Scanned by

    Norton

    Norton™ Safe Web

    #390 Kit Build: CFT1 5-band CW Field Transceiver - build / adjust / align / test

    #390 Kit Build: CFT1 5-band CW Field Transceiver - build / adjust / align / test

    39:41 |
    Download Here

    You Might Also Like:

    #392: Schematic Basics: Multi-position switches in Simpson 260 VOM and Realistic DX-160 Receiver

    #392: Schematic Basics: Multi-position switches in Simpson 260 VOM and Realistic DX-160 Receiver

    15:34 |
    W2AEW channel update and thanks.

    W2AEW channel update and thanks.

    1:08 |
    #390 Kit Build: CFT1 5-band CW Field Transceiver - build / adjust / align / test

    #390 Kit Build: CFT1 5-band CW Field Transceiver - build / adjust / align / test

    39:42 |
    #352: The ULTIMATE Electrical Engineers Toolkit: Analog Designer's Edition

    #352: The ULTIMATE Electrical Engineers Toolkit: Analog Designer's Edition

    3:50 |
    #387: How to build and tune traps for a multi-band End Fed Half Wave (EFHW) antenna

    #387: How to build and tune traps for a multi-band End Fed Half Wave (EFHW) antenna

    11:54 |
    #167: How a Diode Ring Mixer works | Mixer operation theory and measurement

    #167: How a Diode Ring Mixer works | Mixer operation theory and measurement

    13:12 |
    #37: Use a scope to measure the length and impedance of coax

    #37: Use a scope to measure the length and impedance of coax

    10:33 |
    #138: How to Measure Output Impedance

    #138: How to Measure Output Impedance

    10:35 |
    #289: Back to Basics: Zener Diodes - How to Use | Applications | not all created equal

    #289: Back to Basics: Zener Diodes - How to Use | Applications | not all created equal

    15:41 |
    #311: Why are my oscilloscope voltage readings wrong? Top 5 reasons...

    #311: Why are my oscilloscope voltage readings wrong? Top 5 reasons...

    8:15 |
    #391: POTA: First POTA activation with the CFT1 5-Band CW transceiver kit

    #391: POTA: First POTA activation with the CFT1 5-Band CW transceiver kit

    13:23 |
    #337: Use a NanoVNA to measure input impedance and gain of a small-signal RF amplifier

    #337: Use a NanoVNA to measure input impedance and gain of a small-signal RF amplifier

    13:32 |
    #190: Back to Basics: Transistor Current Sources and Mirrors

    #190: Back to Basics: Transistor Current Sources and Mirrors

    18:17 |
    #100: Capacitor self-resonance measured with an oscilloscope and signal generator - how to tutorial

    #100: Capacitor self-resonance measured with an oscilloscope and signal generator - how to tutorial

    9:56 |
    #147: Basics of Varactor Diodes | Voltage Controlled Oscillator VCO Example

    #147: Basics of Varactor Diodes | Voltage Controlled Oscillator VCO Example

    8:27 |
    #388: Build, tune and test a trapped 20/30/40m End Fed Half Wave antenna

    #388: Build, tune and test a trapped 20/30/40m End Fed Half Wave antenna

    9:18 |
    #366: Back to Basics: Basics of the Bipolar Transistor - NPN and PNP

    #366: Back to Basics: Basics of the Bipolar Transistor - NPN and PNP

    23:30 |
    #380: Circuit Fun: Twin-Tee Oscillator - low distortion op amp sine waves

    #380: Circuit Fun: Twin-Tee Oscillator - low distortion op amp sine waves

    12:48 |
    #136: What is a dB, dBm, dBu, dBc, etc. on a Spectrum Analyzer?

    #136: What is a dB, dBm, dBu, dBc, etc. on a Spectrum Analyzer?

    17:41 |
    #312: Back to Basics: What is a VNA / Vector Network Analyzer

    #312: Back to Basics: What is a VNA / Vector Network Analyzer

    16:49 |