Krótka i na temat ściąga techniki analogowej od Texas Instruments... i trochę cyfrowej. Pewnie przyda się nie tylko początkującym. Dostępna na stronie:
http://www.ti.com/amplifier-circuit/op-amps/precision/support-training.html#pocketref
W szczególności
https://www.ti.com/seclit/ml/slyw038c/slyw038c.pdf
Dostępne też w formie apek na iOS i Android

Spis treści
Conversions
Physical constants / Standard decimal prefixes
Metric conversions
Temperature conversions
Error conversions (ppm and percentage)
Discrete components
Resistor color code
Standard resistor values
Practical capacitor model and specifications
Practical capacitors vs frequency
Capacitor type overview
Standard capacitance values / Capacitance marking and tolerance
Diodes and LEDs
Bipolar junction transistors (BJT)
Junction field effect transistors (JET)
Metal oxide semiconductor field effect transistor (MOSFET)
Analog
Resistor equations / Ohm’s law and voltage divider equation
Power equations
Capacitor equations
Inductor equations
Equation for charging an RC circuit
Equation for discharging an RC circuit
Capacitor with constant current source
RMS and mean voltage
Logarithmic mathematical definitions / Alternative notations
dB definitions
Log scale
Time to phase shift
Bode plots: Poles
Pole (equations)
Bode plots (zeros)
Zero (equations)
Amplifier
Basic op amp configurations
Simple non-inverting amp with Cf filter
Simple inverting amp with Cf filter
Differential filter cutoff
Calculating amplifier offset voltage
Op amp bandwidth
Small signal step response
Full power bandwidth
Large signal response (slew rate)
Settling time
Combining noise sources / Averaging noise sources
Noise bandwidth calculation
1/f total noise calculation
Thermal noise calculations
Op amp noise model
Total noise calculations
AC response versus frequency (dominant 2-pole system)
Transient overshoot (dominant 2-pole system)
Stability open loop SPICE analysis
Stability transient square wave lab test
Stability AC sine wave lab test
Power dissipation calculation
Electrical overstress (EOS) protection
PCB and wire
PCB printed circuit board conductor spacing
Self-heating of PCB conductors on inner layers
PCB trace resistance
PCB trace resistance for 1 oz-Cu
PCB trace resistance for 2 oz-Cu
Common package types and dimensions
PCB parallel plate capacitance
PCB microstrip capacitance and inductance
6 Texas Instruments Analog Engineer's Pocket Reference
PCB and wire (cont.)
PCB adjacent copper traces
PCB via capacitance and inductance
Coaxial cable information
Coaxial cable equations
Resistance per length for different wire types (AWG)
Maximum current for wire types
Sensor
Temperature sensor overview
IC temperature sensor overview
RTD equation temperature to resistance (T>=0C and T<0C)
RTD equation resistance to temperature (T<0C or Rrtd<R0)
Diode equation vs temperature
Diode voltage versus temperature
Type J thermocouples translating temperature to voltage (ITS-90 standard)
Type J thermocouples translating voltage to temperature (ITS-90 standard)
Type K thermocouples translating temperature to voltage (ITS-90 standard)
Type K thermocouples translating voltage to temperature (ITS-90 standard)
Thermistor: Resistance to temperature, Steinhart-Hart equation
Digital
Numbering systems: binary, decimal and hexadecimal
Data formats
Digital logic thresholds
CMOS logic thresholds
SPI (Serial peripheral interface) hardware overview
SPI data latching
SPI critical edge
SPI modes
I2C bus (Inter-integrated circuit) hardware overview
I2C addressing
I2C communication
I2C setup, hold and rising timing
I2C pull-up resistor selection
ADC
ADC definitions
ADC resolution for unipolar
ADC resolution for bipolar
Resolution voltage vs. full-scale range
Quantization error of ADC
Signal-to-noise ratio (SNR) from quantization noise only
Total harmonic distortion (VRMS)
Total harmonic distortion (dBc)
Ac signals
Dc signals
Settling time and conversion accuracy
ADC system noise calculation
Effect of clock jitter on ADC SNR
DAC
DAC definitionas
DAC errors
DAC non-linearity
DAC total unadjusted error
Multiplexer
CMOS switch construction
ON-resistance (RON)
RON flatness / Effective op amp gain including MUX RON
ON and OFF capacitance (CON/COFF)
MUX settling time with CLOAD and RLOAD
Leakage current
Charge injection
Bandwidth (BW)
Channel-to-channel crosstalk(XTALK)
OFF-isolation
Total harmonic distortion plus noise

no to jest dopiero PEREŁKA !!!! i mega extra PODSUMOWANIE coś Qurdę przepięknego !

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To już piąta edycja. Miałem poprzednią. Tą też ściągnąłem

Ja właśnie niedawno odkryłem, jakie Texas Instruments robi dobre dokumentacje. Jestem w trakcie projektowania sterownika do silnika BLDC i postanowiłem skorzystać z ich smart gate drivera. Datasheet scalaka porządny, prawie jak nota jakiegoś mikrokontrolera Do tego dodatkowo szereg PDFów opisujących ideę działania układu z całym wstępem teoretycznym, albo obszerny opis jak należy optymalnie zaprojektować PCB (EMC itp). A także przykładowa aplikacja ze schematem, projektem PCB, obliczeniami i przebiegami z oscyloskopu.
Naprawdę jestem pod wrażeniem, ich dokumentacje czyta się jak dobrą książkę, trzeba uważać bo wciąga