(YT)W2AEW https://stream.echo6.co/c/w2aew/videos Mon, 13 Apr 2026 09:43:10 GMT https://validator.w3.org/feed/docs/rss2.html PeerTube - https://stream.echo6.co (YT)W2AEW https://stream.echo6.co/client/assets/images/icons/icon-512x512.png https://stream.echo6.co/c/w2aew/videos All rights reserved, unless otherwise specified in the terms specified at https://stream.echo6.co/about and potential licenses granted by each content's rightholder. https://stream.echo6.co/feeds/podcast/videos.xml?videoChannelId=144 <![CDATA[#112: Use an Oscilloscope and Signal Generator help tune an HF Antenna, measure complex impedance]]> https://stream.echo6.co/w/gEZr7ZWnFSJcDjW3F4uB4g https://stream.echo6.co/w/gEZr7ZWnFSJcDjW3F4uB4g Tue, 31 Mar 2026 10:47:18 GMT This is a two part video: Part 1 shows one way to use a scope, signal generator, and a simple circuit to help you visually tune an HF antenna with an antenna tuner (or via antenna adjustments). Part 2 shows how you can estimate the complex impedance of the antenna system (antenna and feedline) using the same setup. This method should work reasonably well for HF frequencies with a carefully built fixture and setup. Parasitics and other sources of uncertainty will likely start to become significant at frequencies above 30MHz or so. Part 1 runs for the first 9 minutes, and part 2 picks up at the 9:00 mark.

Cool! This video got posted to Hack-A-Day!
http://hackaday.com/2013/09/20/visually-tune-your-hf-antenna-using-an-oscilloscope-and-signal-generator/#more-103434

Notes from this video can be found here:
http://www.qsl.net/w/w2aew//youtube/Use_scope_to_tune_HF_antenna_meas_complexZ.pdf

]]> (YT)W2AEW nonadult #112: Use an Oscilloscope and Signal Generator help tune an HF Antenna, measure complex impedance This is a two part video: Part 1 shows one way to use a scope, signal generator, and a simple circuit to help you visually tune an HF antenna with an antenna tuner (or via antenna adjustments). Part 2 shows how you can estimate the complex imped... <![CDATA[#111: How to make a high performance oscilloscope probe socket]]> https://stream.echo6.co/w/9ba5aZ9gLpcnWFSm82Ypj3 https://stream.echo6.co/w/9ba5aZ9gLpcnWFSm82Ypj3 Tue, 31 Mar 2026 10:47:06 GMT This short video shows a simple way to make a very high performance socket to connect your oscilloscope probe to your circuit. It features very low ground inductance which minimizes distortion, thus preserving signal integrity. In a previous video:
http://www.youtube.com/watch?v=zodpCuxwn_o
I showed the effects of ground inductance on the measured waveform quality. This socket design minimizes ground inductance so that signal integrity is preserved, even a high frequencies. This method can be adapted to different probe styles and circuit configurations.

]]> (YT)W2AEW nonadult #111: How to make a high performance oscilloscope probe socket This short video shows a simple way to make a very high performance socket to connect your oscilloscope probe to your circuit. It features very low ground inductance which minimizes distortion, thus preserving signal integrity. In a previous vid... <![CDATA[#140: Basics of an Op Amp Summing Amplifier]]> https://stream.echo6.co/w/kuXtRoyMF1R3Lu5f2BgDg5 https://stream.echo6.co/w/kuXtRoyMF1R3Lu5f2BgDg5 Tue, 31 Mar 2026 10:45:28 GMT A tutorial on the basics of an inverting and non-inverting summing amplifier using an op amp. The video assumes a basic knowledge of how inverting and non-inverting amplifiers using op amps work. If you are unfamiliar with this, I'd recommend viewing my video on how to easily understand the operation of most opamp circuits:
http://www.youtube.com/watch?v=K03Rom3Cs28
or Dave Jones (EEVBlog)'s video on op amp basics:
http://www.youtube.com/watch?v=7FYHt5XviKc
The theory is presented, and measurements are made on the bench using the same circuit configurations shown in the theory. The circuit on the bench is based on an LM358 op amp powered off of a +/-15V split power supply. The analysis of this circuit is done using superposition (http://en.wikipedia.org/wiki/Superposition_theorem)
A copy of the notes in the video can be found here:
http://www.qsl.net/w/w2aew//youtube/Opamp_summing_amplifier.pdf

]]> (YT)W2AEW nonadult #140: Basics of an Op Amp Summing Amplifier A tutorial on the basics of an inverting and non-inverting summing amplifier using an op amp. The video assumes a basic knowledge of how inverting and non-inverting amplifiers using op amps work. If you are unfamiliar with this, I'd recommend vi... <![CDATA[#141: What is an Eye Pattern on an Oscilloscope - A Tutorial]]> https://stream.echo6.co/w/wVW6EHvvTtYeMEH6hpE9gm https://stream.echo6.co/w/wVW6EHvvTtYeMEH6hpE9gm Tue, 31 Mar 2026 10:45:04 GMT This video describes the basic concept behind eye patterns on an oscilloscope and how they can be used to evaluate the quality and signal integrity of a serial bit stream or data stream. It discusses how signal impairments such as jitter, ringing, overshoot, undershoot, noise, etc. can all be evaluated on a serial bit stream using an eye pattern.

]]> (YT)W2AEW nonadult #141: What is an Eye Pattern on an Oscilloscope - A Tutorial This video describes the basic concept behind eye patterns on an oscilloscope and how they can be used to evaluate the quality and signal integrity of a serial bit stream or data stream. It discusses how signal impairments such as jitter, ringing,... <![CDATA[#155: Circuit Fun: Auto-ranging Analog Voltmeter for a variable power supply]]> https://stream.echo6.co/w/aRzV3Tg1QMcWW8Uxg4txvL https://stream.echo6.co/w/aRzV3Tg1QMcWW8Uxg4txvL Tue, 31 Mar 2026 10:44:49 GMT This video describes and demonstrates a fun little circuit that is designed to create a automatically switching, dual-range analog voltmeter which is intended to be built into a variable power supply. By using two ranges, it permits accurately setting a low voltage such as 3.3 or 5V, as well as accurately setting a higher voltage like 24V. Setting a low voltage using a high voltage meter is not very precise, hence the reason I put this together. The circuit is demonstrated, and the schematic is reviewed to describe the operation.

Of course, there are many ways this can be done - this is just one example. It uses one of my favorite little analog ICs, the LM10 op amp and reference. The LM10 (designed by the legendary Bob Widlar) is used as a voltage reference and comparator with hysteresis. A zener diode is used as a shunt regulator. There's an indicator LED to show when the meter is in the high range, and a 2N7000 enhancement mode n-channel MOSFET is used to change the resistors associated with the analog meter.

A PDF of the drawings can be found here:
http://www.qsl.net/w/w2aew//youtube/Automatic_dualrange_analog_voltmeter.pdf

]]> (YT)W2AEW nonadult #155: Circuit Fun: Auto-ranging Analog Voltmeter for a variable power supply This video describes and demonstrates a fun little circuit that is designed to create a automatically switching, dual-range analog voltmeter which is intended to be built into a variable power supply. By using two ranges, it permits accurately se... <![CDATA[#144: Use Arduino Uno to create spinning XY graphic on an Oscilloscope]]> https://stream.echo6.co/w/nmAJSisDEfruNap6BASp7G https://stream.echo6.co/w/nmAJSisDEfruNap6BASp7G Tue, 31 Mar 2026 10:44:26 GMT This short video presents a simple project to create a spinning figure on an oscilloscope using an Arduino Uno and a pair of R2R digital-to-analog converters. This project is the result of combining a couple of ideas from past projects into one. Here are links to the projects mentioned in the video:
Johngineer's Oscilloscope Christmas Tree blog:
http://www.johngineer.com/blog/?p=648
Drawing XY Graphics using an Arduino video:
http://www.youtube.com/watch?v=Dx9N91FnPdo
R2R Ladder Digital to Analog Converter video:
http://www.youtube.com/watch?v=AulX1OM7RwE
Arduino code:
https://www.qsl.net/w/w2aew//code/

]]> (YT)W2AEW nonadult #144: Use Arduino Uno to create spinning XY graphic on an Oscilloscope This short video presents a simple project to create a spinning figure on an oscilloscope using an Arduino Uno and a pair of R2R digital-to-analog converters. This project is the result of combining a couple of ideas from past projects into one. ... <![CDATA[#114: Tutorial: Common Emitter, Common Collector, and Common Base Transistor amplifiers]]> https://stream.echo6.co/w/dq6w1dgDVGNkSNehdNLL2P https://stream.echo6.co/w/dq6w1dgDVGNkSNehdNLL2P Tue, 31 Mar 2026 10:42:15 GMT Back to Basics tutorial on the fundamentals of the three bipolar transistor amplifier topologies. The basic configuration and characteristics of each type of amplifier are discussed and demonstrated. This video does not provide detailed design instruction, but rather just a basic introduction to each type, their basic characteristics and applications, and demonstrations of their operation. A copy of the video drawings can be found here:
http://www.qsl.net/w/w2aew//youtube/Common_Emitter_CC_CB_amplifiers.pdf

]]> (YT)W2AEW nonadult #114: Tutorial: Common Emitter, Common Collector, and Common Base Transistor amplifiers Back to Basics tutorial on the fundamentals of the three bipolar transistor amplifier topologies. The basic configuration and characteristics of each type of amplifier are discussed and demonstrated. This video does not provide detailed design in... <![CDATA[#113: Basics of Transistor bias point and the class of amplifier operation]]> https://stream.echo6.co/w/ap2skcJ3DRAKFJFKtB5W2j https://stream.echo6.co/w/ap2skcJ3DRAKFJFKtB5W2j Tue, 31 Mar 2026 10:41:44 GMT Please note that towards the end of this video, where I am showing different bias conditions, that the resistor connected from base to ground is actually 4.7kohms, not 2.7k as shown in the video. This is corrected in the show notes available below. This video gives the basics of the bias point, also called operating or quiescent point, of a bipolar transistor (BJT). For a BJT, there are three operating regions: Cutoff, Active and Saturation (note, these names differ a little when dealing with FETs). The Q-point will influence the "class of operation" of an amplifier circuit. Class A, B, C and AB are discussed and demonstrated. A copy of the video drawings can be found here:
http://www.qsl.net/w/w2aew//youtube/Bias_point_and_Class_of_operation.pdf

]]> (YT)W2AEW nonadult #113: Basics of Transistor bias point and the class of amplifier operation Please note that towards the end of this video, where I am showing different bias conditions, that the resistor connected from base to ground is actually 4.7kohms, not 2.7k as shown in the video. This is corrected in the show notes available below... <![CDATA[#119: Basics of Resolution Bandwidth and Video Bandwidth in a Spectrum Analyzer (RBW VBW)]]> https://stream.echo6.co/w/uhUFH2ndYP3P4aDcbPSwmW https://stream.echo6.co/w/uhUFH2ndYP3P4aDcbPSwmW Tue, 31 Mar 2026 10:41:32 GMT This is a tutorial and demonstration of the basics of the Resolution BW (RBW) and Video BW (VBW) functions in a Spectrum Analyzer. You may wish to review the "Basics of a Spectrum Analyzer" video if you are unfamiliar with the basic functions and block diagram of a swept spectrum analyzer. Here is the link for that video:
http://www.youtube.com/watch?v=4Y6ji0QBsww
This video covers the definition of these terms, where they exist in the analyzer, what they do, and the effects they have on the displayed results.

]]> (YT)W2AEW nonadult #119: Basics of Resolution Bandwidth and Video Bandwidth in a Spectrum Analyzer (RBW VBW) This is a tutorial and demonstration of the basics of the Resolution BW (RBW) and Video BW (VBW) functions in a Spectrum Analyzer. You may wish to review the "Basics of a Spectrum Analyzer" video if you are unfamiliar with the basic functions and... <![CDATA[#136: What is a dB, dBm, dBu, dBc, etc. on a Spectrum Analyzer?]]> https://stream.echo6.co/w/3Ci9bvx5kWzhcd9SiFDvro https://stream.echo6.co/w/3Ci9bvx5kWzhcd9SiFDvro Tue, 31 Mar 2026 10:41:18 GMT This tutorial video gives the basics of the typical amplitude units used on a spectrum analyzer. It gives a basic description of the electronic definition of the decibel (dB), some of the properties of the dB, why it is used. It describes that the dB is a relative measurement. These relative measurements can be expressed as absolute measurements when a known reference is used/implied. This is where the terms dBm, dBu, dBmv, etc. come from. Finally, the term dBc is described. Each of the descriptions is followed with practical examples and demonstrations on an oscilloscope and spectrum analyzer. Notes from the video are here:
http://www.qsl.net/w/w2aew//youtube/What_is_dBm_dB_dBc_etc.pdf

]]> (YT)W2AEW nonadult #136: What is a dB, dBm, dBu, dBc, etc. on a Spectrum Analyzer? This tutorial video gives the basics of the typical amplitude units used on a spectrum analyzer. It gives a basic description of the electronic definition of the decibel (dB), some of the properties of the dB, why it is used. It describes that t... <![CDATA[#143: Transmission Line Terminations for Digital and RF signals - Intro/Tutorial]]> https://stream.echo6.co/w/nC4xVPaZArRB5QWDXye9X6 https://stream.echo6.co/w/nC4xVPaZArRB5QWDXye9X6 Tue, 31 Mar 2026 10:40:57 GMT An introduction to why and when terminations are needed for transmission lines in both high speed digital applications and RF applications. 50 ohm termination examples are given, but the principles apply for other line impedances as well. The basic operating principles of signal propagation down a transmission line and the effects of reflections coming from improperly terminated are covered. Examples for digital-like signals as well as RF signals are given. A description and examples of what is meant by Standing Waves is also given. As a bonus, the properties of quarter wavelength transmission lines in RF applications is also presented. Notes from the video can be found here:
http://www.qsl.net/w/w2aew//youtube/Transmission_Line_Terminations_Digital_RF.pdf

]]> (YT)W2AEW nonadult #143: Transmission Line Terminations for Digital and RF signals - Intro/Tutorial An introduction to why and when terminations are needed for transmission lines in both high speed digital applications and RF applications. 50 ohm termination examples are given, but the principles apply for other line impedances as well. The bas... <![CDATA[#153: How to tune up a Kenwood TS-830S hybrid rig / transceiver | TS-520 TS-530 TS-820]]> https://stream.echo6.co/w/bSGwNEackgRdbZKVP3tQfP https://stream.echo6.co/w/bSGwNEackgRdbZKVP3tQfP Tue, 31 Mar 2026 10:40:42 GMT A quick video showing the proper procedure to quickly tune up the transmitter on a Kenwood hybrid rig like the TS-830S, TS-820S, TS-530S, TS-520S, etc. using the DRIVE, PLATE, LOAD, CAR and MIC gain controls. As always, you should tune up into a dummy load if available. Also, be sure to limit the transmit time while tuning to about 10 seconds or less. This is based on the user manual, and the excellent how-to guide offered on Terry K9TW's website http://www.k9tw.com.
Of course, this video assumes that the rig is in proper operating conditions, with good tubes/valves, and properly aligned.

]]> (YT)W2AEW nonadult #153: How to tune up a Kenwood TS-830S hybrid rig / transceiver | TS-520 TS-530 TS-820 A quick video showing the proper procedure to quickly tune up the transmitter on a Kenwood hybrid rig like the TS-830S, TS-820S, TS-530S, TS-520S, etc. using the DRIVE, PLATE, LOAD, CAR and MIC gain controls. As always, you should tune up into a d... <![CDATA[#125: Tektronix MDO4000B Enhancements - RF specs, Signal Analysis and WLAN WiFi Example]]> https://stream.echo6.co/w/rvtviVjGEEsppTmk59CuhF https://stream.echo6.co/w/rvtviVjGEEsppTmk59CuhF Tue, 31 Mar 2026 10:40:25 GMT This video presents the performance and feature enhancements included in the "B" version of the Tektronix MDO4000B series Mixed Domain Oscilloscope. For an introduction to the MDO, please see this video:
http://www.youtube.com/watch?v=x1oe45DP1_4
The B version includes performance enhancements on the Spectrum Analyzer, as well as a live-link to a comprehensive vector signal analysis software package called SignalVu-PC. This is the same analysis that is native to the Tektronix RSA Realtime Spectrum/Signal Analyzers. With this live link to SignalVu-PC, the MDO becomes a 1GHz wide vector signal analyzer. This includes enough analysis bandwidth to analyze the new 802.11ac WiFi/WLAN signals which utilize up to 160MHz channels. An example of basic vector signal analysis is shown, as well as an 802.11ac signal example.

]]> (YT)W2AEW nonadult #125: Tektronix MDO4000B Enhancements - RF specs, Signal Analysis and WLAN WiFi Example This video presents the performance and feature enhancements included in the "B" version of the Tektronix MDO4000B series Mixed Domain Oscilloscope. For an introduction to the MDO, please see this video: http://www.youtube.com/watch?v=x1oe45DP1_... <![CDATA[#137: Why your Function Generator's output voltage reading can be wrong]]> https://stream.echo6.co/w/6Hf6whjyVnf35B56oZgHyp https://stream.echo6.co/w/6Hf6whjyVnf35B56oZgHyp Tue, 31 Mar 2026 10:39:48 GMT This video reviews the two most common reasons why the output amplitude setting on a function or signal generator doesn't match what is read on an oscilloscope. This can be due to an incorrect attenuation setting on the scope, but is most commonly due to the fact that the generator is not presented with the load impedance that it is expecting. To correct this most common case, you can either use the correct load impedance, or tell the generator what load you are presenting it with.

]]> (YT)W2AEW nonadult #137: Why your Function Generator's output voltage reading can be wrong This video reviews the two most common reasons why the output amplitude setting on a function or signal generator doesn't match what is read on an oscilloscope. This can be due to an incorrect attenuation setting on the scope, but is most commonl... <![CDATA[#162: How to measure coax velocity factor VF and impedance Z]]> https://stream.echo6.co/w/t3j5hfbE8oNKwzwbbHA4AX https://stream.echo6.co/w/t3j5hfbE8oNKwzwbbHA4AX Tue, 31 Mar 2026 10:39:30 GMT This video shows some simple ways to measure the velocity factor (VF) and impedance of a known length of coax. (Please pardon the simple decimal point error in the metric conversion - see the annotations inline in the video - sorry about that!)
It uses a simple TDR technique using a cheap homemade fast-edge pulse generator, as detailed in this video:
https://www.youtube.com/watch?v=9cP6w2odGUc
which is based on the simple schmitt trigger oscillator shown in this video:
https://www.youtube.com/watch?v=NuXitMK3HSA
Here is a companion video that shows how to measure the length of a piece of coax, assuming that you know the VF:
https://www.youtube.com/watch?v=Il_eju4D_TM

]]> (YT)W2AEW nonadult #162: How to measure coax velocity factor VF and impedance Z This video shows some simple ways to measure the velocity factor (VF) and impedance of a known length of coax. (Please pardon the simple decimal point error in the metric conversion - see the annotations inline in the video - sorry about that!) ... <![CDATA[#142: Basics of High Voltage Probes and how to use them]]> https://stream.echo6.co/w/iBhipK8d3uAR3eL5sUrYNV https://stream.echo6.co/w/iBhipK8d3uAR3eL5sUrYNV Tue, 31 Mar 2026 10:38:55 GMT The basics of old-school high voltage probes that are used with multimeters, VTVMs and DMMs. The basic theory of operation, construction and use of these probes is presented. Some cautions about some unexpected behavior of modern DMMs is also presented. PLEASE NOTE: HIGH VOLTAGE CAN BE VERY DANGEROUS - DO NOT ATTEMPT TO MAKE ANY HIGH VOLTAGE MEASUREMENTS IF YOU DO NOT KNOW WHAT YOU ARE DOING. THIS VIDEO DOES NOT PRESENT ALL OF THE NECESSARY PRECAUTIONS THAT NEED TO BE TAKEN WHEN MEASURING HIGH VOLTAGE.

]]> (YT)W2AEW nonadult #142: Basics of High Voltage Probes and how to use them The basics of old-school high voltage probes that are used with multimeters, VTVMs and DMMs. The basic theory of operation, construction and use of these probes is presented. Some cautions about some unexpected behavior of modern DMMs is also pr... <![CDATA[#132: How to test MOSFETs with a DMM - a few methods...]]> https://stream.echo6.co/w/ucgxjyQxtPBrVvYpdqAwgh https://stream.echo6.co/w/ucgxjyQxtPBrVvYpdqAwgh Tue, 31 Mar 2026 10:38:33 GMT This video shows a couple of methods you can use to test enhancement-mode MOSFETs. An N-channel device is used in this video, but the same procedure can be followed for P-channel by simply properly changing the polarity. The operation of the MOSFET as a switch is easily tested with just a DMM using the diode test function. Also, a very simple test circuit is shown that will give a bit more insight into the operation of the MOSFET.

]]> (YT)W2AEW nonadult #132: How to test MOSFETs with a DMM - a few methods... This video shows a couple of methods you can use to test enhancement-mode MOSFETs. An N-channel device is used in this video, but the same procedure can be followed for P-channel by simply properly changing the polarity. The operation of the MOS... <![CDATA[#127: Repair Log, Part 2: Icom IC-706MkIIG flex circuit replacement - DIY repair]]> https://stream.echo6.co/w/cwcYShzjtgQiBdusZrvin1 https://stream.echo6.co/w/cwcYShzjtgQiBdusZrvin1 Tue, 31 Mar 2026 10:38:24 GMT This video shows how to replace the flex circuit that connects the main board to the front panel connector on the Icom IC-706MkIIG transceiver. It is a followup video from the Part 1 Repair Log which showed the repair / re-soldering of a connector on the main board. Part 1 can be found here:
http://www.youtube.com/watch?v=tWRpJhlE5kU

]]> (YT)W2AEW nonadult #127: Repair Log, Part 2: Icom IC-706MkIIG flex circuit replacement - DIY repair This video shows how to replace the flex circuit that connects the main board to the front panel connector on the Icom IC-706MkIIG transceiver. It is a followup video from the Part 1 Repair Log which showed the repair / re-soldering of a connecto... <![CDATA[#208: Visualizing RF Standing Waves on Transmission Lines]]> https://stream.echo6.co/w/gvMtjYHxo1DKo8HTGj3B8G https://stream.echo6.co/w/gvMtjYHxo1DKo8HTGj3B8G Tue, 31 Mar 2026 10:12:36 GMT This video illustrates how RF (radio frequency) standing waves are created in transmission lines - through the addition of the forward (transmitted) wave and the reflected wave that results from improperly terminating the line or matching the load or antenna to the transmission line impedance. I have done several videos that relate to transmission lines, terminations and reflections - all of which tell a piece of the story. This video is another piece, and I hope it helps you to understand how standing waves are formed and what the "look" like. This wikipedia link has some great graphics (shown in my video):
https://en.wikipedia.org/wiki/Standing_wave_ratio
Here's my video on transmission lines and terminations:
https://www.youtube.com/watch?v=g_jxh0Qe_FY
Measuring the length and impedance of coax:
https://www.youtube.com/watch?v=Il_eju4D_TM
How a directional coupler works:
https://www.youtube.com/watch?v=byF1FLdbUiA
Measure velocity factor of coax:
https://www.youtube.com/watch?v=TpIIftvQPFM
RF Detector Probe used in this video:
https://www.youtube.com/watch?v=C8SKiyJUAlU
Brilliant mechanical explanation and demonstration of wave propagation and reflections, courtesy of Bell Labs:
https://www.youtube.com/watch?v=DovunOxlY1k
...and if you read this far, here's a challenge...
Brownie points to you if you can tell me how I created the "sliding" waveforms and displayed the static standing wave in the first half of the video.

Update: This video got posted on Hackaday!
http://hackaday.com/2015/08/06/visualizing-rf-standing-waves/

]]> (YT)W2AEW nonadult #208: Visualizing RF Standing Waves on Transmission Lines This video illustrates how RF (radio frequency) standing waves are created in transmission lines - through the addition of the forward (transmitted) wave and the reflected wave that results from improperly terminating the line or matching the load... <![CDATA[#18: Use Oscilloscope with delayed time base to measure a RF Power detector]]> https://stream.echo6.co/w/1reavXqgt1uzTvseusKXUY https://stream.echo6.co/w/1reavXqgt1uzTvseusKXUY Sun, 22 Mar 2026 04:06:00 GMT This video shows how I used a scope and a signal generator to perform a quick check on the proper behavior of a broadband RF Power Detector that I recently picked up at a hamfest. The signal generator is setup to produce a pulsed RF signal, and the scope is used to look at both the RF signal as well as the RF detector output signal. The delayed timebase feature of the scope is used to zoom into the rising and falling edges of the RF pulse so that the response speed of the detector can be observed. It is also shown that for this type of detector, the response is a strong function of the load presented at the detector output.

]]> (YT)W2AEW nonadult #18: Use Oscilloscope with delayed time base to measure a RF Power detector This video shows how I used a scope and a signal generator to perform a quick check on the proper behavior of a broadband RF Power Detector that I recently picked up at a hamfest. The signal generator is setup to produce a pulsed RF signal, and t...