Product Details
This is a remarkable '5-track, 4-wave line' digital storage oscilloscope ideal for general electronic engineering tasks. It runs on the ARM Cortex M3 core and uses FPGA to manage external ADC control and data cache. With 4 application partitions, it can load and upgrade up to 4 different application firmwares. The built - in 8MB USB flash drive makes it easy to store waveforms and upgrade system firmware. It's mini, lightweight, and portable, about 1/62 the size of a benchtop oscilloscope. You can do all operations with just 4 buttons + 2 encoders. It offers a real - time sampling rate of up to 100M Sa/s. It has 4 input channels (2 digital + 2 analog) and 1 output channel, with each channel freely switchable. It supports user - defined outputs such as waveform, frequency, and duty cycle, suitable for various scenarios. Waveform data can be stored, and waveform analysis and comparison are efficient and intuitive. It has +2% voltage accuracy and +1‰ frequency accuracy, with the front - end analog circuit refined to optimize the noise floor for accurate measurements. It's great for school experimental teaching, electronic maintenance, and engineering applications. Features: ARM Cortex M3 core, mini size, lightweight. Applications: School experimental teaching, electronic maintenance, engineering applications. Specification: CPU: ARM Cortex M3; FIFO & Control: FPGA; ADC: HWD9288 - 100; 2 analog channels ([CH_A] [CH_B]), 2 digital channels ([CH_C] [CH_D]); various operation channels; vertical sensitivity options; 8 - bit vertical resolution; 4 channels with 4*4K sample memory depth; DC and AC coupling; max input voltage options; multiple trigger types and modes; different signal sources; 8M USB disk storage capacity; BMP, BUF, CSV file storage formats; automatic and cursor measurement types; 4 - line display mode; real - time sampling mode; 100M Sa/s sampling rate; 1000mAh battery power supply; dimensions of 99.5mm (length) x 58.5mm (height) x 13.5mm (thickness). Documents: User Guide. Shipping List: Mini 4 Channel Oscilloscope x1, x1 / x10 Probe x2, USB Cable x1, Hex Wrench x1, Instruction x1.
Using this oscilloscope is easy. First, connect the probes to the appropriate channels. You can use the 4 buttons and 2 encoders to perform all operations. Select the input channels according to your needs and switch freely between them. You can also define outputs like waveform, frequency, and duty cycle. To store waveform data, just use the built - in 8MB USB flash drive. When it comes to power, it's powered by a 1000mAh battery. For maintenance, keep it in a dry and clean place. Avoid exposing it to extreme temperatures or moisture. If you need to upgrade the firmware, use the application partitions to load new firmware easily. Be careful when handling the probes and make sure the input voltage doesn't exceed the maximum limits specified in the specifications to avoid damage to the oscilloscope.
