An oscilloscope is one of the essential tools used by electronics engineers who analyze electronic signals. One of the many reliable oscilloscopes is the Tektronix 2467B, a graph-display tool that plots an electrical signal as a graph. This device stands out because of its reliability, versatility, and other advanced capabilities. This article comprehensively overviews the Tektronix 2467B oscilloscope, including its features and specs, applications, techniques, applications, maintenance and FAQs.
Tektronix 2467B Oscilloscope Specifications and Features
The Tektronix 2467B oscilloscope is a powerful tool that has been used and is still continuously being used in many fields. With its four channels and voltage sensitivity range, multiple signals can be measured simultaneously and slight signal changes can easily be detected. This oscilloscope comes with advanced trigger options and capabilities, which provide a comprehensive analysis of the signals. Sharing and storing measurement results is easy because of the device’s interfaces and storage options. Overall, the specs make this oscilloscope a reliable and versatile tool.
Here is the list of Tektronix 2467B oscilloscope’s specs:
- Bandwidth: 400 MHz
- Channels: 4
- Sample Rate: 1 GS/s
- Record Length: 7,000 points per channel
- Vertical Resolution: 8 bits
- Rise Time: 0.875 ns
- Cursors: Time and Voltage
- Measurement Capabilities: Voltage, Frequency, Period, Pulse Width, Rise/Fall Time, Duty Cycle, and more
- Sensitivity: 2 mV/div to 10 V/div
- Input Impedance: 1 MΩ // 20 pF
- Maximum Input Voltage: 400 Vrms
- Display: Monochrome CRT with 8×10 division graticule
- Built-in storage: 3.5-inch floppy disk drive
- Interfaces: RS-232, GPIB, and Centronics Printer Port
- Dimensions: 16.7” x 6.1” x 19.4”
- Weight: 13.5 kg
How to Use the Tektronix 2467B Oscilloscope
Using the Tektronix 2467B oscilloscope is a breeze, but there are essential steps to follow to get reliable and accurate measurements. First, make sure to set up the device and connect the probes properly. Then, adjust the horizontal and vertical controls to display the waveform you are interested in. With this device, you can measure voltage, period, and frequency and analyze waveforms using features like peak-to-peak and RMS measurements. Also, you can use cursors, markers, and other measurements to compute factors like rise time, fall time, and pulse width.
Advanced Techniques with the Tektronix 2467B Oscilloscope
Engineers can utilize techniques for more advanced applications such as FFT analysis, advanced triggering options, waveform averaging, persistence mode, and XY mode to maximize the capabilities of the Tektronix 2467B oscilloscope. With FFT analysis, you can determine a signal’s harmonics, spectral properties, and frequency content. Advanced triggering settings help you isolate specific events or signal patterns and trigger the oscilloscope to capture them. Persistence mode and waveform averaging can assist with signal stability and noise reduction. Engineers can visualize phase differences or other correlations between signals using the XY mode, which allows them to display one channel’s signal against the other.
Applications of the Tektronix 2467B Oscilloscope
The Tektronix 2467B oscilloscope is applicable in a wide range of industries such as telecommunications, aerospace, medical, automotive and so much more.
- In telecommunications, for example, engineers use the device to measure signals from communications systems and diagnose problems related to interference, noise, and distortion.
- In aerospace, the oscilloscope helps analyze signals used for the aircraft systems’ navigation, communication, and controls.
- In the medical field, the tool helps engineers test and validate medical devices such as pacemakers, ultrasound machines, and medical imaging equipment.
- In the automotive business, engineers use the oscilloscope to analyze the performance of electronic control units in vehicles and diagnose engine or transmission system issues.
Overall, the Tektronix 24678 oscilloscope is a flexible and dependable piece of equipment that can assist engineers working in various industries and give them reliable and accurate measurements.
Upgrading and Maintaining Tips
To keep the Tektronix 2467B oscilloscope functioning well, there are a few maintenance tips to follow. Users can upgrade the firmware and software regularly to access new features and bug fixes. Calibration by a professional is important periodically to ensure that the measurements remain accurate. Regular cleaning of the screen, case, and probes is necessary to avoid the buildup of dust and debris. The device’s batteries can also be replaced when they are low or have lost their capacity. Lastly, it’s important to store the oscilloscope in a dry and cool place to prevent damage from heat, humidity, or sunlight.
Frequently Asked Questions
Where can I purchase a Tektronix 2467B oscilloscope?
This oscilloscope is already phased out by Tektronix. However, used or refurbished units are still being sold in the market. It is important to carefully research if the seller is trusted. You may contact us and inquire about its availability.
How can I troubleshoot common issues?
If your Tektronix 2467B oscilloscope is experiencing issues, refer to the user manual for tips and solutions. Common issues include problems with connectivity, display, and measurements. You may also contact the manufacturer of a certified service provider for further assistance if necessary.
How can I calibrate my Tektronix 2467B oscilloscope?
Regular calibration is essential to ensure that your device provides accurate measurements. However, calibration is a task that should only be performed by someone who is trained and certified to do so. Better leave it to the experts to make sure calibration is precise.
