Vikye T3100 X100

Vikye T3100 X100 100MHz High Voltage Osciloskopa zondes lietotāja rokasgrāmata

Modelis: T3100 X100

Ievads

This manual provides essential information for the safe and effective use of the Vikye T3100 X100 100MHz High Voltage Oscilloscope Probe. Please read these instructions thoroughly before operating the device to ensure proper functionality and user safety.

Drošības informācija

Brīdinājums: This probe is designed for high voltage measurements. Improper use can result in electric shock, injury, or damage to equipment. Always adhere to the following safety guidelines:

  • Ensure the oscilloscope is properly grounded before connecting the probe.
  • Nepārsniedziet maksimālo ievades tilpumutage rating of the probe (refer to Specifications).
  • Always connect the ground lead of the probe to the circuit's ground before connecting the probe tip to the measurement point.
  • Avoid touching the probe tip or exposed conductors when the probe is connected to a live circuit.
  • Pirms katras lietošanas reizes pārbaudiet zondi un tās piederumus, vai tie nav bojāti. Nelietojiet, ja tie ir bojāti.
  • Use the probe only with oscilloscopes that have a 1 MΩ input impedance.

Produkts beidziesview

The Vikye T3100 X100 is a high-voltage oscilloscope probe designed for measuring signals up to 100 MHz with an attenuation ratio of 100:1. It features a robust design suitable for various electrical testing applications.

Vikye T3100 X100 Oscilloscope Probe

1. attēls: Kopumā view of the Vikye T3100 X100 High Voltage Oscilloscope Probe, showing the probe body, cable, and BNC connector.

Sastāvdaļas:

  • Zondes padoms: The point of contact for signal measurement.
  • Ground Lead with Alligator Clip: Connects the probe to the circuit's ground reference.
  • Zondes korpuss: Contains the attenuation network and provides insulation.
  • Compensation Adjustment Screw: Used to match the probe's capacitance to the oscilloscope's input capacitance for accurate waveform display.
  • Coaxial Cable: Transmits the signal to the oscilloscope.
  • BNC savienotājs: Connects the probe to the oscilloscope's input channel.
Close-up of the probe tip

2. attēls: Tuvplāns view of the probe tip, showing its pointed design for precise contact.

Close-up of the BNC connector

3. attēls: Tuvplāns view of the BNC connector, which securely attaches to the oscilloscope input.

Iestatīšana

  1. Pieslēgšana osciloskopam: Align the BNC connector of the probe with the input channel of your oscilloscope. Push and twist clockwise until it locks securely.
  2. Connect Ground Lead: Attach the alligator clip of the probe's ground lead to a reliable ground point on the circuit under test. Ensure a solid electrical connection.
  3. Compensation Adjustment:
    • Connect the probe tip to the oscilloscope's probe compensation output (usually a square wave signal).
    • Novērojiet taisnstūra vilni osciloskopa ekrānā.
    • Using a non-metallic adjustment tool (often included with oscilloscopes), carefully turn the compensation adjustment screw on the probe body until the square wave appears flat-topped, without overshoot or undershoot. This ensures accurate signal reproduction.
Probe connected to oscilloscope and circuit

4. attēls: Illustration of the probe connected to an oscilloscope and a circuit board for measurement.

Lietošanas instrukcijas

  1. Select Oscilloscope Channel: Choose the appropriate input channel on your oscilloscope.
  2. Set Attenuation: Ensure your oscilloscope's channel input setting is set to X100 to match the probe's attenuation ratio. If your oscilloscope does not have an X100 setting, you will need to manually multiply the displayed voltage līdz 100.
  3. Connect Probe Tip: Carefully touch the probe tip to the desired test point on the circuit.
  4. Observe Waveform: Adjust the oscilloscope's vertical (Volts/Div) and horizontal (Time/Div) settings to obtain a stable and clear waveform display.
  5. Interpret Readings: Atcerieties, ka sējtage displayed on the oscilloscope screen is 1/100th of the actual voltage at the probe tip due to the X100 attenuation.

Apkope

  • Tīrīšana: Disconnect the probe from all power sources and circuits before cleaning. Use a soft, dry cloth to wipe the probe body and cable. Do not use abrasive cleaners or solvents.
  • Uzglabāšana: Store the probe in a clean, dry environment, away from direct sunlight and extreme temperatures. Avoid bending the cable sharply.
  • Pārbaude: Regularly inspect the probe cable, connectors, and tip for any signs of wear, cuts, or damage. Replace the probe if any damage is found to prevent safety hazards or inaccurate measurements.

Problēmu novēršana

  • Nav signāla vai vājš signāls:
    • Check if the BNC connector is securely attached to the oscilloscope.
    • Ensure the ground lead is properly connected to the circuit's ground.
    • Verify that the oscilloscope channel is enabled and the vertical sensitivity (Volts/Div) is set appropriately.
    • Confirm the probe tip is making good contact with the test point.
  • Distorted Waveform (e.g., rounded or spiked square wave):
    • Perform the probe compensation adjustment as described in the "Setup" section.
    • Ensure the oscilloscope's input impedance is set to 1 MΩ.
  • Nepareizs sējumstage rādījumi:
    • Verify that the oscilloscope's channel attenuation setting matches the probe's X100 ratio.
    • If manual calculation is used, ensure the displayed voltage is correctly multiplied by 100.

Specifikācijas

ParametrsVērtība
ModelisT3100 X100
ZīmolsVikye
Vājināšanās koeficientsX100 (100:1)
Joslas platums100 MHz
Input Resistance (typical)100 MΩ (when connected to 1 MΩ oscilloscope input)
Input Capacitance (typical)3.5 pF
Maksimālā ieejas tilptage (parasti)2000 V (līdzstrāva + maksimālā maiņstrāva)
Kabeļa garums120 cm

Note: Typical specifications are provided for general guidance. Actual performance may vary.

Garantija un atbalsts

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