Digital Function Generator 2 MHz | for Electronics Testing | LED Display | Frequency Meter | TTL/CMOS Output

Technical specifications

Product type: digital function generator / signal generator
Frequency range: 0.1 Hz – 2 MHz
Frequency response: less than 0.5 dB in the range of 0.1 Hz – 100 kHz
Display: 6-digit LED display
Frequency display: real-time
Integrated frequency counter: yes
External signal frequency measurement: yes
Waveforms: sine, square, triangle, ramp / sawtooth, pulse
DC offset adjustment: yes
Amplitude adjustment: yes
Wave inversion function: yes
Symmetry adjustment: yes
Attenuation: 20 dB / 40 dB / 60 dB
TTL/CMOS output: yes
Control: knobs and buttons
Purpose: signal generation, frequency measurement, circuit testing, electronics diagnostics, calibration work
Application areas: electronics repair, circuit design, audio equipment adjustment, laboratories, educational institutions, automation
Package contents: power cable, test leads, fuses

Functions

Signal generation up to 2 MHz – suitable for testing electronic circuits, controllers, amplifiers and other devices
0.1 Hz – 2 MHz frequency range – allows working with both low-frequency and higher-frequency signals
6-digit LED display – clearly and accurately shows the set frequency
Integrated frequency counter – allows measuring the frequency of an external signal without an additional device
Multiple waveforms – generates sine, square, triangle, ramp / sawtooth and pulse waveforms
Amplitude adjustment – allows changing the output signal strength according to the needs of the circuit being tested
DC offset adjustment – allows raising or lowering the signal base level
20 dB / 40 dB / 60 dB attenuation – reduces the signal level when working with sensitive electronic circuits
TTL/CMOS output – suitable for testing microcontrollers, logic circuits and digital inputs
Symmetry adjustment – allows changing the waveform or pulse duty cycle
Convenient control with knobs and buttons – fast adjustment of settings during work

Use

For home users / electronics enthusiasts: Suitable for electronics enthusiasts who repair, learn or experiment with electronic circuits. It can be used to test amplifiers, audio equipment, simple control circuits, LED controllers, sensor circuits and other electronics projects.

For electronics engineers: Useful for designing, adjusting and testing electronic devices. The generator allows simulating different signals, changing frequency, amplitude, DC offset, waveform symmetry and analysing the circuit response under different operating conditions.

For electricians / automation specialists: Used for checking controller inputs, frequency inputs, pulse signals, sensor circuits and control modules. The TTL/CMOS output provides an additional possibility to work with digital control circuits.

For service technicians: Helps to perform fault diagnostics more quickly. A test signal can be applied to an amplifier, controller or other electronic module and the system response can be observed.

For laboratories and educational institutions: Suitable for schools, colleges, universities and technical laboratories. It helps to practically learn signal waveforms, frequency, amplitude, DC offset, pulses, digital signals and the operating principles of electronic circuits.

For audio equipment specialists: Can be used for testing audio amplifiers, filters, audio processing circuits and other audio devices. Sine and other waveforms allow initial adjustment and diagnostics of audio equipment.

Advantages

Wide 0.1 Hz – 2 MHz frequency range – suitable for many electronics testing tasks
6-digit LED display – clear and accurate frequency indication
Integrated frequency counter – allows measuring the frequency of external signals
Multiple waveforms – sine, square, triangle, ramp / sawtooth and pulse
DC offset adjustment – allows changing the signal base level
Amplitude control – convenient for adapting the signal to different circuits

Disadvantages

Frequency range limited to 2 MHz – higher-frequency RF work would require a specialised higher-frequency generator
Certified equipment may be required for professional metrological calibration – this device is more intended for testing, adjustment and diagnostics

FAQ

What is a signal generator used for?
A signal generator is used to generate electronic signals. It can be used to test electronic circuits, amplifiers, filters, controllers, sensors, pulse systems and other electronic equipment.

What is the frequency range of this function generator?
The frequency range of this generator is 0.1 Hz – 2 MHz. This allows most standard electronics testing, diagnostics and educational tasks to be carried out.

What waveforms can this device generate?
The device can generate sine, square, triangle, ramp / sawtooth and pulse waveforms. This allows the generator to be used for testing different electronic circuits.

Why is DC offset adjustment needed?
DC offset allows shifting the base level of the signal up or down. This function is useful when the circuit being tested requires a signal with a certain DC voltage component.