Technologies Discussion

Link Budget #2. Difference Between Large-Scale Fading & Small-Scale Fading on Signal Strength

Technologies Discussion

Impedance Matching #2 Reason Why Max Power Transfer Needs Conjugate Matching (Explained Simply!)

Technologies Discussion

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

Technologies Discussion

Antenna #25. Quarter Wave Monopole Antenna Design, Work & Applications. Dipole Vs Monopole Antenna

Technologies Discussion

LPWAN #7. How LPWAN Able to Work with Low Power, Data Rate & BW but with Long Range Explained.

Technologies Discussion

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

Technologies Discussion

Antenna #24. Why Dipole Length Must Be Precise λ2 Resonance, Current Distribution & VSWR Explained

Technologies Discussion

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

Technologies Discussion

Digital Communication #11. Shannon Hartley Theorem Max Data Rate Limit, Channel Capacity & SNR.

Technologies Discussion

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

Technologies Discussion

Digital Communication #10. Scrambler & Descrambler Explained. Improve Efficiency & Reduce Error Fast

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

Digital Communication #8. Polar Manchester & Differential Manchester & Bipolar AMI & Pseudoternary

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

ADC #1. How to Convert Analog to Digital Signal Sampling, Quantizing & Encoding Explained Clearly

Technologies Discussion

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

Technologies Discussion

SN Ratio #3 Noise Ratio & Noise Figure Explained Why Signal Strength Degrades in RF Systems

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion

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

Technologies Discussion