Need help? Contact library@nbcc.ca
Digital Systems Design, Volume I
by
Working as an engineer with advanced weapon systems for more than 25 years, it was crucial to understand the fundamentals of numbering systems, logic gate design, and the logical math known as Boolean Algebra. Whether as a technician or engineer, these fundamentals are the basics of engineering and are essential in interpreting logic gate functionality. The intent of this book is to provide much more information than most commercial engineering references currently offer. In Chapter 1, numbering systems such as binary, octal, hexadecimal, gray code, binary-coded decimal, and other systems are discussed. Chapter 2 discusses constants and variables, implementing the basic design of truth tables, basic gate operators, and several other logic gate designs. Chapter 3 provides a broad array of Boolean Algebra symbology and logic gate operations, discussing topics such as properties, theorems, implementing and interpreting truth tables from Boolean Algebra expressions, finding minterms and maxterms from symbology expressions, and more. The chapter review and chapter answer sections provide an extensive number of questions with comprehensive insight to showing how to attain the answers. This book will be an extremely valuable asset for technical and engineering students studying digital system design.
Troubleshooting Electronic Circuits
by
This hands-on guide shows, step by step, how to build, debug, and troubleshoot a wide range of analog electronic circuits. This explains proper debugging techniques as well as testing and modifying methods.
Basics Electro-Planning
by
The concept and detailed design of buildings requires a comprehensive approach. Coordinating the different trades is one of the architect's key tasks. In view of the fact that electrical installations in buildings are becoming increasingly complex, the architect needs to have a solid, basic understanding in this field in order to be able to prepare the design for the input of the specialist engineers.
Electronics 1: Quick Study Guide
by
Engineers build the foundation for solid and secure systems that we all use every day. The number of facts needed for those calculations is staggering and just one mistake can wreak havoc. This must-have reference to the core fundamentals of electronics is perfect for any student or professional. Concisely written so you can have more answers in 6 durably laminated pages than you would find in 100 pages of a book. Ready at your fingertips for studying and boosting grades, or for career projects in the working world providing one more verification of facts that can ensure a solid build. Concepts covered are taught in electronic circuit courses for engineers where key facts learned need to be referenced throughout engineering school and a career. With the number of facts covered and the durability to last a lifetime, there is also no better value. To complete the set, get Electronics 1 & Electronics 2 for even more well-rounded coverage. 6 page laminated guide covers: Circuits & Systems: Definitions Electronic Circuits Resistive Circuits Time Dependent Circuits Electrical Signal Signal Distortion Noise Circuit Devices Diodes: Ideal & Practical Versions Diodes as Circuit Elements Semiconductor Diodes Intrinsic & Extrinsic Semiconductors PN Junction Junction Diodes Biasing a Semiconductor Diode Rectifier Circuits Half-Wave Rectifier, & with a Capacitor Filter Full-Wave Rectifier with a Center-Tapped Transformer Full-Wave Bridge Rectifier Voltage Regulation, Zener Regulators Diode Clipping Circuits, Voltage Clamps, Envelope Detector Bipolar Junction Transistors (BJTs) Unbiased BJT & Biased BJT Equivalent Circuit of a BJT BJT Modes of Operation & BJT Characteristics Analytical Relations of BJT Characteristics Single-Battery Biasing: CE configurations Calculation of Biasing Resistor Values Operating Point (Q-Point) Calculation Voltage-Divider Bias Maximum Dynamic Swing of the Signal Biasing for Q-Point Stability H-Parameter & Hybrid: pi Parameter Models of BJTs Hybrid-pi model: CE Configuration Common Emitter (CE) Amplifier Common Base (CB) Amplifier Common Collector (CC) Amplifier Comparison of the Parameters of CB, CE & CC Amplifiers
Electronics 2: Quick Study Guide
by
Engineers build the foundation for solid and secure systems that we all use every day. The number of facts needed for those calculations is staggering and just one mistake can wreak havoc. This must-have reference to the core fundamentals of electronics is perfect for any student or professional. Concisely written so you can have more answers in 6 durably laminated pages than you would find in 100 pages of a book. Ready at your fingertips for studying and boosting grades or for career projects in the working world, providing one more verification of facts that can ensure a solid build. Concepts covered are taught in electronic circuit courses for engineers where key facts learned need to be referenced throughout engineering school and a career. With the number of facts covered and the durability to last a lifetime, there is also no better value. To complete the set, get Electronics 2 & Electronics 1 for even more well-rounded coverage. Transistor as a Switch Differential Amplifiers Operational Amplifiers Ideal Op-Amp Characteristics Op-Amp Operational Parameters Frequency Roll-Off Inverting Amplifier (Virtual Ground Amplifier) Non-Inverting Amplifier Integrator (Low-pass filter) Differentiator (High-pass filter) Level Camping Linear Voltage-to-Current Converters Logarithmic Amplifier Charge Amplifier Precision Rectifier & Peak Detector Voltage Follower (unity gain amplifier) Regulated Power Supply Unipolar Devices Field Effect Transistors (FETs) FET Types, FET Operation Modes JFET: Device Operation Output Characteristics of JFET Linear Operation of JFET, JFET Operation Unipolar Devices: MOSFET Enhancement-Type MOSFET MOSFET Operation MOSFET output characteristics V-I characteristics of enhancement-type MOSFET Diffused-Channel (Depletion-Type) MOSFET Small-Signal Equivalent Circuit & Frequency Response of FETs Common-Gate Amplifier Common-Source Amplifier Common-Drain Amplifier Summary on JFETs & MOSFETs N-channel JFET, P-channel JFET N-channel Depletion MOSFET N-channel Enhancement MOSFET P-channel depletion MOSFET P-channel enhancement MOSFET Digital Electronics Digital Representation, Digital Circuits Boolean Logic & Digital Gates Combinational Gates Representation of Binary Numbers Implementing Logic Functions Using Switches Opto-Electronics Light Emitting Diodes Photodiodes & Solar Cells Integrated Circuits Complementary Metal-Oxide semiconductor Charge-Coupled Devices
Technically Drawn
by
This book explains the importance of drawings and sketches to technical professions, and the lines and views of technical drawings.
Mathematics for Engineers I
by
Mathematics for Engineers I treats basic calculus with differential and integral calculus of single valued functions.
Scientific Style in English
by
Scientific Style in English helps users with the reading and writing of scientific and technical texts in English, with a particular focus on style, grammar and math. It can be used by students and professionals with basic or intermediate understanding of the English language. Technical topics discussed in the book include: Scientific Style in English, Mathematical Style in English, Technical Style, Stylistic Problems in English and How to write Theses and Dissertations.
Technical Writing for Environmental Engineers
by
This book is meant to serve as a guide and tool for engineers navigating formal and informal writing in the workplace. Topics include the most common types of technical documents, the fundamentals of professional writing, the use of references and citations, and how and why engineers and other professionals should always proofread their work.
Search using subject keywords, title of book or author's name.
