Analog Electronics
Continuous-signal circuit design: amplifiers, filters, oscillators, signal conditioning, and precision measurement circuits.
360 topics · 55 with articles
Intern Engineer· 32 of 40
- AC Power: Real (P), Reactive (Q), Apparent (S), Power FactorArticle coming
- Bode Plot: Magnitude and Phase vs. FrequencyRead
- Capacitor: Charge, Energy, V-I Relationship (I = C dV/dt)Read
- Circuit Sensitivity Analysis: ∂H/∂ComponentRead
- Decibel (dB): Voltage, Current, and Power RatiosRead
- Elmore Delay Model for RC InterconnectsRead
- Energy Storage and Duality in CircuitsArticle coming
- Fourier Series: Harmonic Decomposition of SignalsRead
- Impedance (Z), Admittance (Y), Reactance (X)Read
- Inductor: Flux, Energy, V-I Relationship (V = L dI/dt)Read
- Kirchhoff's Current Law (KCL) and Node AnalysisRead
- Kirchhoff's Voltage Law (KVL) and Mesh AnalysisArticle coming
- LTspice: Schematic Entry and Simulation BasicsRead
- Laplace Transform for Circuit AnalysisRead
- Lumped vs. Distributed Element CircuitsRead
- Maximum Power Transfer Theorem (RL = RS)Read
- Millman's Theorem for Parallel Voltage SourcesRead
- Non-Ideal Components: Parasitic R, L, C EffectsRead
- Norton's Theorem: Equivalent Current SourceArticle coming
- Ohm's Law: V = IR and Power Dissipation P = IVRead
- Phasor Representation and Complex ImpedanceRead
- RC Circuit: Time Constant τ = RC, Charging/DischargingRead
- RL Circuit: Time Constant τ = L/R, Transient ResponseRead
- RLC Parallel Circuit: Anti-Resonance and Impedance PeakRead
- RLC Series Circuit: Resonance, Q-Factor, BandwidthRead
- Reciprocity Theorem and Its ApplicationsRead
- SPICE Simulation: DC, AC, Transient AnalysisRead
- Series and Parallel Resistor CombinationsRead
- Signal Flow Graph and Mason's Gain FormulaArticle coming
- Signal Ground, Chassis Ground, and Earth GroundRead
- Signal Integrity: Reflection, Crosstalk, TerminationArticle coming
- Skin Effect and High-Frequency Conductor LossRead
- Source Transformation: Thevenin ↔ NortonArticle coming
- Superposition Theorem for Linear CircuitsRead
- Thevenin's Theorem: Equivalent Voltage and ResistanceRead
- Transfer Function H(s) and Poles/ZerosRead
- Transmission Line Theory: Characteristic Impedance Z0Read
- Two-Port Network Parameters: Z, Y, H, ABCDRead
- Voltage Divider and Current Divider RulesArticle coming
- Wye (Y) and Delta (Δ) Network TransformationRead
Junior Engineer· 21 of 40
- BJT Current Gain (β, hFE) and Base Current ControlRead
- BJT Frequency Response: fT and fmaxRead
- BJT Operating Regions: Active, Saturation, Cutoff, BreakdownRead
- BJT Small-Signal Model: Hybrid-π and T-ModelArticle coming
- Bipolar Junction Transistor (BJT): NPN and PNP StructureArticle coming
- Complementary MOS (CMOS): NMOS + PMOS PairingArticle coming
- Crystal Structure: Silicon Lattice and Covalent BondsRead
- Depletion Region: Width, Electric Field, Space ChargeRead
- Device Matching and Thermal Runaway in BJT PairsArticle coming
- Diode I-V Characteristic: Shockley EquationRead
- Early Effect: VA, Output Resistance (ro) in BJTRead
- Energy Band Theory: Valence Band, Conduction Band, BandgapArticle coming
- Extrinsic Semiconductor: n-type (Donor) and p-type (Acceptor)Article coming
- Forward Bias: Exponential Current, Knee VoltageArticle coming
- GaN HEMT: Two-Dimensional Electron Gas (2DEG)Article coming
- IGBT: Structure, Characteristics, and ApplicationsRead
- Intrinsic Semiconductor: Carrier Concentration (ni)Article coming
- JFET: N-Channel and P-Channel, Pinch-Off VoltageArticle coming
- LED: Electroluminescence and Wavelength SelectionArticle coming
- MOSFET Short-Channel Effects: DIBL, Velocity SaturationRead
- MOSFET Small-Signal Model: gm, gds, Cgs, CgdArticle coming
- MOSFET Structure: Gate Oxide, Channel, Threshold Voltage VTArticle coming
- MOSFET as Switch: On-Resistance RDS(on) and Gate Charge QgRead
- Moore's Law and Semiconductor Scaling TrendsArticle coming
- NMOS/PMOS I-V Characteristics: Triode and Saturation RegionsRead
- Optoelectronics: Optocoupler Isolation and CTRArticle coming
- PIN Diode: Microwave Switch and Attenuator ApplicationsRead
- Photodiode: Photovoltaic and Photoconductive ModesRead
- Power MOSFET: SOA (Safe Operating Area) and BreakdownRead
- Reverse Bias: Leakage Current, Breakdown MechanismsRead
- Schottky Diode: Metal-Semiconductor Junction, Low VFRead
- SiC MOSFET: Wide Bandgap Advantages for PowerRead
- Thyristor (SCR): Triggering, Latching, CommutationArticle coming
- Transistor Data Sheet Interpretation: Key ParametersRead
- Triac and Diac: AC Power ControlRead
- Tunnel Diode: Negative Resistance RegionArticle coming
- Varactor Diode: Junction Capacitance vs. Voltage (CV Curve)Read
- Zener Diode Voltage Regulator Circuit DesignRead
- Zener Diode: Zener Breakdown and Avalanche BreakdownArticle coming
- p-n Junction Formation and Built-In Potential (V_bi)Article coming
Middle Engineer· 2 of 120
- Absolute Value Circuit (Full-Wave Rectifier)Article coming
- Active Band-Pass Filter: Center Frequency and Q CalculationArticle coming
- Active Clamp and Limiter CircuitsArticle coming
- All-Pass Filter: Constant Amplitude, Phase ShiftArticle coming
- Amplifier Noise Sources: Thermal, Shot, Flicker (1/f)Article coming
- Anti-Aliasing Filter: Design Before ADC SamplingArticle coming
- Antilog (Exponential) Amplifier: Vout = Vref * e^(Vin/K)Article coming
- Auto-Zero and Chopper-Stabilized Op-AmpsArticle coming
- BJT Biasing: Fixed Bias, Emitter Bias, Voltage Divider BiasArticle coming
- BJT Cascode Amplifier: High Gain × Bandwidth ProductArticle coming
- Bessel Filter: Maximally Flat Group Delay (Linear Phase)Article coming
- Biquad Filter: Fleischer-Tow, Tow-Thomas TopologyArticle coming
- Butterworth Filter: Maximally Flat Passband ResponseArticle coming
- CE Amplifier with Emitter Resistance RE (Bypassed/Unbypassed)Article coming
- CMOS Inverter as Amplifier: Voltage Gain and BiasingArticle coming
- CS Amplifier with Source Degeneration RSArticle coming
- Cascading Biquad Sections: Gain Distribution StrategyArticle coming
- Chebyshev Type I: Equiripple Passband, Sharp Roll-OffArticle coming
- Chebyshev Type II: Equiripple Stopband ResponseArticle coming
- Chopper-Stabilized Amplifier for Low-Frequency DriftArticle coming
- Common-Base (CB) Amplifier: High-Frequency, Low RinArticle coming
- Common-Collector (CC) / Emitter Follower: Buffer StageArticle coming
- Common-Drain (CD) / Source Follower: Low Rout BufferArticle coming
- Common-Emitter (CE) Amplifier: Gain, Rin, RoutArticle coming
- Common-Gate (CG) Amplifier: High-Frequency, Low RinArticle coming
- Common-Mode Rejection Ratio (CMRR) MeasurementArticle coming
- Comparator vs. Op-Amp: Slew Rate and Open-Loop UseArticle coming
- Compensation Techniques: Lead, Lag, Lead-LagArticle coming
- Component Selection for Precision Filters (1% Resistors, NP0 Caps)Article coming
- Current Mirror: Simple, Wilson, Cascode, Wide-SwingArticle coming
- Current-Feedback Amplifier (CFA): Bandwidth IndependenceArticle coming
- Darlington Pair: High Current Gain ConfigurationArticle coming
- Decompensated Op-Amp: Use with High Gain OnlyArticle coming
- Difference Amplifier: CMRR and Resistor MatchingRead
- Differential Amplifier (BJT): CMRR and Tail Current SourceArticle coming
- Differential Pair (MOSFET): Tail Current Source DesignArticle coming
- Differentiator Circuit: Output = -RC dVin/dtArticle coming
- Digital vs. Analog Filter Trade-offsArticle coming
- Distortion: THD (Total Harmonic Distortion) MeasurementArticle coming
- Dynamic Range and Spurious-Free Dynamic Range (SFDR)Article coming
- EMI Filtering: Common-Mode and Differential-ModeArticle coming
- Elliptic (Cauer) Filter: Equiripple in Both BandsArticle coming
- Filter Approximation Selection: Trade-offs SummaryArticle coming
- Filter Classification: LP, HP, BP, Band-Stop (Notch)Article coming
- Filter Measurement: Frequency Response with Network AnalyzerArticle coming
- Filter Order and Roll-Off Rate: -20 dB/decade per OrderArticle coming
- Filter PCB Layout: Guard Rings, Ground Plane, ShieldingArticle coming
- Filter Prototype Tables: Normalized Component ValuesArticle coming
- Filter Q Factor: Effect on Stability and SensitivityArticle coming
- Frequency Response: Low-Frequency Poles (Coupling Caps)Article coming
- Friis Formula for Cascaded Noise FigureArticle coming
- Fully Differential Amplifier: Output Common-Mode FeedbackArticle coming
- Gain-Bandwidth Product (GBW) and its Trade-offsArticle coming
- Gain-Bandwidth Product (GBW): 1 MHz, 10 MHz DevicesRead
- Gm-C (Transconductor-Capacitor) Filter for IC IntegrationArticle coming
- Group Delay and Phase Linearity in Filter DesignArticle coming
- High-Frequency Response: Miller Effect and Pole SplittingArticle coming
- High-Order Filter Stability and Dynamic RangeArticle coming
- I-to-V Converter: Transimpedance Amplifier (TIA)Article coming
- Ideal Op-Amp Assumptions: Infinite Gain, Rin, CMRRArticle coming
- Impedance Scaling and Frequency Scaling of PrototypesArticle coming
- Input Bias Current (IB) and Offset Current (IOS)Article coming
- Input Offset Voltage (VOS): Nulling and DriftArticle coming
- Input-Referred Noise Voltage and CurrentArticle coming
- Instrumentation Amplifier (INA): 3 Op-Amp ConfigurationArticle coming
- Instrumentation Amplifier: High CMRR, Adjustable GainArticle coming
- Integrator Circuit: Output = -(1/RC)∫Vin dtArticle coming
- Intermodulation Distortion (IMD): IP2, IP3 DefinitionArticle coming
- Inverting Amplifier: Gain = -RF/Rin, Virtual GroundArticle coming
- Inverting Schmitt Trigger: Hysteresis and Threshold VoltagesArticle coming
- KHN (Kerwin-Huelsman-Newcomb) State-Variable FilterArticle coming
- Logarithmic Amplifier: Vout = K ln(Vin/Vref)Article coming
- Long-Tailed Pair: Differential Mode vs. Common ModeArticle coming
- Low-Pass to Band-Pass Frequency TransformationArticle coming
- Low-Pass to High-Pass Frequency TransformationArticle coming
- MFB Low-Pass Filter: Inverting, High Q CapabilityArticle coming
- MOSFET Cascode Amplifier: Improved Output ResistanceArticle coming
- MOSFET Common-Source (CS) Amplifier: Gain and ImpedanceArticle coming
- Miller Approximation: Effective Input CapacitanceArticle coming
- Multiple Feedback (MFB) Band-Pass Filter DesignArticle coming
- Multiplier / Divider Using Log-Antilog TechniqueArticle coming
- Multistage Amplifier: RC-Coupled, Direct-CoupledArticle coming
- Noise Figure (NF) and Noise Temperature CalculationArticle coming
- Noise Performance of Active FiltersArticle coming
- Noise in Op-Amp Circuits: En, In, Noise GainArticle coming
- Non-Inverting Amplifier: Gain = 1 + RF/RinArticle coming
- Non-Inverting Schmitt Trigger: Trip Points CalculationArticle coming
- Notch (Twin-T) Filter: 60 Hz Hum RejectionArticle coming
- Op-Amp Slew Rate: Definition, Measurement, ImpactArticle coming
- Op-Amp Stability: Phase Margin and Gain MarginArticle coming
- Open-Circuit and Short-Circuit Time Constants MethodArticle coming
- Output Swing, Short-Circuit Current, Latch-UpArticle coming
- Peak Detector Circuit: Charge and HoldArticle coming
- Pole-Zero Placement and Filter ShapeArticle coming
- Power Gain, Voltage Gain, and Available Gain DefinitionsArticle coming
- Power Supply Rejection Ratio (PSRR) AnalysisArticle coming
- Precision Full-Wave Rectifier ConfigurationArticle coming
- Precision Half-Wave Rectifier (Superdiode)Article coming
- Precision Op-Amp Selection: OPA277, AD8221, LT1028Article coming
- Q-Point Design: DC Load Line and Bias StabilityArticle coming
- RF Low-Noise Amplifier (LNA) Design PrinciplesArticle coming
- Reconstruction (Smoothing) Filter: After DAC OutputArticle coming
- SPICE Op-Amp Macro-Model: Level 1, 2, 3Article coming
- Sallen-Key High-Pass Filter: Component TransformationArticle coming
- Sallen-Key Low-Pass Filter: 2nd-Order TopologyArticle coming
- Sample-and-Hold Circuit: Acquisition and Hold ModeArticle coming
- Self-Bias and Active Load MOSFET AmplifierArticle coming
- Sensitivity Analysis: Component Tolerance Effect on ResponseArticle coming
- Single-Supply Op-Amp Design: Rail-to-Rail OperationArticle coming
- State-Variable Filter: LP, BP, HP, Notch SimultaneouslyArticle coming
- Summing Amplifier (Inverting and Non-Inverting)Article coming
- Switched-Capacitor Filter: Principle and Clock FrequencyArticle coming
- Thermal Stability Factor S and Temperature EffectsArticle coming
- Transconductance Amplifier (OTA) BasicsArticle coming
- Tunable Active Filter: Voltage-Controlled FrequencyArticle coming
- Unity-Gain Frequency (fT) Measurement and InterpretationArticle coming
- V-to-I Converter (Howland Current Pump)Article coming
- Variable Gain Amplifier (VGA): Gilbert CellArticle coming
- Voltage Follower (Unity Gain Buffer): High Rin, Low RoutArticle coming
- Wien Notch Filter: Adjustable Notch FrequencyArticle coming
Senior Engineer· 0 of 80
- 555 Timer: Astable Mode — Frequency and Duty CycleArticle coming
- 555 Timer: Monostable Mode — Pulse Width CalculationArticle coming
- Audio Amplifier PCB Layout: Star Ground, Decoupling StrategyArticle coming
- Audio Power Amplifier: THD+N, SNR, Output Power SpecsArticle coming
- Balanced (Push-Pull) RF Amplifier with 180° HybridsArticle coming
- Barkhausen Stability Criterion: Loop Gain = 1, Phase = 0°Article coming
- Bootstrap Technique for Rail-to-Rail Output SwingArticle coming
- Charge Pump: UP/DOWN Current Sources, LeakageArticle coming
- Clapp Oscillator: Series-Tuned Colpitts VariantArticle coming
- Class A Amplifier: Conduction Angle 360°, Low Efficiency (~25%)Article coming
- Class AB Amplifier: Quiescent Bias to Reduce Crossover DistortionArticle coming
- Class B Amplifier: Conduction Angle 180°, Crossover DistortionArticle coming
- Class C Amplifier: Narrow Conduction, High Efficiency for RFArticle coming
- Class D Amplifier: Switching (PWM), >90% EfficiencyArticle coming
- Class D Gate Drive, Dead-Time, and EMI Filter DesignArticle coming
- Class E Amplifier: ZVS (Zero-Voltage Switching) OperationArticle coming
- Class F Amplifier: Harmonic Tuning for High EfficiencyArticle coming
- Colpitts Oscillator: LC Tank with Capacitive FeedbackArticle coming
- Crossover Distortion: Cause, THD Impact, and Bias SolutionArticle coming
- Crystal Equivalent Circuit: Cs, Cp, L, R Series ModelArticle coming
- Crystal Oscillator: Piezoelectric Effect, Series/Parallel ModeArticle coming
- DLL (Delay-Locked Loop): Phase Alignment ApplicationArticle coming
- Darlington Power Stage: High Current Gain for OutputArticle coming
- Digital Pre-Distortion (DPD) for RF PA LinearizationArticle coming
- Doherty Amplifier: Efficiency at Back-Off PowerArticle coming
- Emitter Follower Output Stage: Low Rout for Current DriveArticle coming
- Envelope Tracking Power Supply for RF PAArticle coming
- FLL (Frequency-Locked Loop): Frequency StabilizationArticle coming
- Feedback in Power Amplifiers: Stability and DistortionArticle coming
- Fractional-N PLL: Sigma-Delta Modulator for FractionArticle coming
- GaN RF Power Amplifier: High Power Density AdvantageArticle coming
- Harmonic Filter Design for RF PA OutputArticle coming
- Hartley Oscillator: LC Tank with Inductive FeedbackArticle coming
- Heat Sink Calculation: Rθ(jc), Rθ(cs), Rθ(sa) ChainArticle coming
- Impedance Matching Networks: L, Pi, T for RF PAArticle coming
- Integer-N PLL Frequency Synthesizer: N DividerArticle coming
- Junction Temperature: TJ = TA + PD × Rθ(ja)Article coming
- LC VCO: Varactor-Tuned, Phase Noise OptimizationArticle coming
- Leeson's Model for Oscillator Phase NoiseArticle coming
- Loudspeaker Crossover Network: Passive vs. ActiveArticle coming
- Oscillator Start-Up: Negative Resistance and Initial ConditionsArticle coming
- PA Bias Circuits: Active Bias, Temperature CompensationArticle coming
- PA Protection: Over-Temperature, Over-Current, VSWR Fold-BackArticle coming
- PLL Frequency Multiplication and DivisionArticle coming
- PLL Lock Time, Settling Time, and Loop BandwidthArticle coming
- PLL Loop Filter: Passive (R-C) and Active (Op-Amp) DesignArticle coming
- PLL Noise Transfer Functions: In-Band and Out-of-BandArticle coming
- PLL Phase Detector: XOR, Phase-Frequency Detector (PFD)Article coming
- PLL Simulation with Matlab/Simulink and SPICEArticle coming
- PLL Stability: Phase Margin from Open-Loop Bode PlotArticle coming
- PLL VCO Integration and KVCO MatchingArticle coming
- PLL as FM Demodulator and Clock RecoveryArticle coming
- Phase Noise: L(f) Definition, 1/f^3, 1/f^2 RegionsArticle coming
- Phase-Locked Loop (PLL): Basic Architecture and BlocksArticle coming
- Power Amplifier Classes Overview: A, B, AB, C, D, E, FArticle coming
- Power Amplifier Test: Pout, Gain, P1dB, IP3, PAE MeasurementArticle coming
- Power Op-Amp (OPA549, LM3886): High-Voltage, High-CurrentArticle coming
- Power Supply Noise Sensitivity of VCO (PSRR)Article coming
- Power Transistor Selection: fT, VCEO, IC(max), hFEArticle coming
- Push-Pull Output Stage: Complementary Symmetry (NPN+PNP)Article coming
- Quadrature Oscillator: I and Q Signal GenerationArticle coming
- Quasi-Complementary Output Stage: NPN + NPN ConfigurationArticle coming
- RC Phase-Shift Oscillator: f = 1/(2π RC√6)Article coming
- RF PA Linearity: AM-AM, AM-PM Compression CurvesArticle coming
- RF Power Amplifier (PA): Load Pull, PAE (Power Added Efficiency)Article coming
- Reference Spurs in PLL: Causes and MitigationArticle coming
- Relaxation Oscillator: Schmitt Trigger + RC TimingArticle coming
- Ring Oscillator: Number of Stages, Frequency vs. DelayArticle coming
- Ring VCO for CMOS: Wideband, High Phase NoiseArticle coming
- Safe Operating Area (SOA): Voltage, Current, Power LimitsArticle coming
- Spread-Spectrum Clock (SSC): EMI ReductionArticle coming
- Stability of RF PA: K-Factor and Stability CirclesArticle coming
- Sub-Harmonic Oscillation and Lock-Range AnalysisArticle coming
- Switching Power Amplifier vs. Linear: EMI and EfficiencyArticle coming
- TCXO and OCXO: Temperature Compensation TechniquesArticle coming
- Thermal Runaway in Power Transistors: VBE Temperature DriftArticle coming
- Thermal Stability Design: Emitter Resistors and VBE MultiplierArticle coming
- VCXO (Voltage-Controlled Crystal Oscillator) DesignArticle coming
- Voltage-Controlled Oscillator (VCO): KVCO and Tuning RangeArticle coming
- Wien Bridge Oscillator: f = 1/(2πRC), AGC TechniqueArticle coming
Staff Engineer· 0 of 40
- Analog IC Floorplan: Isolation, Shielding, Supply RoutingArticle coming
- Analog MUX and Transmission Gate DesignArticle coming
- Analog Switch: Ron, Coff, Charge Injection, Clock FeedthroughArticle coming
- Auto-Zero Technique for Offset CancellationArticle coming
- BGR Temperature Coefficient TrimmingArticle coming
- Bandgap Reference (BGR): Brokaw and Widlar TopologiesArticle coming
- CMOS Differential Pair: Transconductance gm and Tail CurrentArticle coming
- Cascode Compensation and Right-Half-Plane Zero CancellationArticle coming
- Charge Pump Circuit for Voltage Doubling / InversionArticle coming
- Chopper Stabilization for 1/f Noise and Offset ReductionArticle coming
- Comparator: Hysteresis, Propagation Delay, MetastabilityArticle coming
- Current Mirror: Simple (1:1), Ratioed, Cascode, WilsonArticle coming
- Current Steering DAC: Glitch Energy and DeglitcherArticle coming
- DAC Architectures: R-2R Ladder, Current Steering, SegmentedArticle coming
- DAC Nonlinearity: DNL, INL, MonotonicityArticle coming
- Dynamic Comparator: Latch-Based, Low PowerArticle coming
- Flash ADC: Resistor Ladder, Comparator Bank, Thermometer CodeArticle coming
- Frequency Compensation: Miller, Feedforward, Nested MillerArticle coming
- Fully Differential Op-Amp and Common-Mode Feedback (CMFB)Article coming
- Gain-Bandwidth Product vs. Power Trade-off in Op-AmpArticle coming
- LDO Regulator: Pass Device, Error Amplifier, FeedbackArticle coming
- LDO Stability: ESR Zero and Output Capacitor SelectionArticle coming
- Layout Techniques: Common-Centroid, Interdigitation, Guard RingArticle coming
- One-Stage Folded-Cascode Op-Amp: High Gain, Wide SwingArticle coming
- Op-Amp Input Offset Voltage: Sources and CancellationArticle coming
- Oscillator Phase Noise Optimization in ICArticle coming
- PTAT (Proportional to Absolute Temperature) Current SourceArticle coming
- Phase-Locked Loop (PLL) IC Block DesignArticle coming
- Pipeline ADC: Residue Amplifier, Stage Gain ErrorArticle coming
- Rail-to-Rail Input Stage: N+P Parallel Differential PairsArticle coming
- Rail-to-Rail Output Stage: Common-Source with FeedbackArticle coming
- Recycling Folded-Cascode (RFC): Improved gm EfficiencyArticle coming
- Regulated Cascode (Gain-Boost): Ultra-High Output ResistanceArticle coming
- SAR ADC: Capacitor DAC, Successive Approximation LogicArticle coming
- Sample-and-Hold Circuit: Track and Hold, Pedestal ErrorArticle coming
- Sigma-Delta ADC: Oversampling, Noise Shaping, OSRArticle coming
- Telescopic Cascode Op-Amp: Maximum Speed ArchitectureArticle coming
- Two-Stage Op-Amp: Differential Input + Common-Source OutputArticle coming
- VCO Design for PLL: LC and Ring ImplementationsArticle coming
- Wide-Swing Cascode Current Mirror for High RoutArticle coming
Distinguished Engineer· 0 of 40
- ADC Dynamic Performance: SNDR, SFDR, ENOB, THDArticle coming
- AI-Assisted Analog Circuit Sizing and OptimizationArticle coming
- Analog Neural Network Circuits: Sigmoid, Synapse CellArticle coming
- Analog Signal Conditioning for Industrial (4-20 mA) LoopArticle coming
- Background and Foreground ADC Calibration TechniquesArticle coming
- Bioelectronics Front-End: ECG, EEG, EMG Signal ChainsArticle coming
- CT-SDM Excess Loop Delay and CompensationArticle coming
- CT-SDM Loop Filter Design: RC Integrators, GmCArticle coming
- Chiplet Integration: Analog Die in Multi-Die PackageArticle coming
- Continuous-Time Sigma-Delta ADC (CT-SDM) ArchitectureArticle coming
- DAC Calibration: Output Impedance, Glitch ReductionArticle coming
- Data Converter Testing: Histogram, FFT, Sine-Fit MethodsArticle coming
- Discrete-Time Sigma-Delta ADC (DT-SDM): SC ImplementationArticle coming
- Hall Effect Sensor Interface and LinearizationArticle coming
- High-Resolution Sensor Interface: Weigh Scale, Pressure, TempArticle coming
- High-Speed ADC PCB Layout: Differential Input, DecouplingArticle coming
- High-Speed Current-Steering DAC: Segmented ArchitectureArticle coming
- In-Memory Analog Compute: Memristor Crossbar ArrayArticle coming
- Incremental ADC for Low-Speed, High-Precision SensingArticle coming
- Isolated Amplifier Design: Magnetic and Capacitive IsolationArticle coming
- MASH (Multi-Stage Noise Shaping) SDM ArchitectureArticle coming
- MEMS Sensor Interface: Capacitive Readout CircuitArticle coming
- Mismatch Error Shaping and Calibration AlgorithmsArticle coming
- Mixed-Signal SoC Integration: Substrate Coupling, Guard RingsArticle coming
- Multi-Bit Sigma-Delta: Internal DAC Mismatch and DEMArticle coming
- Neuromorphic Analog Circuit ConceptsArticle coming
- Noise-Shaping Orders: 1st, 2nd, Higher-Order SDMArticle coming
- Optical Sensor: Photodiode TIA, APD Bias, SNR OptimizationArticle coming
- Phase Noise Measurement: Cross-Correlation and Reference OscillatorArticle coming
- Pipelined SAR ADC: Hybrid ArchitectureArticle coming
- Post-Silicon Calibration: Laser Trimming, OTP Fuse, EEPROMArticle coming
- SAR ADC with Redundancy and Noise-Averaging TechniquesArticle coming
- SC Amplifier: Precision Gain without ResistorsArticle coming
- SC Filter Design: Bilinear and Euler TransformationArticle coming
- SC Integrator: Delaying and Non-Delaying TypesArticle coming
- Sample-and-Hold Amplifier (SHA): Bandwidth and THDArticle coming
- Sigma-Delta DAC: Digital Interpolation and Noise ShapingArticle coming
- Spurious Signal Analysis and Isolation TechniquesArticle coming
- Switched-Capacitor Circuits: Charge Conservation PrincipleArticle coming
- Time-Interleaved ADC: Gain, Offset, and Timing MismatchArticle coming