MakerHawk DSO3D12

MakerHawk LCD Handheld Digital Oscilloscope Kit User Manual

Model: DSO3D12

1. Introduzzjoni

Thank you for choosing the MakerHawk LCD Handheld Digital Oscilloscope Kit. This device integrates a 2-channel digital oscilloscope, a true RMS multimeter, and a DDS function signal generator into a compact, portable unit. Designed for electronics enthusiasts, engineers, and technicians, it offers a 120MHz bandwidth and 250MSa/s real-time sampling rate for precise measurements. This manual provides essential information for safe and effective operation, setup, maintenance, and troubleshooting.

2. Informazzjoni dwar is-Sigurtà

Please read and understand all safety instructions before using the device. Failure to follow these instructions may result in electric shock, fire, or damage to the device.

  • Tħaddimx l-apparat fl-imxarrab jew damp kundizzjonijiet.
  • Ensure proper grounding when connecting to external circuits.
  • Taqbiżx il-volum massimu tad-dħultage ratings specified in the technical specifications.
  • Use only the probes and accessories provided or approved by MakerHawk.
  • Avoid touching exposed connections or components while the device is powered on.
  • Tippruvax tiftaħ jew timmodifika l-apparat. Irreferi kull servizz lil persunal kwalifikat.
  • Meta tkejjel il-volum għolitage or non-isolated circuits, do not use the multimeter while charging (powered by the built-in battery).

3. Kontenut tal-Pakkett

Iċċekkja li l-oġġetti kollha elenkati hawn taħt huma inklużi fil-pakkett tiegħek. Jekk xi oġġetti huma neqsin jew bil-ħsara, jekk jogħġbok ikkuntattja l-appoġġ għall-klijenti.

  • 1x MakerHawk Digital Oscilloscope (DSO3D12)
  • 2x Oscilloscope Probes (1X/10X)
  • 2x Multimeter Probes (Red, Black)
  • 2x Gray Probe Hooks (including ground alligator clamp)
  • 1x Compensating Adjusting Rod
  • 2x Insulation Protective Caps
  • 8x Identification Rings
  • 1x USB Type-C Iċċarġjar Cable
  • 1x Manwal għall-Utent
Image showing the MakerHawk Digital Oscilloscope and all its included accessories laid out, including probes, cables, and small parts.

Figure 3.1: Contents of the MakerHawk Digital Oscilloscope Kit.

4. Prodott Aktarview

The MakerHawk DSO3D12 is a versatile 3-in-1 device combining the functionalities of a digital oscilloscope, a multimeter, and a signal generator. Its compact design and robust features make it suitable for various electronic testing and diagnostic tasks.

Image showing the MakerHawk oscilloscope with labels indicating its three main functions: Oscilloscope, Multimeter, and Signal Generator. Key specifications like 120MHz bandwidth and 250MSa/s sampling rate are highlighted.

Figure 4.1: The 3-in-1 functionality of the MakerHawk Digital Oscilloscope.

Karatteristiċi ewlenin:

  • Disinn Professjonali: 2-channel input oscilloscope with up to 120MHz bandwidth and 250MSa/s real-time samprata tal-linarda.
  • Integrated Signal Generator: Built-in DDS function signal generator capable of outputting sine, square, and triangle waves with adjustable frequency (0-2MHz) and amplitude (2.5V).
  • High-Precision Multimeter: Features a true RMS multimeter with fast software calibration, allowing simultaneous use with the oscilloscope for low voltage/resistance/continuity measurements.
  • Portabbli u Durabbli: Compact design with a 3.2-inch LCD backlight display. Includes a built-in 2500mAh lithium battery for up to 4-6 hours of continuous use and a high-voltage protection module (up to 400V).
  • Flexible Trigger Modes: Supports Auto, Normal, and Single trigger modes, with settings for time base, amplitude, and trigger slope. One-touch AUTO function for automatic screen adaptation.
Image showing the MakerHawk oscilloscope connected to a power adapter for charging, highlighting its 2500mAh rechargeable battery. Other insets show the 3.2-inch IPS display and a protective shield icon indicating 400V anti-burn safe design.

Figure 4.2: Device features including battery, display, and safety.

5. Setup

5.1 Iċċarġjar tal-Apparat

The device is equipped with a built-in 2500mAh lithium battery. Before first use, fully charge the device using the provided USB Type-C cable and a standard 5V USB power adapter.

  • Connect the USB Type-C cable to the device's charging port and the other end to a 5V USB power source.
  • The charging indicator light will be red while charging.
  • Charging is complete when the indicator light turns green. A full charge typically takes over 4 hours at a charging current of approximately 700mA (3.5W).
  • Avoid using the multimeter functions while the device is charging, especially when measuring high-voltage jew ċirkwiti mhux iżolati.

5.2 Konnessjoni tas-Sondi

Properly connecting the probes is crucial for accurate measurements.

  • Oscilloscope Probes: Connect the BNC connectors of the oscilloscope probes to the CH1 and CH2 inputs on the top of the device. Ensure a secure connection by twisting the connector clockwise.
  • Multimeter Probes: Insert the red multimeter probe into the 'VΩ' jack and the black probe into the 'COM' jack for voltage and resistance measurements. For current measurements, use the '10A' or '600mA' jacks as appropriate.
  • Kumpens tas-Sonda: For oscilloscope probes, it is recommended to perform probe compensation to ensure accurate waveform display. Connect the probe to a known square wave source (e.g., the device's built-in signal generator or a dedicated probe compensation output) and adjust the trimmer on the probe until the square wave appears flat-topped without overshoot or undershoot.

6. Istruzzjonijiet Operattivi

6.1 Interfaċċja Ġenerali

The device features a 3.2-inch LCD display and a combination of soft silicone keys for navigation and function selection. The main screen displays waveform data, measurement parameters, and menu options.

6.2 Modalità tal-Oxxilloskopju

To enter Oscilloscope mode, ensure the device is powered on. The default display typically shows the waveform. Use the navigation buttons to adjust settings.

Kejl Bażiku

  • Vertical Scale (mV/div): Jaġġusta l-voltage sensitivity. Use the 'CH1' and 'CH2' buttons to select the channel and then the 'mV' or 'V' buttons to change the scale.
  • Horizontal Scale (Time Base): Adjusts the time per division. Use the 'Time base' button and navigation keys to change the sweep speed.
  • Pożizzjoni: Adjusts the vertical or horizontal position of the waveform on the screen.
  • Buttuna AUTO: Pressing the 'AUTO' button automatically adjusts the vertical and horizontal scales and trigger settings to display a stable waveform.
  • Funzjonijiet tal-Kejl: The device supports 14 types of automatic measurement functions, including Frequency, Peak-to-Peak Voltage (PKPK), Mean Voltage (Mean), RMS, Max, Min, Period, Duty Cycle, etc. These are typically displayed on the screen or accessible via a 'Meas' menu.

Modi ta' Trigger

The device offers three trigger modes to stabilize repetitive waveforms and capture single-shot events.

  • Auto Trigger: The oscilloscope triggers automatically even without a stable signal, ensuring a waveform is always displayed.
  • Normal Trigger: The oscilloscope triggers only when the input signal meets the specified trigger conditions (level, slope). If no trigger condition is met, the display remains unchanged.
  • Single Trigger: The oscilloscope waits for a single trigger event, captures the waveform, and then stops. This is useful for capturing non-repetitive or transient events.
  • Trigger Level and Slope: Adjust the trigger level to specify the voltage point at which the trigger occurs. Select the trigger slope (rising edge or falling edge) to define the direction of the voltage change that initiates the trigger.

Modalità XY

XY mode displays the voltage of channel 1 (CH1) on the horizontal axis and the voltage of channel 2 (CH2) on the vertical axis. This mode is useful for observing phase relationships between two signals, often resulting in Lissajous figures.

Spettru FFT

The Fast Fourier Transform (FFT) function converts time-domain waveforms into the frequency domain, allowing analysis of the frequency components within a signal. This is useful for identifying harmonics, noise, and signal integrity issues.

Forma tal-mewġ ta' referenza

This feature allows you to save a waveform and display it as a reference against a live waveform. This is useful for comparing current measurements with a known good signal or for analyzing changes over time.

Image showing various advanced oscilloscope functions: XY Mode displaying Lissajous figures, Trigger settings for Auto/Normal/Single, FFT Spectrum analysis, and Reference Waveform comparison.

Figure 6.1: Advanced Oscilloscope Functions.

6.3 Modalità Multimetru

The built-in true RMS multimeter supports various measurements. When in oscilloscope mode, a small multimeter window can be displayed in the upper right corner. For full-screen multimeter operation, select the dedicated multimeter mode.

Image showing the MakerHawk oscilloscope displaying a large digital multimeter reading of 99.99 KΩ, indicating high-precision resistance measurement capability.

Figure 6.2: High-precision Multimeter Function.

  • Voltage Kejl: Connect probes to 'VΩ' and 'COM' for DC or AC voltage.
  • Kejl tar-Reżistenza: Connect probes to 'VΩ' and 'COM' for resistance.
  • Test ta' Kontinwità: Connect probes to 'VΩ' and 'COM' for continuity.
  • Kejl kurrenti: Connect the red probe to '10A' or '600mA' and the black probe to 'COM' for current measurements. Ensure the correct jack is used to avoid damaging the device.

6.4 Modalità tal-Ġeneratur tas-Sinjali

The integrated DDS function signal generator can output various waveforms for testing and calibration purposes.

Image showing various display modes of the MakerHawk oscilloscope, including a full-screen signal generator outputting 1.00 KHz, a multimeter small window, multimeter function selection, and examples of 50MHz sine and 20MHz square waveforms.

Figure 6.3: Multiple Waveforms and Signal Generator Interface.

  • Tipi ta' Mewġa: Select between sine wave, square wave, and triangle wave outputs.
  • Aġġustament tal-Frekwenza: Adjust the output frequency from 0 to 2MHz.
  • Amplonġitudni: Il-voltage amplitude is fixed at 2.5V.
  • Ċiklu ta' ħidma: For square waves, the duty cycle is adjustable from 1% to 99%.

7. Manutenzjoni

  • Tindif: Uża drapp artab u niexef biex tnaddaf l-apparat. Tużax prodotti tat-tindif jew solventi li joborxu.
  • Ħażna: Aħżen l-apparat f'post frisk u niexef 'il bogħod mix-xemx diretta u minn temperaturi estremi.
  • Kura tal-batterija: Biex ittawwal il-ħajja tal-batterija, evita li tiċċarġja kompletament il-batterija ta' spiss. Jekk taħżinha għal perjodu estiż, iċċarġja l-batterija sa madwar 50% u erġa' ċċarġjaha kull ftit xhur.
  • Kura tas-Sonda: Inspect probes regularly for damage. Replace worn or damaged probes immediately to ensure safety and accuracy.

8 Issolvi l-problemi

ProblemaKawża PossibbliSoluzzjoni
L-apparat ma jixgħelxLow battery; Power button not pressed correctly; Device faultCharge the device fully; Press and hold the power button; Contact customer support if issue persists.
L-ebda forma ta' mewġa murijaProbe not connected; Incorrect input settings; Trigger not set correctly; Signal too small or too largeEnsure probes are securely connected; Press 'AUTO' button; Adjust vertical scale (mV/div) and horizontal scale (Time Base); Check trigger mode and level.
Forma ta' mewġa instabbliIncorrect trigger settings; Noisy signalAdjust trigger level and slope; Change trigger mode to 'Normal' or 'Single'; Check for external noise sources.
Kejl mhux preċiżUncompensated probe; Incorrect probe attenuation setting; Device not calibratedPerform probe compensation; Ensure probe attenuation (1X/10X) matches the device setting; Contact customer support for calibration if suspected.
Multimeter readings are incorrectIncorrect probe connection; Wrong measurement range selected; Device faultEnsure probes are in the correct jacks ('VΩ', 'COM', '10A', '600mA'); Select the appropriate measurement function (voltage, resistance, current); Contact customer support.

9. Speċifikazzjonijiet Tekniċi

The following table outlines the key technical specifications of the MakerHawk DSO3D12.

Image displaying a table of technical parameters for the MakerHawk oscilloscope, including screen size, key type, charging, battery time, case size, channels, real-time sample rate, bandwidth, rise time, equivalent sampling, storage, impedance, time base, peak voltage, trigger mode, trigger type, display mode, persistence, auto mode, measure items, sensitivity, DC offset, XY mode, screenshot, frequency, zoom mode, FFT, generator wave, generator voltage, generator frequency, and screen resolution.

Figure 9.1: Detailed Technical Parameters.

ParametruValur
Dimensjonijiet tal-Prodott5.71 x 3.39 x 1.26 pulzier; 1.3 Liri
Batteriji1 A batteries required (included) - 2500mAh Lithium
Sors tal-EnerġijaBattery Powered (USB Type-C 5V Charging)
Kanali2
Bandwidth120MHz (CH1 Only), 60MHz (CH1+CH2)
S fil-ħin realiampRata tal-linarda250MSa / s
Equivalent SampRata tal-linarda500MSa / s
Daqs tal-IskrinTFT LCD ta '3.2 pulzieri
Medda Minima10mV/div
Max Input Voltage400V (Peak)
Output tal-Ġeneratur tas-SinjalSine, Square, Triangle (0-2MHz, 2.5V Amplatitudni)
Tip ta 'multimetruRMS Veru
Modi ta' TriggerAuto, Normali, Uniku
KulurBlack, White, or Gray

10. Garanzija u Appoġġ

MakerHawk products are designed for reliability and performance. This device comes with a standard manufacturer's warranty against defects in materials and workmanship. For specific warranty details, please refer to the warranty card included with your product or visit the official MakerHawk websit.

For technical support, troubleshooting assistance, or to inquire about replacement parts, please contact MakerHawk customer service through the contact information provided on our website or your purchase platform. Please have your product model number (DSO3D12) and purchase date ready when contacting support.

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