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## All the Circuit Building Schemes of the Week

This page contains all the circuit building "scenarios" I have created so far (under construction). I number and date these ideas consecutively as they have appeared in my mind; then, I arrange the building schemes systematically of circuit evolution - passive > transistor > op-amp etc.

In order to know more about the building procedure, copy the circuit "formula" from the table below, paste it in the subject field, add additional questions in the message body and e-mail me. Your e-mail will not be automatically answered; I will prepare every e-mail answer especially for you revealing step-by-step the circuit structure in a catchy and exciting manner. You will get unusual and original presentations of the circuit structure that you have never seen before!

The circuits from this page are presented also in the constant e-mail circuit columns circuits, questions, paradoxes, lessons and in the weekly updated circuit columns questions (flash animated), paradoxes (flash animated), contradictions, conflicts, principles. Browse through these pages and ask questions!

Number/Week Circuit Building Schemes (Compound Block = Block 1 + Block 2 + ....)
Passive Circuits

Scheme 1

September 27, 2004

Compound Voltmeter = Voltage-to-Current Converter + Ammeter

Scheme 2

October 04, 2004

Compound Ammeter = Current-to-Voltage Converter + Voltmeter

Scheme 3

October 11, 2004

Compound Ohmmeter I = Resistance-to-Current Converter + Ammeter

Scheme 4

October 18, 2004

Compound Ohmmeter II = Resistance-to-Voltage Converter + Voltmeter

Scheme 5

October 25, 2004

Voltage-Controlled Current Source = Voltage Source + Voltage-to-Current Converter

Scheme 6

November 01, 2004

Current-Controlled Voltage Source = Current Source + Current-to-Voltage Converter

Scheme 7

November 08, 2004

Resistance-Controlled Current Source = Voltage Source + Resistance-to-Current Converter

Scheme 8

November 15, 2004

Resistance-Controlled Voltage Source = Current Source + Resistance-to-Voltage Converter

Scheme 9

November 22, 2004

Voltage-to-Voltage Converter (Voltage Divider) = Voltage-to-Current Converter + Current-to-Voltage Converter

Scheme 10

November 29, 2004

Voltmeter Prescaled = Voltage-to-Voltage Converter + Voltmeter

Scheme 11

December 06, 2004

Capacitive Voltage-to-Voltage Differentiator = Voltage-to-Current Differentiator + Current-to-Voltage Converter

Scheme 12

December 13, 2004

Capacitive Voltage-to-Voltage Integrator = Voltage-to-Current Converter + Current-to-Voltage Integrator

Scheme 13

December 20, 2004

Inductive Voltage-to-Voltage Differentiator = Voltage-to-Current Converter + Current-to-Voltage Differentiator

Scheme 14

December 27, 2004

Inductive Voltage-to-Voltage Integrator = Voltage-to-Current Integrator + Current-to-Voltage Converter

Scheme 15

January 03, 2005

Diode Voltage-to-Voltage Log Converter = Voltage-to-Current Converter + Current-to-Voltage Log Converter

Scheme 16

January 10, 2005

Diode Voltage-to-Voltage Antilog Converter = Voltage-to-Current Antilog Converter + Current-to-Voltage Converter

Transistor Circuits

Scheme 17

January 17, 2005

Emitter-Grounded Amplifier = Voltage-to-Current Converter (Transistor) + Current-to-Voltage Converter (Resistor)

Scheme 18

January 24, 2005

Transistor Switch = Voltage-to-Current Converter + Current-to-Current Converter + Current-to-Voltage Converter

Scheme 19

January 31, 2005

Emitter Follower = Base-Emitter Junction (Comparator) + Collector-Emitter Part (Regulating Element)

Scheme 20

February 07, 2005

Voltage Source = Zener Stabilizer + Emitter Follower

Scheme 21

February 14, 2005

Simple Transistor Current Source = Non-Linear Current Stable Resistor (Collector-Emitter Part) + Voltage Source

Scheme 22

February 21, 2005

Transistor Current Source = Emitter Follower + Current-to-Voltage Converter (Resistor)

Scheme 23

February 28, 2005

Common-Emitter Amplifier = Voltage-to-Current Converter (Transistor) + Current-to-Voltage Converter (Resistor)

Scheme 24

March 07, 2005

Voltage Comparator = Voltage-to-Current Comparator (Base-Emitter Junction) + Current-to-Voltage Converter (Resistor)

Scheme 25

March 14, 2005

Common-Base Amplifier = Voltage Source + Emitter Follower + Current-to-Voltage Converter (Resistor)

Scheme 26

March 21, 2005

Differential Amplifier = Emitter Follower 1 + Emitter Follower 2
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Last updated February 15, 2005