OHMS LAW AND KIRCHOFFS VOLTAGE LAW (KVL) DERIVATION

Derivation by Mr. Lawrence Albert Pardo-Ilao

V = IR (OHMS LAW)

V - IR = 0

V - Vr = 0 (SUM OF VOLTAGES = 0)

Fd/q - Fr dr/qr = 0 (d=dr, q=qr)

F - Fr = 0 (SUM OF FORCES = 0)

SUM OF FORCES = 0

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VOLTAGE DIVIDER DERIVATION

RT = R1 + R2

Vin = I * RT

Vo = I * R2

Vo = Vin * R2/RT

Vo = Vin * R2/(R1 + R2)

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DIODE CIRCUITS

V - Vd - Vr = 0 (SUM OF VOLTAGES = 0)

V - 0.7 - IR = 0

R = (V - 0.7)/Imax

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DIMMING AND BRIGHT TECHNOLOGY

Switch Between Bright and Dim Reading for CodeBase IO

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MANO PATCH AND BOYLESTAD PATCHED

OR GATE

Q = B + B'A

NAND GATE

Q = A' + B'A

SAYING: When input is 1, the output must be ZERO.

ENJOY!

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