UTG932E Function Signal Generator Dual Channel Waveform Generator 30MHz 200MSa s Sampling RateEU 100‑240V

Feature: 1. Function signal generator, dual‑channel design, 200MSa s sampling rate, 30MHz output frequency. 2. Support arbitrary waveform, sine waves, square waves, ramp waves, pulse waves, noise, DC, arbitrary waveform. 3. The function buttons are complete, and the modulation settings can be made through these buttons. 4. With 4.3in high‑resolution TFT LCD screen, distinguish output status of channel 1 and channel 2, function menus and other important information. 5. Accurate measurement, concise, intuitive, and easy to operate. It is widely used in electronics enthusiasts and scientific research institutions. Specification: Item Type: Function Generator Material: ABS Display Type: 4.3in TFT LCD Display Resolution: 480 Horizontal x 272 Vertical Product Voltage: DC5V, 2A Power Consumption: Less Than 10W Operating Temperature Range: 10 celsius +40 celsius , Non Operating Temperature Range: 20 celsius +60 celsius Cooling Method: Natural Cooling Humidity Range: Below +35 celsius : less than 90percent Relative Humidity +35 celsius +40 celsius : less than 60percent Relative Humidity Altitude: Below 2000 meters for operation, below 15000 meters for non operation Product Size: Approx. 172x68x90mm 6.8x2.7x3.5in Technical Index Function Name Work performance Aisle 2 channels Highest Frequency 30MHz Sampling Rate 200MSa s Waves Sine waves, square waves, ramp waves, pulse waves, noise, DC DC, arbitrary waveform Operating Mode Output strobe, continuous, modulation, frequency sweep Modulation Type AM, FM, PM, FSK, Line, Log Sine Waves Frequency Range 1One millionth Hz 30MHz Resolution 1One millionth Hz Accuracy + 50ppm within 90 days, + 100ppm within 1 year (18 degrees C to 28 degrees C) Harmonic Distortion (Typical Value) Test condition: output power 0dBm DC 5MHz 60dBc 5MHz 30MHz 50dBc 30MHz 60MHz 40dBc Total Harmonic Distortion (Typical Value) <0.2percent (DC 20kHz, 1Vpp) Spurious Signal (Non Harmonic, Typical Value) Test condition: output power 0dBm DC 10MHz,< 70dBc

more than 10MHz less than 70dBc+6dB Octave Phase Noise (Typical Value) 10MHz: less than 125dBc Hz (typical value, 0dBm, 10kHz offset) Square Waves Frequency Range 1uHz 15MHz Resolution 1uHz Rise Fall Time

less than 50ns (typical value, 1kHz, 1Vpp) Overshoot (Typical Value)

less than 2percent Symmetric (Under 50percent Duty Cycle) 1ns+100ppm of period Shake (Typical Value) Typical value (1MHz, 1Vpp, 50 Ohm )

less than 5MHz: 2ppm+200ps

more than 5MHz:200ps Slope Frequency Range 1uHz 400kHz Resolution 1uHz Non Linearity 3percent + 2mV (typical value, 1kHz, 1Vpp, symmetric 50percent ) Symmetric 0.0percent to 100.0percent Pulse Waves Frequency Range 1One millionth Hz 15MHz Resolution 1uHz Pulse Width

more than 22ns Variable Edge 15ns 8s Overshoot (Typical Value)

less than 2percent (typical value 1Vpp) Shake 150ps Gaussian Noise Bandwidth 30MHz bandwidth ( 3dB) (typical value) DC Offset Range (Peak AC+DC) + 5V (50 Ohm ) + 10V (High Resistance) Offset Accuracy + 3percent of offset setting value, + 1.5percent of amplitude setting value+ 2mV Arbitrary Waveform Characteristics Frequency Range 1One millionth Hz 10MHz Resolution 1uHz Waves Length 4kpts Vertical Resolution 14bits (including compliance) Sampling Rate 200MSa s Minimum Rise Fall Time

less than 20ns typical value Shake 5ns+ 150ps Non Volatile Storage 24 waveforms Output Characteristics Amplitude Range

less than 10MHz: 1mVpp 10Vpp; (50 Ohm )

less than 60MHz: 1mVpp 5Vpp; (50 Ohm ) Accuracy (1kHz Sine Waves) + (3percent of setting value + 2mVpp) Amplitude Flatness (Relative to 1kHz sine waves, 1Vpp 50 Ohm ) Test condition: typical value (sine waves, 2.0Vpp)

less than 100kHz: + 0.1dB

less than 20MHz: + 0.2dB

less than 30MHz: + 0.4dB

less than 40MHz: + 0.5dB

less than 60MHz: + 0.8dB Waves Output Impedance 50 Ohm typical Insulation Maximum 42Vpk to ground Protection Channel protection AM Modulation Carrier Sine, square waves, oblique waves, arbitrary waves Modulation Waves Sine, square waves, ramp waves, noise, arbitrary waves Modulation Frequency 2MHZ 200KHZ Modulation Depth 0percent 120percent FM Modulation Carrier Sine, square waves, oblique waves, arbitrary waves Modulation Waves Sine, square waves, ramp waves, noise, arbitrary waves Modulation Frequency 1uHZ 200KHZ Frequency Deviation DC 15MHZ Pm Modulation Carrier Sine, square waves, oblique waves, arbitrary waves Modulation Waves Sine, square waves, ramp waves, noise, arbitrary waves Modulation Frequency 2mhz 200khz Deviation 0 degrees 360 degrees FSK Modulation Carrier Sine, square waves, oblique waves, arbitrary waves Source Internal external Modulation Waves Square waves with 50percent duty cycle Rate 2MHZ 100KHZ Sweep Carrier Sine, square waves, oblique waves, arbitrary waves Types of Linear, logarithmic Sweep Time 1ms 500s+ 0.1percent Sync Signal Output Level TTL compatible Output Frequency 1One millionth Hz 2MHz Output Impedance 50 Ohm , typical value Coupling Method Direct current Trigger Input Input Level TTL compatible Input Resistance

more than 10k Ohm , DC coupling Frequency Meter Input Level TTL compatible Input Frequency Range 100mHz 100mHz Accuracy + 51ppm Frequency Resolution 7 bit Coupling Method Direct current .How to Use: 1. Display 4.3in high resolution TFT color screen, clearly distinguishes the output status, function menus and other important information of channel 1 and channel 2, and the user friendly system interface makes human computer interaction easier and improves your work efficiency. 2. Function buttons The function buttons are Mode, Waves, Utility, through these buttons for modulation settings, fundamental waves selection and auxiliary function settings, etc. 3. Multi function knob button Rotate the multi function knob to change the number (turn clockwise to increase the number) or use it as a direction key, press the multi function knob to select functions or determine the set parameters 4. Direction keys When using the multifunction knob and direction keys to set parameters, it is used to switch the digit of the number or clear the previous digit currently input or move (left or right) the position of the cursor 5.CH1 2 control output key Quickly switch the current channel displayed on the screen (CH1 information label is highlighted as the current channel, at this time the parameter list displays channel 1 related information, so that the waveform parameters of channel 1 can be set). If channel one is the current channel (CH1 information label is highlighted), you can quickly turn on off the channel one output by pressing the CH1 key, or you can press the Utility key to popup the label and then press the channel one setting soft key to set. When the channel output is turned on, the backlight is on, and the output function mode (waveform or modulation or linear or logarithmic ) will be displayed in the information label, and the output terminal will output the signal. When it is off, the CH1 key or CH2 button, the backlight is off, and the information label will display OFF at the same time, and the output terminal will be turned off at the same time. 6. Numeric keypad Number keys 0 9, decimal point . , sign key + for inputting the required parameters. The left direction key backspaces and clears the previous digit of the current input 7. Menu operation soft keys Select or view the contents of the label (located at the bottom of the function interface) corresponding to the label of the soft key, and set the parameters with the numeric keyboard or multi function knob or direction keys. Package List: 1 x Function Generator1 x Adapter1 x Converter1 x Power Line1 x Testing Clip1 x 2 Way Device1 x Operation Guide Note: 1. Please allow 0‑1 inch error due to manual measurement. Thanks for your understanding.2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.