Product Overview:
The main function of the Bode100 Vector Network Analyzer is to measure the characteristics of the measurement in the frequency domain, understand its performance and stability, and can assist the design of the control line. Its working principle is to generate the response characteristics of different frequencies to different frequencies by inputting a frequency change scan signal and the impact of the system's specific point, measurement.
General engineers are directly tested external functional characteristics when designing verification. For example, for the power supply, different voltage outputs are required to make a pull-load test, see if there will be oscillating instability. This test process needs to have a lot of time. When the line has a modification, it has to be retest. Even if the design verification has no problem, it will often occur in a large number of production, because the number of products will still have a unstable flaw in the use of the components.
This is because there is no proper assessment of the system's stability when designing. However, this feature cannot be obtained directly from the time domain test of the current, and must be used via the Bode100 Vector Network Analyzer to obtain the frequency response map of the system to determine the characteristics of the stability. This frequency response test is not only fast, saving a lot of test time. In addition to understanding the stability of the tested, the adjustment of the control line can be adjusted to achieve the purpose of the design. Maintain a good design quality, deepen the customer's trust in designer, enhance confidence in the product. In particular, the intense competition of the industry and the requirements of the requirements are very short, the analysis of the loop analyzer will have a great help.
In addition, it is also possible to verify the power supply of the project production and the design quality. The frequency response analyzer Bode100 is up to 40MHz frequency, which can test the impedance and frequency of the passive components, such as the ESR test, so that the manufacturer understands whether the passive component characteristics of the produce is normal to verify that the process is correct. An additional design engineer can be used to verify the components used, and whether the frequency response characteristics are suitable for application scope. For example, the capacitance is capacitive, and the frequency increases will be resistive, and it will become inductive. If you choose not properly, the capacitors that may be used have inductively, and the line naturally operate correctly. When you really understand the applicable frequency range, choose the correct part to achieve the design effect, will not be wrong
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Bode100 is not just a vector network analyzer, but it can also be used as:
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Frequency response analyzer
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Impedance analyzer
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Gain phase analyzer
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Sine wave generator
Product features:
Stability analysis
Analysis circuit control system generates Bird Chart and Nyquisto
Reimensation
Analyze passive electronic components and active electronic circuits
Frequency response
Complicated transfer function (gain / phase)
Resonance frequency
High Q value resonance peak, ESR measurement, RFID
Transmission / reflection coefficient
Measurement of changing cables, filters, amplifiers, S parameter measurement
Automated measurement
It is easy to integrate to the automation system via USB interface
Bode software analysis
You can pass Bode
100 The USB interface on the back of the host to achieve communication with the PC computer software, the software interface design is intuitive and easy to use, and the software provides powerful data analysis functions, which can quickly help measure analysis.
To understand and optimize your system, the software can generate various types of charts, such as Smith, Polar, Nyquist, Birdcha, you can use various analysis capabilities to get all test data and characteristic curves .
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