DOCSLIB.ORG

Name Institution Professor Date

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Name Institution Professor Date UNDERSTANDING WORKSHOP TEST PANEL Name Institution Professor Date 11 Nature of task: Understanding the utility of each part of the testing panel Subject Control panel is a box or cabinet which contains electrical components to control the motors and equipments. It’s used to measure and test electrical devices, measurement of their operating voltage and current consumption, as well as testing for conductor continuity. The test panel in the Electrical workshop is very useful tool that can be used for testing. The following diagram is the test panel; each part of the test panel is numbered from 1 to 30. TEST PANEL AC440V AC230V AC110V AC24V DC24V ON ON ON ON ON OFF OFF OFF OFF OFF 1 2 3 4 5 200 400 0 230 1 4 1 0 0 600 4 V OFF 24 AC24V 6 7 AC110V B-22 B-22 AC230V 16 17 E-27 E-27 18 19 9 10 14 B-15d B-15d 8 20 21 E-40 E-40 BA9S BA9S 12 13 AC18V 11 15 22 23 E-12 E-12 TL 20 20 10 20 10 10 5 10 FUSE CHECK 0 30 0 30 0 15 0 30 A A A V DC24V TEST JACK DC24V AC440V 20A AC230V 20A AC110V 15A AC24V 10A DC24V 10A T1 R4 S4 T4 R2 S2 T2 R1 S1 R04 T04 P N T2 24 25 26 27 28 29 30 2 The function of each part is elaborated in the following table below: Test panel parts Part No Title Function 1 Circuit breaker for Circuit breaker protects the AC440V wiring and fixtures by turning off the power. If a fixture shorts out, or if a circuit gets 3 overloaded, the breaker will "trip." Switch on or off the power from AC440 V 2 Circuit breaker for Circuit breakers protect the AC230V wiring and fixtures by turning off the power. If a fixture shorts out, or if a circuit gets overloaded, the breaker will "trip." Switch on or off the power from AC230 V 3 Circuit breaker for Circuit breakers protect the AC110V wiring and fixtures by turning off the power. If a fixture shorts out, or if a circuit gets overloaded, the breaker will "trip." 4 Circuit breaker for Circuit breakers protect the AC24V wiring and fixtures by turning off the power. If a fixture shorts out, or if a circuit gets overloaded, the breaker will "trip." Switch on or off the power from AC24 V 5 Circuit breaker for Circuit breakers protect the DC24V wiring and fixtures by turning off the power. If a fixture shorts out, or if a circuit gets overloaded, the breaker will "trip." Switch on or off the power from DC24 V 6 Voltmeter Measures the potential difference between two points in a circuit. 7 Changeover switch For changing various desired voltages. 8 Receptacle This is device into which an electric cord can be plugged in order to provide electricity. Used to test 230V equipments with the same socket 9 Socket For communication between two machines Used to test lamps that is Edison (E)27 type 4 10 Socket For communication between two machines. Used to test lamps that is Edison (E) 27 type 11 Receptacle This is device into which an electric cord can be plugged in order to provide electricity. Used to test 230V equipments with the same socket 12 Socket For communication between two machines . Used to test lamps that is Edison (E) 40 type 13 Socket For communication between two machines . Used to test lamps type Edison (E) 40 14 Receptacle This is device into which an electric cord can be plugged in order to provide electricity. Used to test 110V equipments with the same socket 15 Receptacle This is device into which an electric cord can be plugged in order to provide electricity. Used to test 110V equipments with the same socket 16 Socket Electrical devices used to connect to a power source onto which another device can be plugged or screwed in. Used to test lamps that is B-22 type 17 Socket Electrical devices used to connect to a power source onto which another device can be plugged or screwed in. Used to test lamps that is B-22 type 18 Socket Electrical devices used to connect to a power source onto which another device can be plugged or screwed in. Used to test lamps that is B-15d type 19 Socket Electrical devices used to connect to a power source onto which another device can be 5 plugged or screwed in. Used to test lamps that is B-15d type 20 Socket Electrical devices used to connect to a power source onto which another device can be plugged or screwed in. Used to test lamps that is BA9S type 21 Socket Electrical devices used to connect to a power source onto which another device can be plugged or screwed in0 Used to test lamps that is BA9S type 22 Socket Electrical devices used to connect to a power source onto which another device can be plugged or screwed in. Used to test lamps that is Edison (E) 12 type 23 Socket Electrical devices used to connect to a power source onto which another device can be plugged or screwed in, used to test lamps that is Edison (E) 12 type 24 Test Terminal AC440 V This provides AC power of 440 volts for connection of testing other equipments 25 Test Terminal AC230 V This provides AC power of 230 volts for connection of testing other equipments of similar voltage. 26 Test Terminal AC110 V This provides AC power of 110 volts for connection of testing other equipments of similar voltage. 27 Test Terminal AC24 V This provides AC power of 24 volts for connection of testing other equipments of similar voltage. 28 Test Terminal DC24 V To meet rigorous operating tests requirements in a variety of environmental conditions. This provides DC power of 24 volts for connection of testing 6 other equipments of similar voltage. 29 Test Jack To meet rigorous operating test requirements in a variety of environmental conditions Used for checking the continuity of M size fuses. 30 Fuse check This is use to check the working condition of fuses and its indication is LED light. Test Equipments Electrical workshop test panel is comprised of numerous, multifunction and site specific test equipments. Each test equipment has its own use in variety of situations and occasions. Below is the list of test equipments in the electrical workshop: List of measuring instruments used in electrical and electronic work Instrument Purpose of Instrument Ammeter Measures current Capacitance meter Measures the capacitance of a component Distortionmeter Measures the distortion added to a circuit Electricity meter Measures the amount of energy dissipated Frequency counter Measures the frequency of the current LCR meter Measures the inductance, capacitance and resistance of a component Microwave power Measures power at microwave frequencies meter Multimeter General purpose instrument measures voltage, current and resistance (and sometimes other quantities as well) 7 Network analyzer Measures network parameters Ohmmeter Measures the resistance of a component Oscilloscope Displays waveform of a signal Psophometer Measures AF signal level and noise Q meter Measures Q factor of the RF circuits Signal analyzer Measures both the amplitude and the modulation of a RF signal Signal generator Generates signals for testing purposes Spectrum analyser Displays frequency spectrum Sweep generator Creates constant-amplitude variable frequency sine waves to test frequency response Transistor tester Tests transistors Tube tester Tests vacuum tubes (triode, tetrode etc.) Wattmeter Measures the power Vectorscope Displays the phase of the colors in color TV Video signal generator Generates video signal for testing purposes Voltmeter Measures the potential difference between two points in a circuit. VU meter Measures the level of AF signals in Volume units Occasions Each test equipment has different function and use, below is the list of occasions when a test equipment was used. Test Equipment Occasion/ Situation of use Multimeter was used under following Multi-meter conditons : measuring voltage, current and resistance Measuring AC voltage in 230 V 8 socket in the electrical workshop Measuring DC voltage across torch batteries Checking the continuity in ohms across a fuse Measuring the current in series for the thermal overload of the domestic FW pump DC mA Source It was used to calculate the amount of mA which some devices operated at, in the Inert Gas Generator Panel . It was used to measure the current in mA in solar panel. Multifunction Calibrator It was used to generate 4-20mA signal for testing the pressure transmitter, when the signal was going up automatically the readings were changing on the pressure gauge in the CCR Regulated Power Supply It was used to charge up lifeboat batteries, the device was set at 13.8 V Clamp Meter It was used to check the current of each phases of the Domestic FW pump in the Electrical workshop Resistance Box It was used as a load of 270KΩ when the pressure transmitter was tested Addressee Programmer It was used to set the address for a fire smoke detector Insulation Tester It was used to check how good the insulation between the terminals and earth on the cargo pumps Digital thermometer It was used to read the temperature in DE and NDE of domestic FW pump Portable Wheatstone Bridge It can be used to change AC to DC Fluorescence Inspection Lamp It can be used to show any colorless steam leak in a pipe Some test equipments are shown on the following picture 9 10.
Load more

Recommended publications
  • How to Set-Up and Test Your Station
    HOW TO SET-UP AND TEST YOUR STATION. A BEGINNERS GUIDE TO PRACTICAL TESTING, SETTING UP YOUR EQUIPMENT AND HOW-TO START AT HOMEBREW SOMETIMES ITS IN THE BLOOD…….OR NOT. • Amateur radio, also known as ham radio, is the use of radio frequency spectrum for purposes of non- commercial exchange of messages, wireless experimentation, self-training, private recreation, radiosport, contesting, and emergency communication. • For some the “experimentation and self-training is the rewarding part for others it’s the talking or competitiveness. • I am a more the technical operator than talkative type. • Part One – How to set-up and test your station • We review typical buy / make decisions for radio equipment • Go over the basic test equipment needed to support and build radios THIS • Examples of using basic tests to ensure your station is operating correctly. PRESENTATION • Part Two - How-to Start at Homebrew SERIES • Discuss and recommend basic tools for construction • Introduce some favorites in available equipment – the cools stuff. • Look at available radio kits and design suitable for a new operator • List some of the places to get more information and help BUY OR MAKE? BUY BRANDED NEW STOCK OFF BRAND AND USED • Many good radios can be purchased from current • Many cheaper Chinese or Kit radios available suppliers • Less traditional suppliers (Individuals, E-bay, Amazon) • The new generation of Radios often offer • Some better than others – how to choose? • High performance • Still black box, but more open to experimentation – satisfaction of
    [Show full text]
  • Transistortester with AVR Microcontroller and a Little More Version 1.12K
    TransistorTester with AVR microcontroller and a little more Version 1.12k Karl-Heinz K¨ubbeler kh [email protected] February 18, 2017 Contents 1 Features 5 2 Hardware 9 2.1 Circuit of the TransistorTester . .9 2.2 Extensions for the TransistorTester . 11 2.2.1 Protection of the ATmega inputs . 11 2.2.2 Measurement of zener voltage above 4 Volt . 12 2.2.3 Frequency generator . 13 2.2.4 Frequency measurement . 13 2.2.5 Using of a rotary pulse encoder . 13 2.2.6 Connection of a graphical display . 15 2.2.7 Connection of a graphical color display . 19 2.3 Hints for building the TransistorTester . 20 2.4 Changeover for tester versions designed by Markus F. 21 2.5 Chinese clones with text display . 22 2.6 Chinese clones with graphical display . 23 2.7 Chinese kits with graphic displays . 28 2.8 Extented circuit with ATmega644 or ATmega1284 . 29 2.9 Buildup of a tester with ATmega1280 or Arduino Mega . 31 2.10 Programming of the microcontroller . 33 2.10.1 Using the Makefile with Linux . 33 2.10.2 Using the WinAVR package with Windows . 34 2.11 Troubleshooting . 36 3 Instructions for use 38 3.1 The measurement operation . 38 3.2 Optional menu functions for the ATmega328 . 39 3.3 Selftest and Calibration . 42 3.4 special using hints . 43 3.5 Compoments with problems . 43 3.6 Measurement of PNP and NPN transistors . 44 3.7 Measurement of JFET and D-MOS transistors . 45 3.8 Measurement of E-MOS transistors .
    [Show full text]
  • Transistortester with AVR Microcontroller and a Little More Version 1.13K
    TransistorTester with AVR microcontroller and a little more Version 1.13k Karl-Heinz K¨ubbeler kh [email protected] March 8, 2018 Contents 1 Features 5 2 Hardware 9 2.1 Circuit of the TransistorTester . .9 2.2 Extensions for the TransistorTester . 11 2.2.1 Protection of the ATmega inputs . 11 2.2.2 Measurement of zener voltage above 4 Volt . 12 2.2.3 Frequency generator . 13 2.2.4 Frequency measurement . 13 2.2.5 Using of a rotary pulse encoder . 13 2.2.6 Connection of a graphical display . 15 2.2.7 Connection of a graphical color display . 20 2.3 Hints for building the TransistorTester . 21 2.4 Changeover for tester versions designed by Markus F. 22 2.5 Chinese clones with text display . 23 2.6 Chinese clones with graphical display . 24 2.7 Chinese kits with graphic displays . 29 2.8 Extented circuit with ATmega644 or ATmega1284 . 30 2.9 Buildup of a tester with ATmega1280 or Arduino Mega . 32 2.10 Programming of the microcontroller . 34 2.10.1 Using the Makefile with Linux . 34 2.10.2 Using the WinAVR package with Windows . 35 2.11 Troubleshooting . 37 3 Instructions for use 39 3.1 The measurement operation . 39 3.2 Optional menu functions for the ATmega328 . 40 3.3 Selftest and Calibration . 43 3.4 special using hints . 44 3.5 Compoments with problems . 44 3.6 Measurement of PNP and NPN transistors . 45 3.7 Measurement of JFET and D-MOS transistors . 46 3.8 Measurement of E-MOS transistors and IGBTs .
    [Show full text]
  • Transistortester with AVR Microcontroller and a Little More Version 1.04K
    TransistorTester with AVR microcontroller and a little more Version 1.04k Karl-Heinz K¨ubbeler kh [email protected] December 1, 2012 Contents 1 Features 4 2 Hardware 6 2.1 Circuit of the TransistorTester . .6 2.2 Hints for building the TransistorTester . .7 2.3 Programming of the microcontroller . .8 2.4 Troubleshooting . .8 3 Instructions for use 10 3.1 The measurement operation . 10 3.2 Selftest and Calibration . 11 3.3 special using hints . 11 3.4 Compoments with problems . 12 3.5 Measurement of PNP and NPN transistors . 12 3.6 Measurement of JFET and D-MOS transistors . 13 4 Configuring the TransistorTester 14 5 Description of the measurement procedures 19 5.1 Measurement of Semiconductors . 21 5.1.1 Measurement of PNP Transistor or P-Channel-MOSFET . 21 5.1.2 Measurement of NPN Transistor or N-Channel-MOSFET . 23 5.1.3 Measurement of Diodes . 25 5.1.4 Results of different measurements . 25 5.2 Resistor Measurement . 28 5.2.1 Resistor Measurement with 680 Ohm Resistors . 28 5.2.2 Resistor Measurement with 470 kOhm resistors . 30 5.2.3 Results of the resistor measurements . 31 5.3 Measurement of Capacitors . 36 5.3.1 Discharging of Capacitors . 36 5.3.2 Measurement of big Capacitors . 36 5.3.3 Measurement of small Capacitors . 38 5.3.4 Measurement of the Equivalent Series Resistance ESR . 40 5.3.5 Results of Capacitor measurement . 42 5.3.6 Automatic calibration of the capacitor measurement . 47 5.4 Measurement of inductance . 51 5.4.1 Results of the inductance measurements .
    [Show full text]
  • Simpson Test Equipment (Bulletin No. 2064A)
    BULLETIN NO. 2064A TEST EQUIPMENT WORLD'S LARGEST MANUFACTURER OF ELECTRONIC TEST EQUIPMENT FOR INDUSTRIAL ELECTRONIC AND ELECTRICAL APPLICATIONS INCLUDING RADIO AND TV SERVICING, AIR CONDITIONING, REFRIGERATION AND HEATING Distributed By: ELECTRONIC WHOLESALERS, INC., 2345 Sherman Avenue N. W. Washington 1, D. C. Phone: HU 3-5200 20,000 Ohm. per Volt DC 20,000 Ohm. per Volt DC 5,000 Ohm. per Volt AC 5,000 Ohm. per Volt AC • Polarity Reversing Switch: Makes DC measurements easier Model 270 includes all of the excellent features of the w o rld and faster ... no lead reversal. famous 260, plus a mirror scale and knife-edge pointer. • 50 Microampere-250 Millivolt Range: Gives more sensitive It offers you repeatability, depe nda bility, ruggedness, and measurements. the higher accuracy necessary for many production and labora tory applications. Fused : Ohmmeter ranges protected • Easier-to-Read Scales: Blac k and red scales have been spread out lor faster reading, less chance of error! from high voltage overloading with internal 1 amp fuse. • Less Circuit Loading: Sensitivity of AC voltage ranges increased RANGES to 5000 ohms-per-voll! D.C. Voltage (20 ,000 ohms-per-volt): 0-250 my; 0-2.5 v; 0-10 v; 0-50 v; 0-250 v; 0-1000 v; 0-5000 v. • Popular DBM Ranges: -20 DBM to + 50 DBM, one milliwatt in 600 ohms! A.C. Voltage (5000 ohms-per-volt) : 0-2.5 v; 0-10 v; 0-50 v; 0-250 v; 0-1000 v; 0-5000 v. • Improved Frequency Response in AC Measurements: 5 to A.F.
    [Show full text]
  • Electronic Servicin R a a HOWARD W
    March, 1976 Li 75 cents Electronic Servicin R a A HOWARD W. SAMS PUBLICATION COLOR CASEBOOK Audio Quiz www.americanradiohistory.com You've Got IJs Where You Want LTS CANADA Ouz ?'Jecueat SEATTLE .docatio«re - j. !`.r, PORTLAND MONTREAL MINNEAPOLIS NGFIELOr BUFFALO MILWAUKEE' PATERSON CLEVE INDIANA S F`Yf ILADELPHIA BLOOMINGTON "'ITTSBURG}Ir P ER SPRING 4 1,j'2COLUMBUS S SACRAMENTO ARVADA CINCINNATI KANSAS CITY ST. LOUIS NOR OLK LOS A$ l°ES, r ä1N DIEGO CHARLOTTE MEMPHIS 40` OKLAHOMA CITY PHOENIX ti f BIRMINGHAM ay LONGVIEW JACKSONVILLE METAIRIE r a fi (f Yr. HOUSTON '2- Even though we're the world's largest service. Bring us a tuner ... any tuner... tuner repair service, recommended by at 8 a.m. and it's repaired and tested by more TV manufacturers than any other 4 p.m. Then there's quality . original company, we think small. Really! We parts, and once repaired, it's good as could put the whole thing under one new. Oh sure, being the world's largest roof. Instead, we have 35 small service is something we're proud of. But we also centers across the country, staffed by like the fact that with 35 service more than 200 professional technicians. locations, we can be small enough to Why? Service for one thing ... same -day give every tuner repair job a personal as well as a professional touch. .... NICS, INC. 11....u.... 5 ..11..11.....1111....11 PECISIO TJ\ER SPVICE Consult the white pages of your telephone directory for the address and telephone number of the PTS center nearest you.
    [Show full text]
  • Projects for Students
    Projects for Students List of Silver Class Projects ELECTRONIC ALARM DELAY FOR ALARM CLOCK TUNING INDICATOR FOR RADIO RECEIVER SOLIDSTATE EMERGENCY LIGHT AUTOMATIC POLARITY CHANGEOVER FOR MULTIMETERS CRYSTAL-CONTROLLED DIGITAL CLOCK FUNCTION GENERATOR PROPORTIONAL POWER CONTROL USING SCR INTRUDER ALARM HEARING AID MANUAL AC MAINS REGULATOR PROTO-EXPERIMENTER FOR BREADBOARDING IC CIRCUITS SOLIDSTATE STARTING TIME DELAYER RECHARGEABLE NI-CD TORCH LOW COST POWER SUPPLY FOR DIGITAL ICS ALARM PROTECTION BY AUTOMATIC SILENCING AFTER A PRESET DELAY STEREO TAPE CASSETTE PLAYER CONTROL WATER LEVEL IN OVERHEAD TANK AUTOMATICALLY LIGHT BEAM CONTROLLED TOGGLING SWITCH FOR REMOTE CONTROL VERSATILE INTERCOM ELECTRONIC TIMER WITH AUDIO ALARM MANUAL VOLTAGE STABILIZER TO AN AUTOMATIC STABILIZER HIGH / LOW VOLTAGE CUTOUT TO SUIT ANY DELAY AND RELAY MUSICAL MELODY SYNTHESIZER AUTOMATIC VOLTAGE REGULATOR BATTERY STATE INDICATOR 3-BAND RADIO RECEIVER USING BEL 7000 IC HIGHLY VERSATILE DC POWER SUPPLY BOATMAN'S PUZZLE CURRENT LIMITING FACILITY TO YOUR DC POWER SUPPLY VERSATILE TOUCH PLATE MUSICAL KALEIDOSCOPE PULSE GENERATOR USING ICS TIMER INTERVAL SETTER AC MAINS VOLTAGE REGULATOR USING AN IC STEREO CASSETTE PREAMPLIFIER SECONDS BLINKER TO DIGITAL CLOCK A LADDER CRYSTAL FILTER RECEIVER REVERB AMPLIFIER DESIGN OF POWER SUPPLY TRANSFORMER TWO-WAY INTERCOM SIMPLE LED CONTINUITY CHECKER WAIT PLEASE INDICATOR TRANSMITTER EXCLUSIVE OR AND OR GATES WORK WITHOUT POWER SUPPLY SEMICONDUCTORS TESTER SPLIT PHASE POWER SUPPLY A PHOTOFLASH SLAVE FOR ELECTRONIC FLASH
    [Show full text]
  • HICKOK Recognized for Excellence for 54 Years
    Since 1910, the name "HICKOK" inscribed on elec- trical and electronic instruments has been the assur- ance of the finest and most dependable in electronic test equipment. For longer than there has been an "electronics" industry, HICKOK engineering has continually pioneered in the development of highest quality, versatile, reliable test and indicating instruments. From the days of Marconi's wireless, into the age of semiconductors, HICKOK has led the way in such 1910-1964 important development as: HICKOK • The first Dynamic Mutual Conductance Tube Tester , universally accepted as providing the standard test Recognized For Excellence of a vacuum tube .. HICKOK tube testers have been widely emulated -they have never been surpassed. For 54 Years • The friction·free, Taut-Band Meter-eliminating friction from pivots, jewels and hairsprings. • 250 0 Scale Meters . • Sub-miniature, ruggedized meters built to military specifications. • And now, in the Transistor Age-a full line of tran· sistor testing instruments featuring the same ease of operation, unmatched versatility, une xcelled reliability that have characterized HICKOK products for more than half a century. ,1~ ];~-'[ gu;4-eo ~,~zc. 3302 W . 8ROAD S T. RICHMOf'JD , VA . 232 30 ;i. :::-""01., ." EHONE 359·6071 . 123 R 121 CARD SUBSCRIPTION PLAN TU BE TESTER . 580 539 C 752 A 6000A 800A RO LL C HA RT SUBSCRIPTION PLAN . TUBE TESTER A CCESSORIES TRANSISTOR TESTER . 870 890 85 0P VTVM . 209B 2 6 470A 2 8 VOLT -O HM- MILLIAM ETER 455A 29 457 29 OSCILLOSCOPE . .. ?lOA . 30 67 5A 32 677 33 FIELD STRENGTH M ETER 235A 34 288AX 727 725 295X 760 All Hick ok test equipment in this 656X C catalog is a vailable for 220/1 10 660 volt, 50/60 cycle operation ex- 661 cepting Color Telev ision Gener- 662 ators ( Models 660, 661, 662 and 615 656XC) and the Model 760 Video 691 Scan ner .
    [Show full text]
  • Navy Electricity and Electronics Training Series
    NONRESIDENT TRAINING COURSE SEPTEMBER 1998 Navy Electricity and Electronics Training Series Module 21—Test Methods and Practices NAVEDTRA 14193 DISTRIBUTION STATEMENT A: Approved for public release; distribution is unlimited. Although the words “he,” “him,” and “his” are used sparingly in this course to enhance communication, they are not intended to be gender driven or to affront or discriminate against anyone. DISTRIBUTION STATEMENT A: Approved for public release; distribution is unlimited. PREFACE By enrolling in this self-study course, you have demonstrated a desire to improve yourself and the Navy. Remember, however, this self-study course is only one part of the total Navy training program. Practical experience, schools, selected reading, and your desire to succeed are also necessary to successfully round out a fully meaningful training program. COURSE OVERVIEW: To introduce the student to the subject of Test Methods and Practices who needs such a background in accomplishing daily work and/or in preparing for further study. THE COURSE: This self-study course is organized into subject matter areas, each containing learning objectives to help you determine what you should learn along with text and illustrations to help you understand the information. The subject matter reflects day-to-day requirements and experiences of personnel in the rating or skill area. It also reflects guidance provided by Enlisted Community Managers (ECMs) and other senior personnel, technical references, instructions, etc., and either the occupational or naval standards, which are listed in the Manual of Navy Enlisted Manpower Personnel Classifications and Occupational Standards, NAVPERS 18068. THE QUESTIONS: The questions that appear in this course are designed to help you understand the material in the text.
    [Show full text]
  • Utility Board User Manual
    Personal Mechatronics Lab Utility Board User Manual ©2012 by M.R. Emami Utility Board User Manual 1 Table of Contents 1 Table of Contents .................................................................................................................................. 1 2 Introduction .......................................................................................................................................... 3 2.1 Overview ....................................................................................................................................... 3 2.2 Modules ........................................................................................................................................ 4 2.2.1 Power Module ....................................................................................................................... 4 2.2.2 Transistor Tester ................................................................................................................... 4 2.2.3 IR Emitter Tester ................................................................................................................... 4 2.2.4 Continuity Tester ................................................................................................................... 4 2.2.5 Function Generator ............................................................................................................... 4 2.2.6 Battery Charger ....................................................................................................................
    [Show full text]
  • 100 Transistor Circuits.Pdf
    save on your computer as .pdf: 1-100 Transistor circuits.pdf Go to: 101 - 200 Transistor Circuits Go to: 100 IC Circuits See TALKING ELECTRONICS WEBSITE email Colin Mitchell: [email protected] INTRODUCTION This e-book contains 100 transistor circuits. The second part of this e-book will contain a further 100 circuits. Most of them can be made with components from your "junk box" and hopefully you can put them together in less than an hour. The idea of this book is to get you into the fun of putting things together and there's nothing more rewarding than seeing something work. It's amazing what you can do with a few transistors and some additional components. And this is the place to start. Most of the circuits are "stand-alone" and produce a result with as little as 5 parts. We have even provided a simple way to produce your own speaker transformer by winding turns on a piece of ferrite rod. Many components can be obtained from transistor radios, toys and other pieces of discarded equipment you will find all over the place. To save space we have not provided lengthy explanations of how the circuits work. This has already been covered in TALKING ELECTRONICS Basic Electronics Course, and can be obtained on a CD for $10.00 (posted to anywhere in the world) See Talking Electronics website for more details: http://www.talkingelectronics.com Transistor data is at the bottom of this page and a transistor tester circuit is also provided. There are lots of categories and I am sure many of the circuits will be new to you, because some of them have been designed recently by me.
    [Show full text]
  • Tics of Transistors the Emitter Is Not Quite As Posi- Tive, and the Collector Is Far More %
    ana aescrmea how to troubleshoot I I I I transistorized circuits. Incorporated into the text was a description of a simple in-circuit transistor checker that utilized the X-Y display capabilities of an oscilloscope. la. NPN silicon transistor typical bias lb. PNP germanium transistor typical We have received many requests for conditions bias conditions copies of this article and especially Figure 1. Transistor bias examples information about the transistor showing the “on” condition checker. So, by popular demand, here is a repeat of “How to Troubleshoot In a PNP transistor, the base must saturated germanium transistor Transistorized Circuits Faster,” by be more negative than the emitter in may have as low as 0.05 volts be- George Stanley, based mostly on his order for current to flow. tween its emitter and collector, book, Transistor Basics: A Short So “on” bias voltages for a transistor while a saturated silicon transistor Course. Copyright @ 1967, 1975 by can be summed up by referring to may have 0.5 volts or less between Hayden Book Company, Inc. All Figure 1 and the following two rules: these leads. rights reserved. This material is - For a PNP, the base is negative, printed with the permission of 0 the emitter is not quite as nega- Hayden Book Co., Inc., Rochelle n, tive, and the collector is far more Park, N.J. 72 negative. 0 -76 0 Fundamental Characteris- - For an NPN, the base is positive, tics of Transistors the emitter is not quite as posi- tive, and the collector is far more % Before describing specific trouble- positive.
    [Show full text]