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AWA1651 Audio Signal Generator
The AWA1651 audio signal generator is used to generate various signals such as sine waves, sweep frequency sine waves, sweep amplitude sine waves, sin
Product details

AWA1651 Audio Signal GeneratorIt is a multifunctional signal generator developed using the principle of digital signal synthesis. It can generate various signals such as sine waves, swept frequency sine waves, swept amplitude sine waves, sine wave bursts, white noise, pink noise, etc. Using the principle of digital synthesis to generate signals, the frequency and amplitude are very stable.

AWA1651 Audio Signal GeneratorCan be used as a universal audio signal generator, meeting the JJG 607-2003 verification regulations; It can also be widely used in the fields of acoustic equipment testing, fractional octave filter testing, etc., meeting the performance requirements of signal generators in calibration regulations such as JJG 449-2014 Octave and Fractional Octave Filter Calibration Regulations, JJG 188-2017 Sound Level Meter Calibration Regulations, JJG 778-2019 Noise Statistical Analyzer Calibration Regulations, etc.

Technical parameters of AWA1651 audio signal generator:

General performance indicators

1. Signal output type: voltage output

2. Signal output interface: BNC socket

3. Direct output impedance:

Amplitude attenuation<10 dB: less than 1 Ω

Amplitude attenuation<20 dB: 47 Ω

Other: 51.5 Ω

4. Output signal types: sine wave, sweep frequency sine wave, sweep amplitude sine wave, burst sound, white noise, pink noise (including analog program signals);

5. Power supply: 220V/110V, 50Hz AC

6. Dimensions: 340 × 140 × 360 (mm)

7. Weight: 4.5kg

Sine signal section

1. Frequency range: 1 Hz to 200 kHz

2. Frequency response: 10 Hz to 100 kHz ± 0.1 dB, 1 Hz to 200 kHz ± 0.2 dB

3. Output amplitude: 0.1 V to 15 V (effective value, not attenuated);

4. Attenuator: programmable, attenuation amplitude: 0-100dB; Minimum classification of 0.01dB; The attenuation error of 1 dB is better than ± 0.05 dB, the attenuation error of 60 dB is better than ± 0.10 dB, and the attenuation error of 90 dB is better than ± 0.20 dB.

5. Voltage indication error: better than ± 2.5% (50 μ V~10V) (10 Hz~100 kHz)

6. Amplitude stability:< 0.02 dB

7. Distortion: less than 0.03% within 10 Hz to 40 kHz

White noise section

1. White noise frequency range 20 Hz~40 kHz

2. The spectral uniformity of white noise is less than 1.0 dB

3. Peak factor: approximately 7

Pink noise section

1. Pink noise frequency range 25 Hz~32 kHz

2. Pink noise spectrum uniformity less than ± 1.5 dB

3. Peak factor: approximately 2

Sweep frequency sine wave section

1. Starting frequency of sweep signal: 1 Hz to 200 kHz

2. End frequency of sweep signal: 1 Hz to 200 kHz

3. Sweep time: 1s-100s

4. Signal amplitude: 0.001V~15V

5. Sweep mode: logarithmic or linear (continuous variation)

6. Scanning method: unidirectional or bidirectional

7. Signal occurrence: single or continuous

Sweep amplitude sine wave section

1. Frequency range: 1 Hz to 200 kHz

2. Scanning time: 1s-100s

3. Initial amplitude: 0.001V~15V

4. Termination range: 0.001V~15V

5. Scanning mode: logarithmic or linear (continuous variation)

6. Scanning method: unidirectional or bidirectional

7. Signal occurrence: single or continuous

Sudden Pronunciation Part

1. Frequency range: 1 Hz to 200 kHz

2. Signal amplitude: 0.001V~15V

3. Amplitude attenuation: 0 dB to 100 dB

4. Duration of burst pronunciation: 0.1ms to 100000ms (not exceeding the duration of burst pronunciation)

5. Sudden pronunciation cycle: 0.1ms to 100000ms (not less than the duration of the sudden pronunciation)


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