NLB-400-PCK

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NLB-400-PCK Application Field and Working Principle

The NLB-400-PCK is a RF evaluation and development kit, board that can be used to assess the performance of radio frequency circuits. It is designed for evaluation and development of wireless usages, such as satellite communication, urban communication, satellite broadcasting, wireless communication, and other applications related to industrial radio frequency.

This development kit has an adjustable built-in mass memory which can save development and test results, greatly improving development efficiency. It also contains two analog signal outputs with the frequency range from DC to 100 KHz, and two digital signal outputs from DC to 2.2GHz. There are four digital pins and five digital signal ports, which enable this development system to provide various kinds of control signals and messages without any additional HW or SW.

The most significant aspect of NLB-400-PCK is its built-in test mode. It allows users to switch from one mode to another to analyze the functionality and performance of the device under test. This test mode consists of several different parts such as transmitter sweeps, receiver tests, power measurements, spectrum analyzers, frequency response and more. The system can be easily used in three different ground loop control modes, with its various settings depending on the application.

The recv optimization mode eases the evaluation of the device under test by displaying all parameters in one page. It is capable to display linear and/or logarithmic magnitude, phase, pulse repetition frequency, SNR and other vital parameters of the input signal, and display them in real time. This feature is especially helpful when testing the effectiveness of a wireless device under various conditions.

The NLB 400 PCK also has a built-in digital oscilloscope with sample rate of 200 Msps and 0-4 GHz waveform range. This allows users to measure rapid signal variations in a wide frequency range. It can also sample single-ended or differential signal inputs and display the measured signals in time domain, frequency domain, or a variety of other formats. Furthermore, its user interface is very easy to use and allows convenient data transfer without any tedious manual processes.

One of the advantages of the NLB 400-PCK is the fact that it allows for programmable tuning. This means that the user can program and tune the system for different types of applications using a wide range of settings. It can be used for any kind of RF application including industrial, medical, and military systems, and provides comprehensive data for optimization and testing.

In conclusion, the NLB 400-PCK is a powerful and efficient RF evaluation and development kit, board for assessing device operation, performance, and accuracy. It offers a wide range of data for analysis and optimization with its versatile programmable tuning, comprehensive test mode, and user-friendly interface. It is an ideal choice for wireless applications and for the development of RF circuits and systems.

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