supplier. Today , let we tell the Power quality analysis method. Power quality is a very important part of the future power grid construction. Nowadays, the transformation of distribution network and the upgrading of rural power grid are in full swing, and the quality of power is also receiving much attention. The power quality problems caused by various disturbances in the power system can be mainly divided into two categories: steady state events and transient events. Steady-state power quality problems are characterized by waveform distortion, including harmonics, interharmonics, waveform sags, and noise. Transient events are usually characterized by spectrum and transient duration, which can be divided into pulse transients and oscillations. Two major categories. The analysis methods of power quality are mainly time domain simulation methods, frequency domain analysis methods and transformation based methods. In fact, ...