Signal generator | 2-channel | 15 MHz | 250 MSa/s | arbitrary function generator | sine, pulse, dual signal

Technical specifications

Device type: arbitrary signal generator
Number of channels: 2 channels
Bandwidth: 15 MHz
Sampling rate: 250 MSa/s
Frequency resolution: 1 Hz
Amplitude resolution: 0.1 mV
Signal types: sine, pulse, dual / two-channel signal
Function: testing, measurement, signal generation
Applications: electronics, automation, laboratory and repair work

Functions

2-channel signal generation – allows two different signals to be used at the same time or two circuit tests to be performed
Arbitrary waveform generation – enables the creation of non-standard waveforms for specific testing tasks
Sine and pulse signal generation – suitable for testing analogue and digital electronic circuits
Precise frequency adjustment – 1 Hz resolution allows accurate setting of the required signal frequency
Precise amplitude adjustment – 0.1 mV resolution helps test sensitive electronic circuits
15 MHz bandwidth – suitable for many electronics, automation, laboratory and repair tasks
250 MSa/s sampling rate – ensures more accurate waveform reproduction and more stable signal generation

Applications

For home users / electronics enthusiasts: Useful for advanced electronics enthusiasts who design, repair or test electronics projects. It is suitable for testing audio amplifiers, sensors, controllers, power supply circuits or other electronic modules.

For engineers: Allows accurate signal simulation, analysis and system tuning. It can be used when developing electronic devices, checking circuit response to different frequencies, amplitudes and pulse signals.

For electricians / automation specialists: Useful for testing control systems, signal inputs, analogue modules, sensor circuits or industrial automation components. It helps simulate signals when it is not possible to use a real sensor or controller during testing.

For service specialists: In repair workshops, this device helps diagnose electronic faults, check circuit operation and compare device responses to different signals. This is especially relevant when repairing electronic modules, measuring instruments, amplifiers or automation equipment.

For educational institutions and laboratories: Suitable for schools, colleges, universities and laboratories where electronics, signal analysis, automation or measurement technologies are taught.

Advantages

2 channels – two signals can be generated at the same time
15 MHz bandwidth – suitable for many electronics and automation testing tasks
250 MSa/s sampling rate – better waveform reproduction
1 Hz frequency resolution – precise frequency adjustment
0.1 mV amplitude resolution – convenient when working with sensitive circuits
Arbitrary waveform support – allows the use of non-standard waveforms

Disadvantages

The 15 MHz limit may not be sufficient for very high-frequency RF testing – more complex radio frequency work may require a generator with a higher bandwidth
This is not an oscilloscope – the device generates signals, but an oscilloscope may also be required for measurement and signal monitoring

FAQ

What is this signal generator intended for?
It is intended for testing electronic circuits, automation systems, sensors, amplifiers, controllers and other electronic components. It generates different signal waveforms used for testing, diagnostics and adjustment.

What does a 2-channel signal generator mean?
It means that the device has two separate outputs. Two different signals can be generated at the same time, or both channels can be used for more complex tests where signals need to be compared or synchronized.

Is this generator suitable for use with an oscilloscope?
Yes, a signal generator is often used together with an oscilloscope. The generator creates a test signal, while the oscilloscope allows you to observe how the signal appears in the circuit and how the tested device reacts to it.

Can it be used for testing industrial automation signals?
Yes, this signal generator can be used for testing industrial automation systems, analogue inputs, controllers, sensor circuits or signal processing modules, provided that the tested parameters match the technical capabilities of the device.