Sweep/FM function signal generator features linear and logarithmic frequency sweep functions, and a frequency range 0.1Hz~2MHz/3MHz/5MHz. Digital function signal generator with a built-in 0.1Hz-30MHz frequency counter can output 7 waveforms including sine wave, square wave, triangle wave and ramp wave and others.
Sweep/FM function signal generator is available with 0.1Hz~2/3/5MHz.
sisco function signal generator with a wide frequency range is an indispensable general-purpose signal source. It can be used in production testing, instrument maintenance and laboratories, and is also widely used in medicine, education, chemistry, communications, geophysics, industrial control, aerospace, etc.
Model | SISCO-FSG-80 | ||
Frequency Range | 0.1Hz~2MHz | 0.1Hz~3MHz | 0.1Hz~5MHz |
Output Amplitude | 10Vp-p (50Ω load) | ||
Output Impedance | 50Ω ± 10% | ||
Attenuation | -20dB±1dB | ||
DC Offset | <-5V to >+5V (50Ωload) | ||
Duty Rate | 80%: 20%: 80% | ||
Display | 6 digit LED display | ||
Amplitude Control | 0dB/20dB and fine tune | ||
Sine Waveform | |||
Distortion | ≤1%, 0.5Hz~100kHz | ||
Flatness | ≤0.3dB (<200kHz) ≤0.53dB (≥200kHz) |
≤0.3dB (<300kHz) ≤1dB (≥300kHz) |
≤0.3dB (<500kHz)
≤1dB (≥500kHz) |
Square | |||
Rise/Fall Time | ≤30ns | ||
VCF Output | |||
Input Voltage | 0V~10V ±1V (100:1) | ||
Sweep Operation | |||
Sweep Width | Max. 100:1 adjustable | ||
Sweep Mode | Linear/Logarithmic selectable | ||
Frequency Counter | |||
Measuring Range | 0.1Hz~30MHz | ||
Internal/external | Selectable | ||
Resolution | Max. 10nHz at 1Hz 0.1Hz at 50MHz |
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Sensitivity | ≤35mVrms (5Hz~30MHz) | ||
Input Impedance | 1MΩ/150pF | ||
Power Supply | 220V/110V±10%, 50Hz/60Hz | ||
Dimension | 250W*100H*260L mm | ||
Certification | CE |
Q1:Â What is a function signal generator?
A1:Â A function signal generator is a signal-generating device that can generate some specific periodic time function waveforms (sine waves, square waves, triangle waves, sawtooth waves and pulse waves, etc.). In addition to being used for communication, instrumentation and automatic control system testing, function signal generator is also widely used in other non-electrical measurement fields.
Q2:Â How does a function signal generator work?
A2:Â The function signal generator system is mainly composed of the main vibration level, the main vibration output adjustment potentiometer, the voltage amplifier, the output attenuator, the power amplifier, the impedance converter and the indicating voltmeter. When a small signal sine wave is input to the input end, the signal is transmitted in two ways, one way completes the rectification and voltage doubling function to provide working power, and the other way enters the input end of an inverter to complete the signal amplification function. The amplified signal is processed by the gate circuit of the latter stage, converted into a square wave and then output, and the output terminal is an adjustable resistance.
Q3:Â How to choose a function signal generator?
A3:
Tips: What is a function signal generator?
Function signal generator is a device that can provide electrical signals of various frequencies, waveforms, and output levels. When measuring the amplitude characteristics, frequency characteristics, transmission characteristics, and other electrical specifications of various telecommunication systems or telecommunication equipment, or when measuring the characteristics and specifications of components, function signal generator is used as a signal source or excitation source for testing. Function signal generator, also called signal source or oscillator, has a wide range of applications in the field of production practice and technology.
sisco function signal generator system is mainly composed of the main vibration stage, main vibration output adjustment potentiometer, voltage amplifier, output attenuator, power amplifier, impedance converter and indicator voltmeter. When a small signal sine wave is input to the input terminal, the signal is transmitted in two ways. One way completes the rectification and voltage doubling function to provide working power, and the other way enters the input end of an inverter to complete the signal amplification function. The amplified signal is processed by the gate circuit of the subsequent stage and converted into a square wave and output, the output end is an adjustable resistor. Various waveform curves generated by the function signal generator can be represented by trigonometric equations.
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