TSP #304 - Mini-Circuits 37dBm 1GHz Power Amplifier Repair, Teardown & RF Characterization Tutorial

In this episode Shahriar takes a look at benchtop power amplifier unit from Mini-Circuits. The amplifier operates from 0.5 - 1000MHz and can provide over 4W of saturated output power. The amplifier is not functional and provides no gain or output power. The teardown reveals the "hand-made" nature of the multi-stage RF amplifier inside. Although the internal power supply is functional, none of the five internal RF stages have any supply voltage. The problem is traced to a broken small fuse soldered to the main PCB. A new fuse holder is installed. The amplifier is extensively characterized for frequency response, Psat, P1dB, OIP3, NF as well as efficiency. Details of measurements techniques for each parameter is discussed in details. Please consider supporting The Signal Path: https://www.TheSignalPath.com/Donate   / thesignalpath   Other links: https://www.TheSignalPath.com   / thesignalpath  

EEVblog 1752 - Texas Instruments SCREWED UP the NE5532!
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EEVblog 1752 - Texas Instruments SCREWED UP the NE5532!

TSP #266 - Stanford Research DS360 Ultra-Low Distortion Function Gen. Repair, Teardown & Experiments
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TSP #266 - Stanford Research DS360 Ultra-Low Distortion Function Gen. Repair, Teardown & Experiments

Визуализация спектра при работе датчика движения/присутствия в офисной кабинке.
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Визуализация спектра при работе датчика движения/присутствия в офисной кабинке.

9 Voltage Regulators You Should NEVER Use in Your Product
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9 Voltage Regulators You Should NEVER Use in Your Product

Apollo Comms Part 37: Apollo's weirdest (but genius) analog circuit
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Apollo Comms Part 37: Apollo's weirdest (but genius) analog circuit

25W Audio Power Amplifier Design - Part_2 (Class AB Output Design)
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25W Audio Power Amplifier Design - Part_2 (Class AB Output Design)

The most misunderstood concept in decoupling
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The most misunderstood concept in decoupling

TSP #194 - Siglent SSG5060X-V 9kHz - 6GHz RF Vector Signal  Generator Review, Teardown & Experiments
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TSP #194 - Siglent SSG5060X-V 9kHz - 6GHz RF Vector Signal Generator Review, Teardown & Experiments

TSP #230 - Stanford Research Systems SR830 DSP Lock-in Amplifier Teardown, Repair & Experiments
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TSP #230 - Stanford Research Systems SR830 DSP Lock-in Amplifier Teardown, Repair & Experiments

TSP #305 - Keysight 256GS/s, 80GHz Bandwidth M8199B 2-Channel AWG Overview, Teardown & Experiments
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TSP #305 - Keysight 256GS/s, 80GHz Bandwidth M8199B 2-Channel AWG Overview, Teardown & Experiments

#296: SSB & AM RF Envelopes, Peak Envelope Power (PEP), Average Power and more
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#296: SSB & AM RF Envelopes, Peak Envelope Power (PEP), Average Power and more

TSP #201 - Teardown, Repair & Analysis of a Rohde & Schwarz FSL 9kHz - 6GHz Spectrum Analyzer
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TSP #201 - Teardown, Repair & Analysis of a Rohde & Schwarz FSL 9kHz - 6GHz Spectrum Analyzer

Once You Understand it, You Will Think Everything Else is Silly - Toyota E-CVT
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Once You Understand it, You Will Think Everything Else is Silly - Toyota E-CVT

TSP #314 - Sencore PA-81 Stereo Power Amplifier Analyzer Teardown, Repair & Experiments
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TSP #314 - Sencore PA-81 Stereo Power Amplifier Analyzer Teardown, Repair & Experiments

Hardest Repair Ever! Fluke 8508A 8.5 Digit Reference Multimeter
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Hardest Repair Ever! Fluke 8508A 8.5 Digit Reference Multimeter

TSP #217 - Teardown, Tutorial & Experiments with Active/Passive Microwave Band-Pass Filters (APS104)
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TSP #217 - Teardown, Tutorial & Experiments with Active/Passive Microwave Band-Pass Filters (APS104)

Something is jamming GPS over Europe. Here's what we found
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Something is jamming GPS over Europe. Here's what we found

TSP #287 - Rohde & Schwarz 70GHz, 75dB Electromechanical Step Attenuator Teardown & Failure Analysis
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TSP #287 - Rohde & Schwarz 70GHz, 75dB Electromechanical Step Attenuator Teardown & Failure Analysis

TSP #241 - Agilent E8267C 20GHz PSG RF Vector Signal Generator Teardown, Repair & Analysis
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TSP #241 - Agilent E8267C 20GHz PSG RF Vector Signal Generator Teardown, Repair & Analysis

Everything is Better: GaN vs Silicon Power Supplies
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Everything is Better: GaN vs Silicon Power Supplies