Basic Electronics for Beginners: Ohm’s Law & Power Explained Simply

Lecture_1A: Review of circuit elements (resistor, Ohms Law, KCL, KVL, VDR, CDR, Thevenin/ Norton)

Tutorial LTspice Episódio 7: Amplificador Operacional

Example 14.10 | Find the type of filter is shown in Fig. 14.39 R=2, L=2H, C=2uF | FEC 4th Edition

2.26 Calculate the heat lost per meter of length.

Heat Loss From a Steam Pipe in Windy Air

4 Bit Arithmetic Unit (AU) Design

Fast Number System Conversions: Hex, Binary & Octal Shortcuts

ENGAGE: A Guide to Resistors

Steam at 320 C flows in a stainless steel pipe (k = 15 W / m * C) whose inner and outer diameters

Octal Number System Explained (with Binary & Decimal Conversions)

Heat Loss Through Insulated Steam Pipe | Example 3-8 | Cylindrical Conduction Thermal Resistance Sol

Adding Custom Components to LTSpice (Op Amp Example)

Number Systems Practice: Octal, Hexadecimal, and Base-12 Explained

Find the heat transfer per unit area through the composite wall in Figure P2-4.

Lecture_2A: Natural response of RL circuit and Current Derivation

Digital Logic Number Systems | Base Conversion to Decimal (Problem 1.3 – Morris Mano, 6th Ed.)

4 Bit Arithmetic Logic Unit (ALU) Design

2.31 Calculate the heat lost by the pipe-insulation assembly for a pipe length of 20m.

Steam at Too1 = 320°C flows in a cast iron pipe