AG Series Single Trace AM,FM, Waveform Generator

AG Series Single Trace AM,FM, Waveform Generator

+ Advanced DDS technology, max 150MHz frequency output + Up to 400MS/s sample rate, and 1μHz frequency resolution + Vertical Resolution : 14 bits, up to 1M arb waveform length + Comprehensive waveform output : 5 basic waveforms, and 45 built-in arbitrary waveforms + Comprehensive modulation functions : AM, FM, PM, FSK, PWM, Sweep, and Burst + SCPI, and LabVIEW supported + 4 inches high resolution (480 × 320 pixels) LCD

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Product Details

AG Series Single Trace AM,FM, Waveform Generator

We are known as one of world's leading China manufacturers and suppliers. Welcome to buy the famous brands' OWON 1-ch high frequency arbitrary waveform generator, digital waveform generator, programmable waveform generator, high frequency generator with cheap price from us. We have many products in stock at your choice. Consult the quotation with us now.

Multiple modulate function

Modulate function includes AM, FM, PM, ASK, FSK, PSK and PWN. Internal and external modulate source supported to meet the requirement for more educational or communication system test.



How does oscilloscope probe work?

In the electronics, we use a variety of test equipment and an oscilloscope is one of the most commonly used pieces of equipment. When using the oscilloscope, we use the probe to measure physical factors such as time, frequency, and voltage. But have you ever wondered how the probe measures these physical factors?




To solve this question, we must tear down the oscilloscope probe and look inside. The probe uses a BNC connector with shielded cable to interface with the oscilloscope. If you used two wires to connect the to the oscilloscope instead, signal distortion would occur. In the extreme a square wave input could result in a sawtooth wave! How could this happen?

Oscilloscopes generally use a higher input impedance to reduce the impact on the test circuit. Therefore, you will see a 1M ohm resistor or a similar circuit behind the probe's BNC connector. There is a small capacitance that will form a filter at input interface, this causes measurable waveform distortion. The way to solve this problem depends on the way the probe is designed.

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