Check the listing for details. PSG9080 80MHz Digital Control DDS Programmable Signal Generator Dual Channel. Condition: New. Listed at 293.00 USD. PSG9080 80MHz Programmable Signal Generator Arbitrary Waveform Dual Channels Function Generator 300Msa/s PSG9080 is the programmable function/arbitrary wave signal generator. It can output sine wave, square wave, triangle wave, pulse wave, and arbitrary wave, etc. The frequency range of the instrument is up to 80MHz, with modulation, frequency sweep, measurement signal frequency and programming functions, etc. It can simultaneously display the output signals, amplitude, phase, duty cycle and frequency. This series has excellent amplitude - frequency characteristics, multifunctional, high performance, cost effective, portable and other characteristics provide new options for education, research and development, production, testing and other industries. The instrument is exquisite in appearance and equipped with a 3.5-inch high-resolution color LCD screen to bring a new visual experience. Modulation characteristics Modulation type:AM,FM,PM,ASK,FSK,PSK,PWM ►Programmable output:The type of waveform output (such as sine wave, square wave, triangle wave, arbitrary wave, etc.), output time, and output sequence can be freely formulated to realize automatic work. ►Firmware update in real time:Firmware upgrade can be updated at any time to fix bugs, or used for your special customization needs. Press the corresponding soft key to confirm entering the update mode, and perform a one-key firmware upgrade by connecting with the PC software. ►Voltage-controlled adjustment:The frequency, amplitude and duty cycle of the output can be controlled by an external analog voltage signal to achieve voltage-controlled sweeping frequency, sweeping amplitude and sweeping duty cycle, which are widely used in industrial debugging. ►Modulation function:The modulated waveforms can be output in single channel or dual channel. Modulation: The process of adding information from a signal source to the carrier to make it suitable for channel transmission. It is the technology that makes the carrier wave change with the signal. ►High sampling rate :The sampling rate of up to 300MSa/s can obtain more waveform data per unit time, thus making the displayed waveform more accurate. ►Personal color:In order to meet the personalized needs of customers, four color schemes for the system are provided. You can use the numeric keys and knob to select the desired system color, press the soft key save to save the selected color ►Equivalent performance dual channel output:The same or different function signals or arbitrary waveform signals can be output simultaneously; all parameters can be adjusted independently, the phase difference between the two channels is continuously adjustable from 0 to 359.9 degrees; the signal frequency can be up to 80MHz, and the output signal can be within 1MHz Up to 25Vpp. ►Burst function:Sine wave, square wave, saw tooth wave, or arbitrary wave can be used to generate burst signals, the number of periods is continuously adjustable between 1-1,000,000,000 ►The pulse width can be adjusted accurately:The pulse width and the pulse period time of the pulse wave are digitally and accurately adjustable, enabling a wide range of pulse waveforms to be accurately set without jitter output. ►Can draw arbitrary waveform:PC software and communication protocol are provided for free, arbitrary waveforms can be drawn using the PC software; using the communication protocol can be secondary development programming; all functions of the instrument can be controlled by the PC software (The instrument can be also finished all operations without connecting to the computer.) Model PSG9080 Channels 2 Sine wave frequency range 1nHz-80MHz Sampling Rate 300MSa/S Waveform characteristics Wave length 8192 points/channel Waveform vertical resolution 14 bits Waveform type Sine wave, square wave, pulse wave (duty cycle, pulse width and cycle time can be accurately set), triangle wave, rising saw-tooth wave, falling saw-tooth wave, CMOS wave, DC level, half wave, full wave, positive step wave, inverse step wave, exponential rise, exponential fall, Lorentz pulse wave, muti-sound wave, random noise wave, trapezoidal pulse wave, Sink pulse wave, amplitude modulation waveform, frequency modulation waveform, and 99 groups of user-defined wave-forms. Frequency characteristics Sine wave frequency range 1nHz-80MHz Square wave frequency range 1nHz-30MHz Triangle wave frequency range 1nHz-50MHz Pulse wave frequency range 1nHz-30MHz TTL digital wave frequency range 1nHz-20MHz Arbitrary wave frequency range 1nHz-50MHz Pulse width adjustment range 5nS~4S Pulse period adjustment range 10nS~40S Frequency minimum resolution 1nHz Frequency accuracy ±5ppm 0 to 50℃ Frequency stability ±3ppm per 1 year Sine wave spectral purity Total harmonic distortion ≤0.5%(@1kHz,5Vpp) Signal characteristics Square wave Rising/falling edge time ≤10nS Overshoot ≤10% Asymmetry ≤0.1% Ramp and triangle wave Non-linearity ≤1%(less than 1MHz) Asymmetry ≤1%(less than 1MHz) Pulse wave Pulse Width 5nS~4S Pulse period 10nS~40S Duty cycle 0.01%-99.99% Rising/falling edge ≤10nS Overshoot ≤10% Arbitrary wave Wave length 8192 points(8K points) Vertical resolution 14 bits Minimum rise/fall time ≤10nS Overshoot ≤10% Arbitrary waveform non-volatile storage number 99 Output characteristics Amplitude Amplitude range Frequency≤ 1MHz 1MHz≤Frequency＜11MHz 11MHz≤Frequency＜60MHz 60MHz≤Frequency＜80MHz 2mVpp~25Vpp 2mVpp~10Vpp 2mVpp~5Vpp 2mVpp~3.6Vpp Amplitude resolution 1mVpp Amplitude stability ± 1% ±1 mVpp (@ 1 kHz,>10 mVpp) Amplitude flatness ±1%(0.1dB)