In version 0.2.7 contains ideal semiconductors analog electrical components:
Diode, Zener, Bridge, BJT (NPN) and BJT (PNP)
New software called Python for Analog and Mixed Signals (PyAMS) for creating analog elements and constructing circuits with analysis based on Python language. The objective is simplifying the modeling and the programming of analog elements and constructing circuits with analysis.
Saturday 26 August 2017
Thursday 24 August 2017
Source analog electrical components
In version 0.2.6 contains source analog electrical components:
Vdc
Sine Voltage
Trapezoid Voltage
FM Voltage
AM Voltage
Pulse Voltage
ExpSine Voltage
Exponential Voltage
AC Voltage
Idc
Sine Current
Trapezoid Current
Pulse Current
ExpSine Current
Exponential Current
AC Current
FM Current
AM Current
Vdc
Sine Voltage
Trapezoid Voltage
FM Voltage
AM Voltage
Pulse Voltage
ExpSine Voltage
Exponential Voltage
AC Voltage
Idc
Sine Current
Trapezoid Current
Pulse Current
ExpSine Current
Exponential Current
AC Current
FM Current
AM Current
Basic analog electrical components
In version 0.2.6 (alpha) based by Python 2.7.12 software with revision of Modeling of Analog Blocks "basic and source" in PyAMS language.
This version contains basic analog electrical components:
This version contains basic analog electrical components:
Resistor
Inductor
Capacitor
Polarised Capacitor
Conductor
Quartz
Transformer
Symmetrical transformer
Gyrator
Linear controlled sources (VCV, VCC, CCV, CCC)
Inductor
Capacitor
Polarised Capacitor
Conductor
Quartz
Transformer
Symmetrical transformer
Gyrator
Linear controlled sources (VCV, VCC, CCV, CCC)
Friday 16 June 2017
Amplifier Non-inverting by uA741
Amplifier Non-inverting by uA741
Circuit:
Vout by Vin
macro model of uA741 by SPICE:
Ref:
FSK with PLL (phase locked loop)
FSK Digital Frequency Modulation
FSK demodulation with PLL (phase locked loop)
Circuit:
Function FSK by Vin:
Function V_xor by FSK:
Function Vco by Vf1:
Function Vout by Vin and Vtr:
Ref:
2. Software: www.pyams.com
Tuesday 16 May 2017
Monday 15 May 2017
Saturday 13 May 2017
Wednesday 10 May 2017
Sunday 7 May 2017
Saturday 6 May 2017
Friday 5 May 2017
ring oscillator circuit
Simulation results of genration of osillations in three position of circuit.
Ref
1.Software: www.pyams.com
Ref
1.Software: www.pyams.com
Wednesday 3 May 2017
Tuesday 2 May 2017
Astable Multivibrator
Astable Multivibrator: left) the circuit, right) the Waveforms for voltage input and output
Ref
Full-wave rectification
Full-wave rectification: left) the circuit, right) the Waveforms for voltage input and output
Ref.
Monday 1 May 2017
The Diode Bridge Rectifier
The Diode Bridge Rectifier: left) the circuit, right) the Waveforms for voltage input and output
Ref.
Power Diodes and Rectifiers
The Half-Wave by diode: left) the circuit, right) the Waveforms for voltage input and output.
Power diodes can be used individually as above or connected together to produce a variety of rectifier circuits such as “Half-Wave”, “Full-Wave” or as “Bridge Rectifiers"
Ref
Friday 28 April 2017
Charge and discharge of a capacitor
The Charge and discharge of a capacitor circuit: left) the circuit, right) the Waveforms for voltage input and output.
In the previous RC Charging and Discharging tutorials, we saw how a capacitor has the ability to both charge and discharges itself through a series connected resistor.
1.http://www.electronics-tutorials.ws/rc/rc_3.html
2.http://electronicsarea.com/capacitor-discharge-process/
Voltage divider
Sample voltage divider circuit
The voltage divider circuit “Vout=Vin/2”: left) the circuit, right) the Waveforms for voltage input
and output.
References
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