Versatile Waveform Output – Supports 15 types of waveforms including sine, square, triangular, forward/reverse sawtooth, ECG, exponential rise/fall, and noise, suitable for diverse testing scenarios. Wide Frequency Range – Sine wave 0.01Hz–500kHz, other waveforms up to 100kHz (adjustable higher if distortion is acceptable), enabling precise and flexible signal generation. Built-in Filter Function – Switchable filter adapts well to sine and pulse waveforms, ensuring smooth output and improved signal quality. Portable & Convenient – Compact ABS module (140×80×26mm), easy to operate, and can be powered by DC adapter (4–9V) or 3.7V lithium battery (battery not included). Reliable Performance – Frequency stability, high resolution (0.01Hz), adjustable DC offset (±10V), 50Ω output impedance, and parameter memory for repeated experiments and testing. Specification:
Item Type: DDS Functional Generator
Material: ABS
Size: Approx. 140x80x26mm / 5.51x3.15x1.02in
Main Technical Parameters:
1. Output Waveforms: Sine waveform, square waveform, triangular waveform, forward sawtooth waveform, reverse sawtooth waveform, electrocardiogram waveform, exponential rise, exponential fall, Sinc pulse, half waveform, full waveform, noise waveform, etc. 15 types waveforms
2. Power Supply: DC4-9V, recommended to use DC5V when using the adapter, and 3.7V lithium battery when using battery power(Battery not included)
3. Current: 180MA at 5V
4. Frequency Range: Sine waveform 0.01Hz-500.00kHz (output amplitude decreases with further frequency increase), other waveforms 0.01Hz-100.00kHz (but without limiting the upper limit of adjustable frequency, if distortion and jitter requirements are not high, frequency usage can be further increased)
5. Resolution: 0.01Hz
6. Sine Waveform Distortion: 7. Output Amplitude: Maximum ±10V (P-P)
8. Output Impedance: 50 ohms
9. DC Offset: Maximum ±10V, with power off function
10. All setting parameters can be saved
11. There is filter that can be turned on and off, which can adapt well to sine and pulse waveform outputs
Features:
1. Compact size, full function, easy to operate, portable design. Can be powered by adapter or 3.7V lithium battery.
2. Used in conjunction with an oscilloscope, it can be used for electronic circuit testing and debugging, frequency characteristics and pulse response testing and measurement of audio amplifiers. Due to its excellent accuracy and frequency stability, DDS is also very suitable for oscilloscope scanning time factor calibration.
3. Square waveform output is suitable for adjusting the pulse characteristics of oscilloscope attenuators and probes.
4. There is a filter (which can be turned on and off) to adapt to the output of sine
Item Type: DDS Functional Generator
Material: ABS
Size: Approx. 140x80x26mm / 5.51x3.15x1.02in
Main Technical Parameters:
1. Output Waveforms: Sine waveform, square waveform, triangular waveform, forward sawtooth waveform, reverse sawtooth waveform, electrocardiogram waveform, exponential rise, exponential fall, Sinc pulse, half waveform, full waveform, noise waveform, etc. 15 types waveforms
2. Power Supply: DC4-9V, recommended to use DC5V when using the adapter, and 3.7V lithium battery when using battery power(Battery not included)
3. Current: 180MA at 5V
4. Frequency Range: Sine waveform 0.01Hz-500.00kHz (output amplitude decreases with further frequency increase), other waveforms 0.01Hz-100.00kHz (but without limiting the upper limit of adjustable frequency, if distortion and jitter requirements are not high, frequency usage can be further increased)
5. Resolution: 0.01Hz
6. Sine Waveform Distortion: 7. Output Amplitude: Maximum ±10V (P-P)
8. Output Impedance: 50 ohms
9. DC Offset: Maximum ±10V, with power off function
10. All setting parameters can be saved
11. There is filter that can be turned on and off, which can adapt well to sine and pulse waveform outputs
Features:
1. Compact size, full function, easy to operate, portable design. Can be powered by adapter or 3.7V lithium battery.
2. Used in conjunction with an oscilloscope, it can be used for electronic circuit testing and debugging, frequency characteristics and pulse response testing and measurement of audio amplifiers. Due to its excellent accuracy and frequency stability, DDS is also very suitable for oscilloscope scanning time factor calibration.
3. Square waveform output is suitable for adjusting the pulse characteristics of oscilloscope attenuators and probes.
4. There is a filter (which can be turned on and off) to adapt to the output of sine