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Shenzhen Chu Yinghao Technology Co., Ltd

  • E-mail

    13823237795@163.com

  • Phone

    13823237795

  • Address

    B403, Huafeng Business Building, Yu'an 2nd Road, Bao'an District, Shenzhen

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Quotation for Supply Frequency Response Analyzer

NegotiableUpdate on 05/15
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Overview
The Venable6300 series economical frequency response analyzer, frequency characteristic analyzer, power loop analyzer, gain phase analyzer, and loop analyzer combine new analog and digital technologies, as well as digital signal processing technology (DSP), to provide diversified testing and analysis functions. This comprehensive software and hardware system has very precise testing functions
Product Details

Venable6300 series economy modelFrequency response analyzerFrequency characteristic analyzer, power loop analyzer, gain phase analyzer, and loop analyzer combine new analog and digital technologies, as well as digital signal processing technology (DSP), to provide diversified testing and analysis functions. This comprehensive software and hardware system has very precise testing functions, with a bandwidth of 10 μ Hz to 40MHz and 2 input terminals, and is protected with a peak voltage not exceeding 600V. Venable6305 can replace Venable3120 (discontinued) very well, and Venable6320 can replace Venable3215 (discontinued). Domestic customers Lenovo, Inspur, H3C,OPPO, Ziguang Spreadtrum, Guangqi Research Institute, Chinese Academy of Sciences, State Grid Electric Power Research Institute, Delta, Tsinghua University, Xi'an Jiaotong University, Zhejiang University, Shanghai Jiao Tong University, etc., as well as foreign companies such as Intel, Samsung, AMD, Cisco, nVidia, Ti, HP, Ford, Honeywell, Philips, etc. are all Venable users.
Venable is a software based on K coefficient, now known as Stability Analysis ™ v5.1。 The Venable6300 instrument is currently the most complete, accurate, and user-friendly system for measuring phase/gain and impedance. Venable runs through the industry standard IEEE-488 interface and can be imported/exported to MATLAB and Excel ™, And save the Bode/impedance plot in. JPEG file format. The exported images can be used for image display software or saved as. wen format files for offline data processing.
The Venable instrument incorporates new CPLD technology to release power from dedicated processors to perform all data acquisition and analysis functions. An independent processor handles all communication functions. *The best performance comes from using the internal memory of CPLD to achieve asynchronous buffering between the processor and analog hardware. Venable 6300 performs synchronous analysis on two input terminals to reliably collect all data. It is a truly multifunctional instrument that helps you achieve various applications through a sturdy portable toolbox (weighing only 12 pounds). Engineers and scientists can now access speed and technology for production, research and development laboratories, academia, or on-site operations through the affordable compact system - Venable 6300.
In addition to testing the frequency response of the system, the Venable 6300 series economical modelFrequency response analyzerThe control software also includes auxiliary design of control circuits and frequency domain operation functions. Three commonly used circuits are provided for control compensation of power supplies, and users can choose the appropriate type of circuit according to the control mode of their power supply. After measuring the original frequency response of the system, set the expected design goals such as Phase Margin and CrossFrequency, and the software can automatically calculate the resistance and capacitance values in the control circuit. Users can conduct actual verification. This feature can help designers save a lot of time and achieve optimized design results.
Venable has been a provider of stability analysis for over 30 years and will continue to provide instruments and analysis software for testing and measurement customers.

Main technical indicators:

signal source

Frequency range:

sine wave10 μ Hz to 5MHz (Venable6305)

sine wave10 μ Hz to 20MHz (Venable6320)

sine wave10 μ Hz to 40MHz (Venable6340)

Rectangular wave10uHz to 1MHz (rectangular wave)

AC amplitude

1mV to 10V

DC bias voltage

± 10V, 10mV step

pattern:

Single frequency, sine scan, and linear scan

Logarithmic scan

0.1-2000 steps, decimal step, 10uHz-40MHz per step

Output amplitude compensation:

Dynamically adjust output throughVenable software control maintains a constant level input to the circuit

Output impedance:

switchable50 ohms/2 ohms

Output configuration:

Single ended floating ground

Chassis grounding isolation:

600V

analysis

Measurement frequency range:

10 μ Hz to 5MHz (Venable6305)

10 μ Hz to 20MHz (Venable6320)

10 μ Hz to 40MHz (Venable6340)

Input method:

Single ended floating input

Optional input impedance:

50 ohms or 1 megaohm (default)

Measurement accuracy:

± 0.03dB + 0.1dB/MHz;

± 0.4deg + 1deg/MHz

Measurement technology:

narrowbandDFT

Delay time:

0-100 seconds

Integration time

20msec to 100ksec

Integral cycle:

1-9999 cycles

Input coupling:

DC, automatic DC bias elimination

Input range:

10mV to 500V peak, 11 ranges, with automatic range function

Dynamic range:

120 dB

CMRR/IMRR:

120 dB

Input

±500Vpk

Input voltage resistance value:

±600Vpk

Over limit alarm:

LED指示器

system

PC interface:

GPIB interface, USB interface

Application software:

Venable Stability Analysis™ v5/6 for Win10

Data analysis:

Gain margin, phase margin, impedance; Components:R、L、C、Z