High-Precision Wave Generator. Comes Pre Soldered. Can Generate Waveforms from 1Hz to 1MHz. Has Frequency and Amplitude Adjustment Feature. Frequency Adjustment Supports Corse and Fine Adjustment.
This kit uses ARM Cortex-M3 processor (STM32F103C8), and includes a 2.4-inch color TFT display screen. Adjustable vertical displacement, and with instructions. With automatic, regular and one-shot modes, easy to capture the moment waveform. Available rising or falling edge trigger. Observable previous trigger waveform (negative delay). Can freeze at any time waveform display (the HOLD function). Maximum Real-time Sampling Rate: 1Msps…
Mini size, light weight, portable and handheld; It can store waveforms, making waveform analysis clearer and more effective; Multiple trigger modes, support Ascend/Descend Edge Trigger, Positive/Negative Pulse Trigger, and Logic Trigger; Powerful ability to process waveforms, it can automatically measure parameters such us voltage, frequency and pulse width.
Compact Design: Equipped with a 2.8?? 320×240 TFT display and a side thumb wheel for easy operation and navigation. Widely Used: Analyze PWN, I2C, SPI and many other accepted standard protocols. This unit is designed for PWN, SPI, I2C and other communication debugging. Portable: Its small size makes it easy to fit in any pocket, so you can use it…
200/100/70MHz bandwidth selections, 2ch input 100/70/50MHz bandwidth selections, 4ch input 1GSa/s maximum sampling rate 10M maximum memory depth for each channel 7?? 800 x 480 WVGA LCD display 256 color gradient display function to strengthen waveform performance 1Mpts FFT frequency domain signal display Zero Key function for horizontal time, vertical voltage and triggering Compact and innovative exterior design
Absolutely Open Hardware Rising/falling edge trigger Compact rectangular housing Large display screen Buttons on the side Mini pocket-sized Compact and lightweight Store file as BMP, DAT, BUF, or CSV format Use built-in flash disk to save/read waveform image Math waveforms: DATA, -DATA, Inp+D, Inp-D, -Inp Output test signal: 10Hz??1MHz (1-2-5 sequence step) Synchronous mode: auto, normal, single, none, scan
Absolutely Open Hardware Rising/falling edge trigger Compact rectangular housing Large display screen Buttons on the side Mini pocket-sized Compact and lightweight Store file as BMP, DAT, BUF, or CSV format Use built-in flash disk to save/read waveform image Math waveforms: DATA, -DATA, Inp+D, Inp-D, -Inp Output test signal: 10Hz??1MHz (1-2-5 sequence step) Synchronous mode: auto, normal, single, none, scan
2 sine wave and 2 square wave output. AD9850: 0-40MHz. After the 20-30MHz frequency harmonics increases, the waveform will be less and less clean. Low-pass filter with 70MHz, so the waveform better than SN. Parallel and serial data input can be selected via a jumper.
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