Hantek HDG6202B/6162B/6112B /6082B 4 channel digital oscilloscope with signal source HDG6000B Series
Features:
HDG6000B series integrates multi-function like arbitrary waveform generator, pulse generator, 16-bit word generator, 7-digit cymometer and function generator; It can generate and output stable, accurate and low distortion signals; Built-in over 150 type arbitrary waveforms, which is easy to simulate various signals; Its large screen, user-friendly interface design and keyboard layout are convenient to use; Rich standard configuration interfaces easily achieve remote control of the instrument.
* Output frequency range: 1uHz ~ 200MHz / 160MHz / 110MHz / 80MHz;
* Up to 1.25GSa/s sampling rate, 16bits vertical resolution to ensure the accuracy of the output waveform;
* Up to 64M memory depth, ensuring better waveform detail creation;
* Large and clear display screen (7.0-inch LCD color display, resolution up to 800x640), user interface is clear and intuitive;
* A rich set of modulation functions, support AM, FM, PM, 2ASK, 2FSK, 2PSK and PWM etc. ;
* 1uHz frequency resolution; minimum 2mv output amplitude;
* Built-in 7-digit high-resolution 200MHz cymometer; with optional higher performance cymometer;
* Standard communication interface: HDG6000B series: USB Host, USB Device, optional LAN interface;
* Built-in more than 150 arbitrary waveforms, including exponential rise, exponential drop, ECG signal, Gaussian, semi-positive, Lorentz, dual-tone multi-frequency, DC voltage, etc.
Specification
Model | HDG6202B | HDG6162B | HDG6112B | HDG6082B |
Main Feature | ||||
Channel | 2 | 2 | 2 | 2 |
Waveform Length | 64M | |||
Frequency Range | 200MHz | 160MHz | 110MHz | 80MHz |
Sampling Rate | 1.25GSa/s | |||
Voltage Resolution | 16 Bit | |||
Digit Output Mode | 16 channels output | |||
Waveform | ||||
Standard Waveform | sine, square, triangle, pulse, noise, harmonic | |||
Arb. Waveform | More than 150 kinds: index rise, exponential decline, ECG signal, Gaussian, semi-positive, Lorentz, dual-tone multi-frequency, DC voltage, etc. | |||
Frequency Characteristics | ||||
Sine | 1uHz~200MHz | 1uHz~160MHz | 1uHz~110MHz | 1uHz~80MHz |
Square | 1uHz~60MHz | 1uHz~50MHz | 1uHz~40MHz | 1uHz~35MHz |
Pulse | 1uHz~50MHz | 1uHz~40MHz | 1uHz~25MHz | 1uHz~20MHz |
Triangle | 1uHz~5MHz | 1uHz~4MHz | 1uHz~3MHz | 1uHz~2MHz |
White Noise | 120MHz | 120MHz | 110MHz | 80MHz |
Harmonic | 1uHz~100MHz | 1uHz~80MHz | 1uHz~55MHz | 1uHz~40MHz |
Arbitrary | 1uHz~50MHz | 1uHz~40MHz | 1uHz~25MHz | 1uHz~15MHz |
Resolution | 1uHz | |||
Accuracy | ±2ppm, 18~28℃ | |||
Sine Spectrum Purity | ||||
Harmonic Distortion | Typical (0dBm) | |||
DC-1MHz: <-60dBc | ||||
1MHz-10MHz: <-55dBc | ||||
10MHz-100MHz: <-50dBc | ||||
100MHz-160MHz: <-40dBc | ||||
THD (Total Harmonic Distortion) | <0.1% (10Hz-20kHz, 0dBm) | |||
Spurious Signal (Non-harmonic) | Typical (0dBm) | |||
≤10MHz: <-65dBc | ||||
>10MHz: <-65dBc+6dB/octave | ||||
Phase Noise | Typical (0dBm,10KHz offset) | |||
0MHz: ≤-115dBc/Hz | ||||
Square Characteristics | ||||
Rising/Falling Time | Typical (1Vpp) | Typical (1Vpp) | Typical (1Vpp) | |
<8ns | <10ns | <12ns | ||
Overshoot | Typical (100KHz, 1Vpp) | |||
<3% | ||||
Duty Cycle | ≤10MHz: 20.0%~80.0% | |||
10MHz~40MHz: 40.0%~60.0% | ||||
>40MHz: 50.0% (fixed) | ||||
Asymmetry | 1% +5ns of Period | |||
Jitter | Typical (1MHz,1Vpp, 50Ω) | |||
≤ 5MHz: 2ppm+500ps | ||||
> 5MHz: 500ps | ||||
Triangle Characteristics | ||||
Linear | ≤1% (1KHz, 1Vpp) of Peak Output | |||
Symmetry | 0%~100% | |||
Pulse Characteristics | ||||
Period | 25ns~1Ms | 25ns~1Ms | 40ns~1Ms | 50ns~1Ms |
Pulse | ≥10ns | ≥10ns | ≥12ns | ≥15ns |
Rising/Falling Time | ≥5ns | ≥6ns | ≥8ns | ≥10ns |
Overshoot | <3% (1Vpp) | |||
Jitter | Typical (1MHz, 1Vpp, 50Ω) | |||
≤ 5MHz 2ppm+500ps | ||||
> 5MHz 500ps | ||||
Arbitrary Characteristics | ||||
Waveform Length | 64M | |||
Vertical Resolution | 16 Bit | |||
Sampling Rate | 1.25GSa/s | |||
Rising/Falling Time | Typical (1Vpp): <6ns | |||
Jitter | Typical (1MHz, 1Vpp, 50Ω) | |||
≤ 5MHz 2ppm+500ps | ||||
> 5MHz 500ps | ||||
Harmonic Output Characteristics | ||||
Harmonic Times | ≤16 times | |||
Harmonic Type | Even harmonics, odd harmonics, sequential harmonics | |||
Harmonic Amplitude | Each harmonic amplitude can be set | |||
Harmonic Phase | Each harmonic phase can be set | |||
Amplitude Characteristics ( 50ΩTermination) | ||||
Range | ≤20MHz: 1mVpp ~ 10Vpp | |||
≤80MHz: 1mVpp ~ 5Vpp | ||||
≤110MHz:1mVpp ~ 2.5Vpp | ||||
≤160MHz:1mVpp ~ 1Vpp | ||||
≤200MHz:1mVpp ~ 0.5Vpp | ||||
Accuracy | 1KHz Sine, 0V offset (±|1%±2mVpp| of setting value) | |||
Amplitude flatness (relative to 1 kHz sine wave, 500 mVpp, 50 Ω) | ≤1MHz: ±0.1dB | ≤1MHz: ±0.1dB | ≤1MHz: ±0.1dB | ≤1MHz: ±0.1dB |
≤60MHz: ±0.2dB | ≤60MHz: ±0.2dB | ≤60MHz: ±0.2dB | ≤60MHz: ±0.2dB | |
≤100MHz: ±0.4dB | ≤100MHz: ±0.4dB | ≤100MHz: ±0.4dB | ||
≤160MHz: ±0.8dB | ≤160MHz: ±0.8dB | |||
≤200MHz: ±1.2dB |
1. Can you do OEM?
Yes. Also can be customized according to the customer's specific requirements.
2. If 110V is available?
Yes. 110V and 220V can be switched arbitrarily.
3. What kind of plug does your product equip with?
American or Australian or European or UK plug or other types of plug.