The FRA5087 is a new analyzer from NF Corporation. Analyzers are key tools to test electronic equipment in the engineering, medical, automotive, and technological industries. Use analyzers for monitoring the performances of many different types of electronic devices. You may need analyzers for the measurement of components such as audio spectrums, voltages and currents, signals, and frequencies.
Additional Features:
Frequency: 0.1mH to 10 MHz
Resolution: 0.1 mHz
Gain accuracy : ±0.05 dB , Phase accuracy : ±0.3°
Dynamic range : 140dB
Basic Setup Key
Battery backup
GPIB and USB equipped
Easy saving and reading by USB memory
File read out software
Built-in printer
Color TFT LCD
From ultra low frequency to high frequency
High density measurements of up to 20,000 points at one sweep are possible
Logarithmic equal interval setting and auto-magnification in sections where values greatly change are possible
Impedance display function is optional (PA-001-1231)
Applications:
Electronic Circuits
Electronic Components
Electronic Materials
Electro-Chemistry
Machinery
Vibrations
The NF Corporation FRA5087 has an Oscillator output 2-channel and analysis inputs that are isolated from the cabinet by 250Vrms. In this way, the instrument can be protected from damage by an erroneous signal connection. Input range is switched automatically according to the input signal level, so setup of voltage sensitivity is not necessary for the frequency response analyzer. Bode, Nyquist, Nicols, and Cole-Cole plots can be displayed. Following measurement, interconversion is also available.
Frequency response analyzers providing consistently high-quality measurements with excellent accuracy and functions are often used for measuring the stability of servo systems, so they are sometimes called "FRA servo analyzers" and for many years have lent powerful support to state-of-the-art technology measurements. The range of applications is broad, covering various fields from electronic circuitry, parts, and materials to electrochemistry, machinery, and vibrations.
The FRA5087 is a new analyzer from NF Corporation. Analyzers are key tools to test electronic equipment in the engineering, medical, automotive, and technological industries. Use analyzers for monitoring the performances of many different types of electronic devices. You may need analyzers for the measurement of components such as audio spectrums, voltages and currents, signals, and frequencies.
Additional Features:
- Frequency: 0.1mH to 10 MHz
- Resolution: 0.1 mHz
- Gain accuracy : ±0.05 dB , Phase accuracy : ±0.3°
- Dynamic range : 140dB
- Basic Setup Key
- Battery backup
- GPIB and USB equipped
- Easy saving and reading by USB memory
- File read out software
- Built-in printer
- Color TFT LCD
- From ultra low frequency to high frequency
- High density measurements of up to 20,000 points at one sweep are possible
- Logarithmic equal interval setting and auto-magnification in sections where values greatly change are possible
- Impedance display function is optional (PA-001-1231)
Applications:
- Electronic Circuits
- Electronic Components
- Electronic Materials
- Electro-Chemistry
- Machinery
- Vibrations
The NF Corporation FRA5087 has an Oscillator output 2-channel and analysis inputs that are isolated from the cabinet by 250Vrms. In this way, the instrument can be protected from damage by an erroneous signal connection. Input range is switched automatically according to the input signal level, so setup of voltage sensitivity is not necessary for the frequency response analyzer. Bode, Nyquist, Nicols, and Cole-Cole plots can be displayed. Following measurement, interconversion is also available.
Frequency response analyzers providing consistently high-quality measurements with excellent accuracy and functions are often used for measuring the stability of servo systems, so they are sometimes called "FRA servo analyzers" and for many years have lent powerful support to state-of-the-art technology measurements. The range of applications is broad, covering various fields from electronic circuitry, parts, and materials to electrochemistry, machinery, and vibrations.
