04:29
Math: DiffEQ Solver - 1st Order, 1st Degree - Linear Equation
04:06
Math: DiffEQ Solver - 1st Order, 1st Degree - Linear Equation
03:37
Math: DiffEQ Solver - 1st Order, 1st Degree - Linear Equation
06:00
Networks Problem Solver: Inductors & Capacitors - Inductor Current and Stored Energy Calculations
06:09
Networks Problem Solver: Inductors & Capacitors - Voltage and Current Levels after Switch Transition
07:09
Networks Problem Solver: Inductors & Capacitors - Conditions after Switch is Opened for Inductor
06:46
Math: DiffEQ Solver - 1st Order, 1st Degree - Exact Equation
06:11
Math: DiffEQ Solver - 1st Order, 1st Degree - Exact Equation
07:04
Networks Problem Solver: Inductors & Capacitors - Conditions after Switch is Opened for Inductor
03:28
Networks Problem Solver: Inductors & Capacitors - Voltage Response of Inductor
05:27
Networks Problem Solver: Inductors & Capacitors - Voltage Response of Capacitor
04:48
Networks Problem Solver: Inductors & Capacitors - Stored Energy Equalization
15:38
Networks Problem Solver: Inductors & Capacitors - Voltage Response of Capacitor to Saw Waveform
08:43
Networks Problem Solver: Thevenin & Norton Analysis - Using Source Transformation to Solve
10:07
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
11:19
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
05:07
Math: DiffEQ Solver - Homogeneous Equations - Separation of Variables
05:55
Math: DiffEQ Solver - Homogeneous Equations - Separation of Variables
04:33
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
07:21
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
06:09
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
11:17
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Norton Equivalent Circuit
04:27
Math: DiffEQ Solver - 1st Order, 1st Degree - Separation of Variables with Initial Conditions
07:55
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
12:16
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
09:18
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
15:49
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
11:22
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Norton Equivalent Circuit
01:29
Math: DiffEQ Solver - 1st Order, 1st Degree - Separation of Variables
04:33
Math: DiffEQ Solver - 1st Order, 1st Degree - Separation of Variables
04:58
Math: DiffEQ Solver - 1st Order, 1st Degree - Separation of Variables
03:38
Math: DiffEQ Solver - 1st Order, 1st Degree - Separation of Variables
11:14
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Unknown Current
08:00
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
06:35
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Unknown Current Using Norton
08:42
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Op Amp Output Resistance
08:52
Networks Problem Solver: Thevenin & Norton Analysis - Solving for Thevenin Equivalent Circuit
04:23
Networks Problem Solver: Thevenin & Norton Analysis - Solving for an Unknown Voltage
04:40
Networks Problem Solver: Superposition - Solving for an Unknown Current
13:38
Networks Problem Solver: Superposition - Solving for an Unknown Voltage
03:14
Networks Problem Solver: Superposition - Solving for an Unknown Current
15:38
Networks Problem Solver: Superposition - Solving for an Unknown Current
10:37
Networks Problem Solver: Superposition - Solving for an Unknown Current
06:10
Networks Problem Solver: Superposition - Solving for an Unknown Current
08:41
Networks Problem Solver: Superposition - Solving for Unknown Voltage
08:00
Networks Problem Solver: Superposition - Solving for Unknown Current
07:33
Networks Problem Solver: Superposition - Solving for Unknown Current
11:45
Networks Problem Solver: Superposition - Solving for AC and DC Components
08:00
Networks Problem Solver: Superposition - Solving for Unknown Current
07:54
Networks Problem Solver: Superposition - Solving for Unknown Current
07:42
Networks Problem Solver: Superposition - Solving for Power
07:31
Networks Problem Solver: Mesh Analysis - Solving for Unknown Current
05:59
Networks Problem Solver: Mesh Analysis - Solving for Unknown Current
08:33
Networks Problem Solver: Mesh Analysis - Solving for Unknown Voltages
05:14
Networks Problem Solver: Mesh Analysis - Solving for Unknown Currents
05:36
Networks Problem Solver: Mesh Analysis - Solving for Unknown Current
06:28
Networks Problem Solver: Mesh Analysis - Solving for Unknown Current
10:05
Networks Problem Solver: Mesh Analysis - Solving for Unknown Currents
06:38
Networks Problem Solver: Mesh Analysis - Solving for Unknown Current
09:42
Networks Problem Solver: Nodal Analysis - Solving for Unknown Voltages
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About
Dr. Ritter has over 30 years of experience in Electrical Engineering, and multi-disciplined Project Management working in commercial, industrial, institutional, healthcare, hospitality, and critical facilities environments. In these environments, he has worked on both the contractor and the engineering side of projects providing design, construction management, project management, startup and commissioning services. His technical area is electrical systems from 13.8kV to 120V and other low voltage systems. Dr. Ritter has extensive experience with over current protection, protective relaying, device coordination, power quality, critical power redundant systems, voltage control, grounding, motors, lighting design, fire alarm, controls, and data/telecom distribution. He has served as the Electrical Department Head and/or Supervising Electrical Engineer for various engineering firms and large projects. Dr. Ritter also was the dean of engineering at Olivet Nazarene University.
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