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Antenna #26. Understanding Antenna Radiation Patterns | Isotropic, Omnidirectional & Directional

Antenna #26. Understanding Antenna Radiation Patterns | Isotropic, Omnidirectional & Directional Technologies Discussion

85 views - 5 days ago

EMC #33. Inside an EMI Compliance Lab: How Radiated Emissions Testing Works for Electronic Products

EMC #33. Inside an EMI Compliance Lab: How Radiated Emissions Testing Works for Electronic Products Technologies Discussion

188 views - 3 weeks ago

Filter Design #6. Design a Cascade Low Pass Filter Using Image Parameters, Constant-k & m-Derived.

Filter Design #6. Design a Cascade Low Pass Filter Using Image Parameters, Constant-k & m-Derived. Technologies Discussion

73 views - 1 month ago

Filter Design #4. Digital & Analog Filters: Transfer Function, Poles, Zeros & Freq Response Guide.

Filter Design #4. Digital & Analog Filters: Transfer Function, Poles, Zeros & Freq Response Guide. Technologies Discussion

184 views - 1 month ago

Link Budget #2. Large-Scale Vs Small-Scale Fading Explained Why Wireless Signals Suddenly Weaken?

Link Budget #2. Large-Scale Vs Small-Scale Fading Explained Why Wireless Signals Suddenly Weaken? Technologies Discussion

135 views - 1 month ago

Impedance Matching #2. Why Max Power Transfer Requires Load Complex Conjugate Matching of Source

Impedance Matching #2. Why Max Power Transfer Requires Load Complex Conjugate Matching of Source Technologies Discussion

276 views - 2 months ago

RF Mixer #3. Mixer Parameters Explained: Gain, Isolation, IP3, 1dB Compression, Noise Figure & IMD

RF Mixer #3. Mixer Parameters Explained: Gain, Isolation, IP3, 1dB Compression, Noise Figure & IMD Technologies Discussion

215 views - 2 months ago

Antenna #25. Quarter Wave Monopole Antenna Masterclass | Design, Working, Uses & Dipole Comparison

Antenna #25. Quarter Wave Monopole Antenna Masterclass | Design, Working, Uses & Dipole Comparison Technologies Discussion

357 views - 2 months ago

LPWAN #7. How Can IoT Devices Transmit Miles Away Using So Little Power? LPWAN Technology Explained

LPWAN #7. How Can IoT Devices Transmit Miles Away Using So Little Power? LPWAN Technology Explained Technologies Discussion

106 views - 3 months ago

Satellite Communication #6. Freq Allocation for Satellite: L-, S-, C-, X-, Ku-, Ka- & V-Bands

Satellite Communication #6. Freq Allocation for Satellite: L-, S-, C-, X-, Ku-, Ka- & V-Bands Technologies Discussion

648 views - 3 months ago

Antenna #24. Why λ/2 Dipole Ant Length Precision Matters: Resonance, Current Flow & VSWR Explained

Antenna #24. Why λ/2 Dipole Ant Length Precision Matters: Resonance, Current Flow & VSWR Explained Technologies Discussion

1.1K views - 3 months ago

Antenna #23. Dipole Antenna Explained (Animated): How It Works, Radiation Pattern, Impedance & Uses

Antenna #23. Dipole Antenna Explained (Animated): How It Works, Radiation Pattern, Impedance & Uses Technologies Discussion

1.3K views - 3 months ago

Digital Communication #11. Why Data Rate Has a Limit? Shannon-Hartley Theorem, SNR, Capacity Explain

Digital Communication #11. Why Data Rate Has a Limit? Shannon-Hartley Theorem, SNR, Capacity Explain Technologies Discussion

108 views - 4 months ago

RF Mixer #2. Roles, Importance & Applications of RF Mixers in RF & Microwave Communication Systems.

RF Mixer #2. Roles, Importance & Applications of RF Mixers in RF & Microwave Communication Systems. Technologies Discussion

317 views - 4 months ago

Digital Communication #10. How Scramblers & Descramblers Improve Data Transmission | Math & Working

Digital Communication #10. How Scramblers & Descramblers Improve Data Transmission | Math & Working Technologies Discussion

283 views - 4 months ago

RF Mixer #1. What Is an RF Mixer? Working Principle, Key Specifications & Its Role in RF Circuits.

RF Mixer #1. What Is an RF Mixer? Working Principle, Key Specifications & Its Role in RF Circuits. Technologies Discussion

897 views - 4 months ago

Digital Communication #9. What is Scrambling? How Scrambling Works Vs Encryption. For Beginners.

Digital Communication #9. What is Scrambling? How Scrambling Works Vs Encryption. For Beginners. Technologies Discussion

316 views - 5 months ago

Digital Communication #8. Line Coding: Manchester, Differential Manchester, AMI & Pseudoternary

Digital Communication #8. Line Coding: Manchester, Differential Manchester, AMI & Pseudoternary Technologies Discussion

178 views - 5 months ago

Digital Communication #7. Line Coding Techniques: Difference Between Unipolar, Polar & Bipolar Line

Digital Communication #7. Line Coding Techniques: Difference Between Unipolar, Polar & Bipolar Line Technologies Discussion

260 views - 5 months ago

Digital Communication #6. Basics: Bit Rate, Symbol Rate, Channel Rate & Data Rate Explained Simply

Digital Communication #6. Basics: Bit Rate, Symbol Rate, Channel Rate & Data Rate Explained Simply Technologies Discussion

311 views - 5 months ago

Digital Communication #5. Attenuation, Noise, Distortion, Latency: Transmission Impairment Explained

Digital Communication #5. Attenuation, Noise, Distortion, Latency: Transmission Impairment Explained Technologies Discussion

374 views - 5 months ago

Digital Communication #4. Advantages & Disadvantages of Digital Communication (Digital Modulation)

Digital Communication #4. Advantages & Disadvantages of Digital Communication (Digital Modulation) Technologies Discussion

167 views - 6 months ago

ADC #4. Full Process: ADC (Sampling, Quantization, Encoding), Modulation (ASK, FSK, PSK) & DAC

ADC #4. Full Process: ADC (Sampling, Quantization, Encoding), Modulation (ASK, FSK, PSK) & DAC Technologies Discussion

257 views - 6 months ago

Amplitude Modulation #2. How to Derive the Amplitude Modulated Equation & Plot the Freq Spectrum.

Amplitude Modulation #2. How to Derive the Amplitude Modulated Equation & Plot the Freq Spectrum. Technologies Discussion

330 views - 7 months ago

ADC #2. How Analog Signals Become Digital Data: Processes of Quantization & Encoding Explained.

ADC #2. How Analog Signals Become Digital Data: Processes of Quantization & Encoding Explained. Technologies Discussion

357 views - 7 months ago

EMC #73. AC Pwr Supply STRESS Test! EN 61000-4-11: Voltage Dips, Variations, Interruptions Explained

EMC #73. AC Pwr Supply STRESS Test! EN 61000-4-11: Voltage Dips, Variations, Interruptions Explained Technologies Discussion

1.5K views - 7 months ago

Decibel #2. Master dB & dBm Conversions Easily | Ratio to Decibel Explained with Simple Examples

Decibel #2. Master dB & dBm Conversions Easily | Ratio to Decibel Explained with Simple Examples Technologies Discussion

456 views - 7 months ago

ADC #1. Analog to Digital Conversion Explained: Sampling, Quantization & Encoding for Beginners.

ADC #1. Analog to Digital Conversion Explained: Sampling, Quantization & Encoding for Beginners. Technologies Discussion

2.3K views - 8 months ago

Digital Communication #1. Digital Transceiver Components Explained | Source, Encoder & Encryption

Digital Communication #1. Digital Transceiver Components Explained | Source, Encoder & Encryption Technologies Discussion

452 views - 8 months ago

S/N Ratio #3: Noise Ratio & Noise Figure Explained | Why Signal Strength Degrades in RF Systems

S/N Ratio #3: Noise Ratio & Noise Figure Explained | Why Signal Strength Degrades in RF Systems Technologies Discussion

278 views - 8 months ago

Decibel #1. NEVER Mix Up dB & dBm Again! The REAL Reason We Use Them for Power, Gain & RF Explained

Decibel #1. NEVER Mix Up dB & dBm Again! The REAL Reason We Use Them for Power, Gain & RF Explained Technologies Discussion

864 views - 8 months ago

Antenna #22. Compare Antenna Performance by 3D Radiation Pattern, 2D Polar, 2D Cartesian Coordinate.

Antenna #22. Compare Antenna Performance by 3D Radiation Pattern, 2D Polar, 2D Cartesian Coordinate. Technologies Discussion

786 views - 8 months ago

AI #4. How AI’s 5 Core Components Power Autonomous Vehicles | Future of Transportation Case Study.

AI #4. How AI’s 5 Core Components Power Autonomous Vehicles | Future of Transportation Case Study. Technologies Discussion

111 views - 9 months ago

AI #3. Mastering Perception & Language Understanding in Artificial Intelligence | Full AI Breakdown.

AI #3. Mastering Perception & Language Understanding in Artificial Intelligence | Full AI Breakdown. Technologies Discussion

130 views - 9 months ago

AI #2. Reasoning Vs Problem-Solving Explained: Why Thinking First Beats Solving Problems Instantly.

AI #2. Reasoning Vs Problem-Solving Explained: Why Thinking First Beats Solving Problems Instantly. Technologies Discussion

170 views - 9 months ago

AI #1. Master AI Components: Learning, Reasoning, Problem-Solving, Perception & Language Understand.

AI #1. Master AI Components: Learning, Reasoning, Problem-Solving, Perception & Language Understand. Technologies Discussion

463 views - 9 months ago

EMC #28. Shielding Design: Near Field, Low Freq (E- & H-field) & Far Field, High Freq (Plane Wave)

EMC #28. Shielding Design: Near Field, Low Freq (E- & H-field) & Far Field, High Freq (Plane Wave) Technologies Discussion

2.7K views - 10 months ago

EMC #21. EMI Shielding: Absorption Vs Reflection. How to Design EMC Shields to Block Interference.

EMC #21. EMI Shielding: Absorption Vs Reflection. How to Design EMC Shields to Block Interference. Technologies Discussion

1.6K views - 10 months ago

How 5G, Edge Computing & Portable Cloud Making Supercomputing Power Cheap & Accessible for Everyone.

How 5G, Edge Computing & Portable Cloud Making Supercomputing Power Cheap & Accessible for Everyone. Technologies Discussion

86 views - 10 months ago

Satellite Communication #5. Apogee & Perigee, Ascend & Descend Nodes, Line of Apsides & Eccentricity

Satellite Communication #5. Apogee & Perigee, Ascend & Descend Nodes, Line of Apsides & Eccentricity Technologies Discussion

413 views - 10 months ago

S-Parameters #10. What is De-embedding? Shift Reference Planes for Accurate VNA Measurements.

S-Parameters #10. What is De-embedding? Shift Reference Planes for Accurate VNA Measurements. Technologies Discussion

1.6K views - 10 months ago

Antenna #21. How to Use Friis Transmission Formula to Derive Free Space Path Loss (FSPL) Equation.

Antenna #21. How to Use Friis Transmission Formula to Derive Free Space Path Loss (FSPL) Equation. Technologies Discussion

1.5K views - 11 months ago

Radio Wave Propagation #2. Maximize Space Wave Range! Direct & Ground Reflected Waves Explained.

Radio Wave Propagation #2. Maximize Space Wave Range! Direct & Ground Reflected Waves Explained. Technologies Discussion

664 views - 11 months ago

Transmission Line #1. Circuit Theory, Short Breaks Down Here! Impedance, Wavelength & Why It Matters

Transmission Line #1. Circuit Theory, Short Breaks Down Here! Impedance, Wavelength & Why It Matters Technologies Discussion

3.3K views - 11 months ago

Power Divider #5. The 3dB Loss Mystery: Why T-Junction Resistive Dividers Waste 50% of Power.

Power Divider #5. The 3dB Loss Mystery: Why T-Junction Resistive Dividers Waste 50% of Power. Technologies Discussion

458 views - 11 months ago

Antenna #20. Complete Friis Transmission Equation Tutorial. Derivation + Receiver Power (Pr) Example

Antenna #20. Complete Friis Transmission Equation Tutorial. Derivation + Receiver Power (Pr) Example Technologies Discussion

908 views - 1 year ago

Microwave #2. The Physics Behind Radio Freq: Gauss, Faraday & Ampere’s Laws That Changed Everything

Microwave #2. The Physics Behind Radio Freq: Gauss, Faraday & Ampere’s Laws That Changed Everything Technologies Discussion

2.2K views - 1 year ago

ZigBee #1. How This Global Standard Power Smart Applications with Low Cost, Long Battery Life & More

ZigBee #1. How This Global Standard Power Smart Applications with Low Cost, Long Battery Life & More Technologies Discussion

186 views - 1 year ago

Multiple Access #2. Network Sharing: Multiplexing Vs Multiple Access Methods. Sharing Resources.

Multiple Access #2. Network Sharing: Multiplexing Vs Multiple Access Methods. Sharing Resources. Technologies Discussion

362 views - 1 year ago

Multiple Access #1. Transmission Modes Made Simple: A Guide to Simplex, Half Duplex & Full Duplex.

Multiple Access #1. Transmission Modes Made Simple: A Guide to Simplex, Half Duplex & Full Duplex. Technologies Discussion

536 views - 1 year ago

S-Parameters #5. Lossless & Reciprocal Networks Explained | Input Return Loss, S11 & Matching Basics

S-Parameters #5. Lossless & Reciprocal Networks Explained | Input Return Loss, S11 & Matching Basics Technologies Discussion

725 views - 1 year ago

S-Parameters #4. Why RF Engineers Use Power Waves Instead of Voltage & Current | S-Matrix Explained

S-Parameters #4. Why RF Engineers Use Power Waves Instead of Voltage & Current | S-Matrix Explained Technologies Discussion

863 views - 1 year ago

Impedance Matching #3. How to Design L-Section Matching Using Series & Shunt Inductor or Capacitor

Impedance Matching #3. How to Design L-Section Matching Using Series & Shunt Inductor or Capacitor Technologies Discussion

2.4K views - 1 year ago

Antenna #19. How to Proof (with Derivation) the Maximum Directivity & Effective Area Relationship.

Antenna #19. How to Proof (with Derivation) the Maximum Directivity & Effective Area Relationship. Technologies Discussion

1.2K views - 1 year ago

Impedance Matching #1. Why RF Uses Matched & Mismatched Design: Max Power Transfer vs Reflection

Impedance Matching #1. Why RF Uses Matched & Mismatched Design: Max Power Transfer vs Reflection Technologies Discussion

3.8K views - 1 year ago

EMC #72. EFT/Burst Test Configuration Setup (IEC/EN61000-4-4). How to Choose Correct Test Levels

EMC #72. EFT/Burst Test Configuration Setup (IEC/EN61000-4-4). How to Choose Correct Test Levels Technologies Discussion

949 views - 1 year ago

EMC #20. Wave Impedance vs Characteristic Impedance for EMC & EMI Shielding Calculations Explained

EMC #20. Wave Impedance vs Characteristic Impedance for EMC & EMI Shielding Calculations Explained Technologies Discussion

540 views - 1 year ago

Amplitude Modulation #1. How Modulating (Data) & Carrier Signals Form the Modulated Amplitude Signal

Amplitude Modulation #1. How Modulating (Data) & Carrier Signals Form the Modulated Amplitude Signal Technologies Discussion

990 views - 1 year ago

Digital Modulation #7. Types of Constellation Diagram Errors: Quadrature, IQ Imbalance & IQ Offset.

Digital Modulation #7. Types of Constellation Diagram Errors: Quadrature, IQ Imbalance & IQ Offset. Technologies Discussion

326 views - 1 year ago

EMC #71. Transient Immunity (IEC / EN 61000-4-4): Electrical Fast Transient EFT/ Burst Immunity Test

EMC #71. Transient Immunity (IEC / EN 61000-4-4): Electrical Fast Transient EFT/ Burst Immunity Test Technologies Discussion

1.4K views - 1 year ago