About DSO TC3 Digital Storage Oscilloscope
DSO TC3 Digital Storage Oscilloscope
Features:
FNIRSI DSO-TC3 ingeniously integrates digital oscilloscope, electronic component tester, function signal generator and other functions into one. Equipped with 2.4 Inch TFT display. Built-in rechargeable lithium battery.
DSO-TC3 handheld oscilloscope, 10 MS/s sampling rate, 500 kHz bandwidth. It can be used freely for both periodic analog signals and aperiodic digital signals. Equipped with one-key AUTO, the measured waveform can be displayed without cumbersome adjustment.
DSO-TC3 transistor tester can identify and measure various transistors, including NPN and PNP transistors, N-channel and P-channel field effect transistors etc. Automatic detection of pin definition. Automatically analyze NEC protocol infrared code.
DSO-TC3 transistor tester is suitable for pairing of transistors, identification of mixed surface mount, and preliminary screening of small batch components. "Mos Test" mode can test various types of transistors and test capacitance, resistance etc.
Other functional modes: Including circuit continuity test, 0-40 V input voltage measurement, PWM output, 0-32 V regulated diode measurement, DS18B20 temperature sensor measurement, DHT11 temperature and humidity sensor measurement.
Six waveforms: sine, square, pulse stroke, triangle, ramp and DC.
Efficient Signal Measurement AnywhereExperience portability and performance with the DSO TC3, designed for both fieldwork and lab environments. Its lightweight design and handheld/tabletop mounting options make it easy to transport and use in diverse scenarios, while the 8-hour battery life ensures uninterrupted operation during critical tasks.
Precision & Versatility in Every TestThe oscilloscope's 12-bit resolution and sampling rate of 200 MS/s deliver highly accurate results for a range of electronic signals, from 0 to 10MHz. Featuring adjustable probe attenuation and multiple trigger modes, the DSO TC3 adapts seamlessly to various testing requirements, ensuring your measurements are both reliable and precise.
FAQ's of DSO TC3 Digital Storage Oscilloscope:
Q: How do I operate the DSO TC3 Digital Storage Oscilloscope for signal measurement?
A: To operate the DSO TC3, connect your signal source to the BNC input using a compatible probe, set the desired vertical sensitivity and timebase, and choose the appropriate trigger mode (Auto/Normal/Single) for your test. Use the color LCD to view and analyze the electronic waveform. You can store up to four waveforms for later review.
Q: What are the main benefits of using this oscilloscope for diagnostics and measurements?
A: The DSO TC3 offers precise signal capture with a high 12-bit resolution, fast 200MS/s sample rate, and up to 8 hours of portable use. Its flexible vertical sensitivity and adjustable probe attenuation allow detailed analysis across various signal ranges, making it suitable for both rapid diagnostics and thorough electronic measurements.
Q: Where can I use the DSO TC3, and what environments is it best suited for?
A: This oscilloscope is ideal for both laboratory workbenches and on-site diagnostics due to its compact size, battery operation, and robust temperature (0C to 40C) and humidity (<85% RH) tolerances. Its portable design and tabletop/handheld mounting make it versatile for education, engineering, repair, and testing environments.
Q: When is it necessary to use the auto calibration feature?
A: Auto calibration should be performed periodically or whenever you notice measurement discrepancies, especially after transporting the device or when operating in different temperature environments. This ensures accuracy and reliable data integrity during all signal measurements.
Q: What signal types and voltage levels can the DSO TC3 safely measure?
A: The DSO TC3 can accurately measure DC and AC signals within a frequency range of 0 to 10MHz and test voltages from 0 to 30V. The input can safely accept up to 40V (DC+AC Peak-to-Peak), making it suitable for most low-voltage electronic and diagnostic applications.
Q: How do I store and recall waveforms on the device?
A: After capturing a signal, use the control interface to access the waveform storage option. You can save up to four different waveforms for later comparison and analysis. These stored signals can be recalled any time through the device's menu for review or reference during troubleshooting.