PSG9080 80MHZ Programmable Dual Channel Arbitrary Waves Generator Signal Amplitude ModulationUK 220V

Feature: 1. Programmable output, the type of waveform output (such as sine waves, square waves, triangular waves, arbitrary waves, etc.), output time and output sequence can be freely formulated to realize automatic work. 2. Firmware is updated in real time, and can be updated at any time to fix bugs, or for your special customization needs. Press the corresponding soft key to confirm to enter the update mode and perform one‑key firmware update by connecting with the PC software. 3. Power supply is flexible, it can be powered by or DC 5V2A mobile power supply, which is convenient for outdoor use. 4. Support voltage control adjustment, the output frequency, amplitude and duty cycle can be controlled by an external analog voltage signal to realize the voltage controlled scanning frequency, scanning amplitude and scanning duty cycle, which is widely used in industrial debugging. 5. With modulation function, the modulated waveform can be output in single channel or dual channel. Modulation is the process of adding information from the signal source to the carrier to make it suitable for channel transmission. It is a technique that changes the carrier with the signal. 6. In order to meet the individual needs of customers, four color schemes are provided for the system. You can use the number keys and the knob to select the desired system color, and press the soft key Save to save the selected color. 7. Support dual‑channel output with equivalent performance, which can output the same or different functional signals or arbitrary waveform signals at the same time; All parameters can be adjusted independently, and the phase difference between the two channels can be continuously adjusted between 0 and 359.9 degrees; Signal frequency It can be as high as 80MHz, and the output signal can be within 1MHz, up to 25Vpp. 8. Pulse string function, can use sine waves, square waves, sawtooth waves or arbitrary waves to generate pulse string signal, the number of cycles is continuously adjustable between 1‑1,000,000,000. 9. The pulse width can be precisely adjusted, and the pulse width and pulse cycle time of the pulse waves can be adjusted digitally and accurately, so that various pulse waveforms can be accurately set without jitter. 10. Arbitrary waveforms can be drawn. PC software and communication protocol are provided free of charge. Arbitrary waveforms can be drawn using PC software; the communication protocol can be used for secondary development and programming; all functions of the instrument can be controlled by PC software (also available when the computer is not connected Complete all the operations of the instrument.) You can use the mobile phone APP for Bluetooth control. Specification: Condition: 100percent Brand New Item Type: Signal Generator Material: ABSSize: Approx. 240 x 218 x 87mm 9.4 x 8.6 x 3.4in Model PSG9080 Channel 2 Sampling Rate 300MSA S Waves Characteristics Waves Length 8192 points channel Waveform Vertical Resolution 14 bits Waves Type Sine waves, square waves, pulse waves (duty ratio, pulse width and cycle time can be set accurately), triangular waves, rising ramp, falling ramp, CMOS waveform, DC level, half waves, full waves, sine waves, Inverse order waves, exponential rise, exponential fall, Lorentz pulse waves, multisonic waves, random noise waves, trapezoidal pulse waves, sinking pulse waves, amplitude modulation waveform, frequency modulation waveform and 99 user defined waveforms. Frequency Characteristics Sine Waves Frequency Range 1nHz 80MHz square Waves Frequency Range 1nHz 30MHz Triangular Waves Frequency Range 1nHz 50MHz Pulse Frequency Range 1nHz 30MHz TTL Digital Waves Frequency Range 1nHz 20MHz Arbitrary Waves Frequency Range 1nHz 50MHz Pulse Width Adjustment Range 5nS 4S Pulse Period Adjustment Range 10nS 40S Minimum Frequency Resolution 1nHz Frequency Accuracy + 5ppm 0 50 celsius Frequency Stability + 3ppm 1 year Sine Waves Spectrum Purity Total Harmonic Distortion

less than 0.5percent (At 1kHz,5Vpp) Signal Characteristics square Waves Rise Fall Time

less than 10nS Overshoot

less than 10percent Asymmetry

less than 0.1percent Oblique and Triangular Waves Linearity

less than 1percent (less than 1MHz) Asymmetry

less than 1percent (less than 1MHz) Pulse Waves Pulse Width 5nS 4S Pulse Cycle Time 10nS 40S Duty Cycle 0.01percent 99.99percent Rising Falling Edge

less than 10nS Overshoot

less than 10percent Arbitrary Waves Waves Length 8192 points (8K points) Vertical Resolution 14 bits Minimum Rise Fall Time

less than 10nS Overshoot

less than 10percent Arbitrary Waveform Non Volatile Storage Number 99 Output Characteristics Amplitude Amplitude Range Frequency less than 1MHz 1MHz less than Frequency less than 11MHz 11MHz less than Frequency less than 60MHz 60MHz less than Frequency less than 80MHz 2mVpp 25Vpp 2mVpp 10Vpp 2mVpp 5Vpp 2mVpp 3.6Vpp Amplitude Resolution 1mVpp Amplitude Stability + 1percent + 1 mVpp (At 1 kHz, > 10 mVpp) Amplitude Flatness + 1percent (0.1dB)<10MHz + 2percent (0.2dB)<10MHz 50MHz + 10percent (0.9dB)<50MHz 70MHz + 20percent (1.9dB)<70MHz 80MHz DC Polarization Offset Adjustment Range

9.99V 15.00V Offset Resolution 0.01V Phase Characteristics Phase Adjustment Range 0 degrees 359.9 degrees Phase Resolution 0.1 degrees Waves Output Output Impedance 50 Ohm (Nominal) Protection Short Circuit Protection Modulation Characteristics Modulation AM,FM,PM,ASK,FSK,PSK,PWM Amplitude Modulation Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Modulation Source Internal external Modulation Waves Sine waves, square waves, sawtooth waves, noise waves, arbitrary waves Modulation Depth 0percent 200percent Modulation Frequency 1mHz 1MHz Frequency Modulation FM Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Modulation Source Internal external Modulation Waves Sine waves, square waves, sawtooth waves, noise waves, arbitrary waves Modulation Frequency 1mHz 1MHz Frequency Deviation 0.1Hz 10kHz Phase Modulation PM Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Modulation Source Internal external Modulation Waves Sine waves, square waves, sawtooth waves, noise waves, arbitrary waves Phase Deviation 0 360 degree Modulation Frequency 1mHz 1MHz Key Width ASK Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Modulation Source Internal external Polarity Positive and negative polarity Rate 1mHz 1MHz ASK Amplitude 0percent 200percent Key Frequency FSk Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Modulation Source Internal external Modulation Waves 50percent duty cycle pulse waves Polarity Positive and negative Rate 1mHz 1MHz Frequency Hopping 0.1Hz 80MHz Modulation Characteristics Bond Phase PSK Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Modulation Source Internal external Polarity Positive and negative Rate 1mHz 1MHz PSK Phase 0 degrees 360 degree PWM Pulse Width Modulation Carrier Pulse Waves Waves Inversion Forward and Reverse Pulse Period 0.01uS 40S Pulse Width 0.001uS 4S Trigger Idle 0 position, maximum positive value, maximum negative value Way Single, automatic Trigger Source Manual trigger, CH2 trigger, external trigger (AC), external trigger (DC) Number of Pulses 1 1000000000 Measuring and Counting Functions Measurement Mode Measurement Function Frequency, positive and negative pulse width, period, duty cycle Coupling Method DC, AC Gate Time 0.001S 10.000S Measurement Method Low frequency, high frequency Frequency Measurement Range 1Hz 100MHz Input Signal Amplitude Range 2Vpp 20Vpp Period Measurement 10nS 4S Pulse Width 4S Duty Cycle Measurement Range 0.01percent 99.99percent Counting Mode Counting Range 0 4294967295 Coupling Method DC and AC coupling Counting Method Manual External Modulation Input Characteristics Input Signal Amplitude Range 0 3Vpp Input Signal Frequency Range DC 200kHz Measurement and Counting Function Scan Channel CH1 or CH2 Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Scan Function Sweep frequency, sweep amplitude, sweep duty Scan Mode Linear, logarithmic Scan Direction Increasing, decreasing, round trip Start End Frequency Consistent with the upper and lower limits of the corresponding carrier frequency Start End Range Consistent with the upper and lower limits of the corresponding carrier amplitude Start End Duty Cycle Consistent with the upper and lower limits of the corresponding carrier duty cycle Scan Time 0.01S 640S Voltage Control Characteristics Pressure Control Channel CH1 or CH2 Carrier Sine waves, square waves, sawtooth waves, arbitrary waves (except DC) Pressure Control Function Frequency control, amplitude control and duty cycle control. Package List: 1 x Signal Generator1 x Power Cord1 x USB Cable1 x For Q9 Q9 Cable1 x For Q9 Clip Wire1 x Manual