Questions/comments for EVS1546-A03 (CN)

Slides:

Advertisements

Similar presentations

Explain the process of charging and discharging based on the voltage and current curves. Determine the related equations for the voltage and current curves.

Advertisements

EV Safety GTR Task Force Group #2 – Low Electric Energy #5 EVS GTR Status Briefing May 13, 2014.

WATERLOO ELECTRICAL AND COMPUTER ENGINEERING 60s: Power Engineering 1 WATERLOO ELECTRICAL AND COMPUTER ENGINEERING 60s Power Engineering Department of.

Objectives: 1. Define and calculate the capacitance of a capacitor. 2. Describe the factors affecting the capacitance of the capacitor. 3. Calculate the.

Monday February 23 Lecture 15 RC Circuits Electricity in the Nervous System.

Capacitance Physics Department, New York City College of Technology.

DAY 28 DC circuits. Slide 23-3 Slide 23-4 Slide 23-5.

Electric Circuit Capacitors Electric Circuits Capacitors DK 12.

National Highway Traffic Safety Administration Electrical Safety William Joel Sánchez.

Automotive Batteries Chapter 29.

Electronic Component Functions What is this component doing my in electronic device?

EV Safety GTR Task Force Group #2 – Low Electric Energy #6 EVS GTR Status Briefing November, 2014 EVS-06-18e.

Chapter 28: Direct Current Circuits

Chapter 2.3 Capacitor Charging & Discharging Page 1 of 23 Last Updated: 1/9/2005 Electrical Theory I (ENG3322) Engineering Course Board Charging of a capacitor.

Lab 5 – Power/Energy Larry, Ravi. What is Power? What is Energy? A Real World Example Why do we care? ATMega328p Demo Setup ATMega328p Interactive Demo.

Electrical Circuit Components. resistors electrical resistance Resistance opposes the flow of current through a material It is a property of a material.

EENG 2610: Circuit Analysis Class 11: Capacitor and Inductor Combinations RC Operational Amplifier Circuits Oluwayomi Adamo Department of Electrical Engineering.

Introduction to Engineering Camera Lab #4 – 1 Introduction.

EVPC1 Informal adhoc EVPC Working Group Geneva, may 18 th, 2010 Proposal from FRANCE based on EVPC informal group work Informal document No. GRSP

Electric Potential and Energy. Objectives Define work and relate it to energy Define electric potential difference, and relate it to the work done on.

Electric field, Electric Potential Difference and Capacitance.

1. Capacitor and Voltage Doubler 2 Basic construction of capacitor 3.

EKT 101 Electric Circuit Theory

Dept of Electrical & Electronics Engineering ELE 1001: Basic Electrical Technology Lecture 04 Node Voltage Analysis.

18240 Element two - Components INPUTS OUTPUTS PURPOSE TYPICAL USE.

7. Direct Current circuits. 11 Find the currents, which flow in all the wires of the circuit in this figure 12  9 V 6 V b a cd 18 

Tin Foil Capacitor A capacitor is an electrical component that stores charge. Whilst you’re watching the demo, write down some.

Electrical Energy. Electric Potential Energy Note: Energy is scalar, so keep the sign on the charge +d means movement in the same direction as the E-field.

What we will do today: Introduce the new topic on Electronic Components. Identify the three main parts of any electronic system. Give examples of output.

Electricity and Electronics Base of Modern Technology.

What charge exists on a 30 μF capacitor (fully charged) with a 120 V potential difference between its plates and what is the energy stored? Ans: 3.6.

1 ECE 3301 General Electrical Engineering Section 22 Capacitance.

Chapter 3 – Diode Circuits – Part 3

Objectives: 1. Define and calculate the capacitance of a capacitor. 2. Describe the factors affecting the capacitance of the capacitor. 3. Calculate the.

Capacitors A capacitor is a device that has the ability “capacity” to store electric charge and energy.

Physics 213 General Physics Lecture Last Meeting: Self Inductance, RL Circuits, Energy Stored Today: Finish RL Circuits and Energy Stored. Electric.

Introduction to Engineering Camera Lab #4 – 2 Task #1 Agenda Overview of Camera Lab #4 Learn about operation of oscilloscope Review Task #1 Procedure Conduct.

Task Force 8: Heavy Duty Vehicles

Batteries as Integral Part of Equipment

Clock Signals: 555 Timer 555 Timer Digital Electronics TM

Electric Vehicles Safety Global Technical Regulation

Electricity – what’s it about?

And more practical uses of electricity

Lecture 15 Review: Capacitors Related educational materials:

Wireless charging FACULTY OF ENGINEERING AND INFORMATION TECHNOLOGY

Session 2 “Plug Discharge” Test

ELECTRICAL AND COMPUTER ENGINEERING

Electric Vehicles Brownbag

Capacitors ( ) Capacitors are elements used in circuits to store electric charge (and energy) and to block surges of electricity, protecting circuits.

Cell Phone Charger Project

Chapter 3 Inductance and Capacitance

555 Timer 555 Timer Digital Electronics TM 1.2 Introduction to Analog

R101 amendment Proposal from German

Capacitors 2 conducting plates separated by an insulator (or dielectric) Connect to a voltage source, stores +q and –q on plates: q = Cv C = capacitance.

What charge exists on a 30 μF capacitor (fully charged) with a 120 V potential difference between its plates and what is the energy stored? Ans: 3.6.

FIGURE 12-1 A Leyden jar can be used to store an electrical charge.

555 Timer 555 Timer Digital Electronics TM 1.2 Introduction to Analog

Q Action on Electric Vehicle Policy, Regulation, and Deployment

2017 Action on Electric Vehicle Policy, Regulation, and Deployment

Current and Resistance

FIGURE 12-1 A Leyden jar can be used to store an electrical charge.

Training Course for Electric Vehicle Training Course for Electric Vehicle.

Express the Farad in S.I units

EPRI Truck & Bus Meeting SAE Medium and Heavy Duty Vehicle

Questions/comments to EVS (CN)

Why J3068? – Issues in the field

Questions/comments for EVS (JRC)

Why J3068? – Issues in the field

Presentation transcript:

Questions/comments for EVS1546-A03 (CN) The objective of this presentation is unclear; is it a proposal for additional details in the measurement method or is it a proposal for expansion of the scope to include requirements for charging conditions? Slide 2 – Hazardous voltages only need to be considered when there is a risk of exposure to persons in the event of a single failure condition. What is the failure condition considered for the statement: “The Total Energy (TEx) of unidirectional single impulse currents in the form of rectangular and sinusoidal impulses or capacitor discharges from high voltage electrical components shall be less than 0.2 J; the energy stored in the Y-capacitors (TEy1, TEy2) shall also be less than 0.2J” ? Comments: Propose to use the following statement to clarify the requirement: “The accessible stored energy in the y-caps (including parasitic elements) between each DC line/conductor and vehicle chassis/exposed conductive part shall never exceed 0.2J under single fault conditions, taking the y-caps, if any, in any off-board charger into account.”