Advancements in Lightning Test Services



Similar documents
SYSTEM FUNCTIONAL UPSET TESTING OF AIRCRAFT ELECTRICAL AND AVIONIC SYSTEMS: HOW TO APPROACH THE PLANNING AND CONDUCT OF THE TESTS

Lightning current simulation in the laboratory - parameters, procedures and test equipment -

Pulsed Power Engineering Diagnostics

Current Probes. User Manual

Line Reactors and AC Drives

Harmonics and Noise in Photovoltaic (PV) Inverter and the Mitigation Strategies

Rated Power(W) 8W 2. EG-LED W 3. EG-LED W

A NEAR FIELD INJECTION MODEL FOR SUSCEPTIBILITY PREDICTION IN INTEGRATED CIRCUITS

Current Probes, More Useful Than You Think

UNDERSTANDING AND CONTROLLING COMMON-MODE EMISSIONS IN HIGH-POWER ELECTRONICS

WHY DIFFERENTIAL? instruments connected to the circuit under test and results in V COMMON.

Signal Integrity: Tips and Tricks

Technical Article MS-2443

DDX 7000 & Digital Partial Discharge Detectors FEATURES APPLICATIONS

AND8229/D. An Introduction to Transient Voltage Suppression Devices APPLICATION NOTE

Troubleshooting accelerometer installations

Radiated Emission and Susceptibility

Design of Bidirectional Coupling Circuit for Broadband Power-Line Communications

DRAFT. University of Pennsylvania Moore School of Electrical Engineering ESE319 Electronic Circuits - Modeling and Measurement Techniques

An Ethernet Cable Discharge Event (CDE) Test and Measurement System

Design Guide for the Control of ESD in the esata Interface

Charged cable event. 1 Goal of the ongoing investigation. 2 Energy sources for the CDE. Content

Simulation électromagnétique 3D et câblage, exemples dans l'automobile et aéronautique :

AN Surging Ideas TVS Diode Application Note PROTECTION PRODUCTS. TRANSIENT IMMUNITY STANDARDS: IEC x

for Communication Systems Protection EMI CD-ROM INCLUDED

Output Ripple and Noise Measurement Methods for Ericsson Power Modules

A wave lab inside a coaxial cable

Tamura Closed Loop Hall Effect Current Sensors

DDX 7000 & Digital Partial Discharge Detectors FEATURES APPLICATIONS

Amplifier for Small Magnetic and Electric Wideband Receiving Antennas (model AAA-1B)

White Paper: Electrical Ground Rules

PCB Radiation Mechanisms: Using Component-Level Measurements to

MIL-STD-1553 Data Bus

GUIDE FOR TESTING POWER TRANSFORMERS

Lightning strikes onboard

A Lightning Protection System for Wireless Telecom Sites

Input and Output Capacitor Selection

Physics 221 Experiment 5: Magnetic Fields

Standard: EN :1995, EN :1996, ENV :1993, & EN :1995 Solid State Energy Meter

Eliminating Parasitic Oscillation between Parallel MOSFETs

Contactless Encoder RI360P0-QR24M0-INCRX2-H1181

Physics 120 Lab 6: Field Effect Transistors - Ohmic region

5. Measurement of a magnetic field

Inrush Current. Although the concepts stated are universal, this application note was written specifically for Interpoint products.

application note The Measurement and Suppression of RF Interference from TDMA Phones GSM Cellular Introduction

EE 1202 Experiment #4 Capacitors, Inductors, and Transient Circuits

DUAL%CHANNEL BROADBAND%LINEAR%AMPLIFIER Model&A800D

Crosstalk effects of shielded twisted pairs

Electromagnetic Test Facilities at Sandia National Laboratories

ILB, ILBB Ferrite Beads

Teseq ESD Simulator Verification

Interaction Note. Note 617. April 2011

This is a preview - click here to buy the full publication TECHNICAL REPORT

Measuring Parasitic Capacitance and Inductance Using TDR

Electromagnetic (EMI) shielding

Module 11: Conducted Emissions

CAN Bus Transceivers Operate from 3.3V or 5V and Withstand ±60V Faults

Germanium Diode AM Radio

NMI M 6-2 Electricity Meters. Part 2: Test Report Format

Measuring Impedance and Frequency Response of Guitar Pickups

IEC ESD Immunity and Transient Current Capability for the SP72X Series Protection Arrays

Separation of power and information technology cabling

SHENZHEN GEMBIRD ELECTRONICS LTD EMC REPORT

AN SMSC Design Guide for Power Over Ethernet Applications. 1 Introduction. 1.1 Power Over Ethernet

Transient Overvoltage Protection

RC & RL Transient Response

5. MINIMIZATION OF CONDUCTED EMI. Chapter Five. switch-mode power supply decrease approximately linearly with the increase of the switching

Equipment: Power Supply, DAI, Transformer (8341), Variable resistance (8311), Variable inductance (8321), Variable capacitance (8331)

Miniature High-Resolution Registration Mark Sensor White LED AUTOSET Remote Setup Option

GenTech Practice Questions

EMC / EMI issues for DSM: new challenges

THE LIGHTNING PROTECTION INTERNATIONAL STANDARD

Annex 113A Description of cable clamp and test setup. (informative) 113A.1 Overview

CHAPTER 6 INSTRUMENTATION AND MEASUREMENTS 6.1 MEASUREMENTS

Test Report #: Date: April 8, 2005

0HDVXULQJWKHHOHFWULFDOSHUIRUPDQFH FKDUDFWHULVWLFVRI5),)DQGPLFURZDYHVLJQDO SURFHVVLQJFRPSRQHQWV

Predicting radiated emissions from cables in the RE02/RE102/DO- 160/SAE J test set up, using measured current in NEC and simple TX equations.

AN ISOLATED GATE DRIVE FOR POWER MOSFETs AND IGBTs

ElectroMagnetic Induction. AP Physics B

Common Mode Choke Filtering Improves CMRR in Ethernet Transformer Applications. Application Note. June 2011

Prepared for Dorman Long Engineering Technology Consultant (Shanghai) Co., Ltd.

Measurement setup for differential-mode and common-mode channels

Pre-Compliance Test Method for Radiated Emissions of Automotive Components Using Scattering Parameter Transfer Functions

AFG-100/200 series USB Modular Arbitrary Function Generator. Date: Oct, 2014

DIRECT CURRENT GENERATORS

Electrical Predictive and Preventative Maintenance

ENGINEERING COMMITTEE Interface Practices Subcommittee AMERICAN NATIONAL STANDARD ANSI/SCTE Test Method for AC to DC Power Supplies

Design A High Performance Buck or Boost Converter With Si9165

PMP 4000 Series. Druck Amplified Output Pressure Transducers. GE Sensing. Applications. Features

Why Buy HVI VLF Products?

Fundamentals of Signature Analysis

LIGHTNING PROTECTION FOR AIRCRAFT

Engineering Sciences 151. Electromagnetic Communication Laboratory Assignment 3 Fall Term

Issues and Solutions for Dealing With a Highly Capacitive Transmission Cable

Disk Contents: Limit Lines and Transducer Factors

AN-6 COMMON MISTAKES IN LIGHTNING PROTECTION OF PHONE LINE INTERFACE CIRCUITS

REPORT ON CANDIDATES WORK IN THE CARIBBEAN ADVANCED PROFICIENCY EXAMINATION MAY/JUNE 2008 ELECTRICAL AND ELECTRONIC TECHNOLOGY (TRINIDAD AND TOBAGO)

Transmissive Optical Sensor with Phototransistor Output

Inductors. AC Theory. Module 3

RC NETWORKS SALES GUIDE

Transcription:

Advancements in Lightning Test Services

Presentation Overview Basic Lightning Concepts Indirect Effects Testing Waveforms General Test Methods Elite Testing Capability What s in place What s new

Lightning Test Overview

Standard Lightning Model Cloud to Ground Cloud to Cloud Intra-cloud Negative Flash Positive Flash Complex response measured on aircraft Aircraft studies Lightning is probabilistic and variable

Standard Lightning Model Naturally occurring leader originates at charge region Bidirectional Junction Leaders Originate at Aircraft Opposite Polarity Charge Region

Negative Lightning Flash Model

Lightning Effects Direct Effects (Physical Effects) Burning, Melting, Arcing, Blasting, Puncture Indirect Effects (Electromagnetic Effects) Aperture Coupling Structural IR Voltage

Direct Strike Current Waveforms

Multiple Stroke

Multiple Burst

Indirect Current Waveforms(3H) Indirect Multi-burst Waveform 3H

Aperture Coupling V Direct Strike Current Aperture

Indirect Current Waveforms Indirect Waveform 1 Direct Waveform 1 Magnetic fields generated by di/dt of Waveform 1 produce current and voltage indirect waveforms Indirect Waveform 2

Indirect Current Waveforms

Indirect Current Waveforms Waveform 4 Appears on conductors within shields due to the product of shield current and shield transfer impedance. Waveform 5 Long duration waveform appears on cables in more resistive CFC structures

Injection Methods

Injection Methods

Injection Methods

Elite s Lightning Testing How Does Elite Perform the Test Our present capabilities What s new

Elite Test Levels DO-160E Pin Injection RTCA DO 160E Table 22-2 Waveforms 3 (1MHz) 4 5A/5B Level Voc/Isc Voc/Isc Voc/Isc 1 100/4 50/10 50/50 2 250/10 124/25 125/125 3 600/24 300/60 300/300 4 1500/60 750/150 750/750 5 3200/128 1600/320 1600/1600 Direct Coupled

Elite Test Levels DO-160E Cable Single Stroke RTCA DO 160E Table 22-3 Waveforms 1 2 3 (1&10 MHz) 4 5A/5B Level V L /I T V T /I L V T /I L V T /I L V L /I T 1 50/100 50/100 100/20 50/100 50/150 2 125/250 125/250 250/50 125/250 125/400 3 300/600 300/600 600/120 300/600 300/1000 4 750/1500 750/1500 1500/300 750/1500 750/2000 5 1600/3200 1600/3200 3200/640 1600/3200 1600/5000 Inductive Coupled Ground Injection

Elite Test Levels DO-160E Cable Multiple Stroke RTCA DO 160E Table 22-4 Waveforms 1 2 3 (1&10 MHz) 4 5A/5B Level V L /I T V T /I L V T /I L V T /I L V L /I T First (L5) 1600/1600 1600/1600 3200/640 800/1600 640/2000 Subsequent (L5) 800/800 800/800 1600/320 400/800 320/1000 Inductive Coupler Ground Injection

Elite Test Levels DO-160E Multiple Burst RTCA DO 160E Table 22-2 Waveforms 3 (1&10 MHz) Level V T /I L 1 60/1 2 150/2.5 3 360/6 4 900/15 5 1920/32 Inductive Coupled

Elite s Lightning Testing Commercially Available Equipment Modify Existing Haefely Equipment Many Different Requirements Flexibility

Elite s Lightning Equipment DO160 Basic Unit Solid state switches and a 10,000V, 100kVA high voltage supply to produce the Single Stroke and Multiple Stroke pulses. The Multiple Stroke triggering patterns are produced with a Lecroy or Agilent arbitrary function generator. Waveform Plug-In. Resistive, inductive and capacitive (RLC) networks. Elite Built Lightning Generator

Elite s Lightning Equipment Elite Built Generator Plug in Modules

JSF & F22 Lightning Cable Single Stroke JSF Waveforms 1 2 4 5A/5B Level V L /I T V T /I L V T /I L V L /I T 1 50/100 50/100 50/100 50/150 2 125/250 125/250 125/250 125/400 3 300/600 300/600 300/600 300/1000 4 750/1500 750/1500 750/1500 750/2000 5 1600/3200 1600/3200 1600/3200 1600/5000 Inductive Coupled Ground Injection F22 SS, MS, Burst Burst - 0.2 x 4usec Voltage Pulse

Elite s Lightning Equipment

Elite s Lightning Equipment LISNs To Support Equipment 3.3 Meter Interconnecting Bundles Secondary Voltage Loop Transient Injection Probe 1 Meter Power Leads Test Item Current Monitoring Probe 5 cm 5 cm Transient Generator Oscilloscope 100x Voltage Monitoring Probe Typical Cable Injection Lightning Induced Transient Setup

Elite s Lightning Equipment

Elite s Lightning Equipment LISNs 3.3 Meter Interconnecting Bundles To Support Equipment Secondary Voltage Loop Transient Injection Probe 1 Meter Power Leads Test Item Current Monitoring Probe 5 cm 5 cm Amplifier Arbitrary Waveform Generator Oscilloscope 100x Voltage Monitoring Probe Typical Multiple Burst Cable Injection Lightning Induced Transient Setup

Elite s Lightning Equipment

Elite s Lightning Equipment Elite Electronic Engineering has a vast number of coupling probes from many manufacturers. The probes are made of materials, such as oriented silicon steel and various permeability ferrites. Through extensive experimentation, each probe has been matched to the generator for producing the best possible waveform. Large cables can be accommodated with larger opening probes.

Elite s Specialty Lightning Equipment

What s Next Higher Amplitudes Waveform 6H? Automation

Elite s Lightning Test Capability Summary DO-160E Single Stroke, Multi-Stroke, Multi-Burst Waveforms 1-5, Levels 1-5 MIL-461E JSF CS-115, 116 Combination Waveform 1&2, 4&5A Specialty Pulse Requirements

Elite s Lightning Test Capability Reference SAE ARP 5412/13/14/15/16 RTCA DO-160E