Knowledges in Electronics

Choose your interests from a vast range of topics

SATELLITE COMM. WIRELESS NETWORK ANTENNA PROPAGATN

Attatchments include notes that are sequenced Chapterwise of SATELLITE COMMUNICATIONS WIRELESS NETWORKING ANTENNA PROPAGATION. The notes are useful for the students of electronics, who are further studying (tele) communications. Find related videos on this link - https://www.youtube.com/results?search_query=SATELLITE+COMMUNICATIONS+WIRELESS+NETWORKING+ANTENNA+PROPAGATION+Ajaze+Khan

BASIC CONCEPTS OF REMOTE SENSING

Notes shared via attatchment on the topic BASIC CONCEPTS OF REMOTE SENSING. Included explaination on topics- Remote sensing platforms, types of remote sensing, four types of resolutions, etc. Watch the related videos on these link - https://www.youtube.com/watch?v=nYJo1d-SWas https://www.youtube.com/watch?v=62hta-i4DSE https://www.youtube.com/watch?v=q_rkAXfUgCI https://www.youtube.com/watch?v=9A816dBnR

SATELLITES

Notes of SATELLITES available in the attatchments below. You can find the overview and types of Satellites in the pdf's attatched. These include topics such as History, How Satellites Work, Satellite Frequency Bands and Antennas, Orbit Distance, Pros & Cons, Applications, types, etc. If you need the videos related to Satellites, Click on this link - https://www.youtube.com/results?search_query=SATELLITES+Ajaze+Khan

EEE 4th sem Full notes ipu

Notes available for students of electronics. The content includes topics such as Control Sytem, Electricak machine part-1, Electrical Measurements, Electromagnetic Theory, Power System, etc. The notes can e used for preparation and examination purpose. #IPuniversity

VHDL

The powerpoint presentations are available for all students of electronics who are studying computer configuration as a subject. The persentations include explaination of VDHL, Why Use VHDL?, BASIC FEATURES OF VHDL, CONCURRENCY, SUPPORTS SEQUENTIAL STATEMENTS, etc.

Control Systems- IP University

THE CLIP IS A COMBINATION OF VARIOUS IMAGES, WORD DOCUMENTS AND PDF FILES ABOUT BLOCK DIAGRAM, POLAR PLOT, NYQUIST CRITERION, SIGNAL FLOW GRAPH, MASONS GAIN FORMULA,BODE PLOT, COMPENSATION TECHNIQUES ETC. #IPuniversity

AZIMUTH ELEVATION LOOK ANGLE COMPUTATION FOR SATEL

The topic discussed in the attatchments below is of the course electronics and subject signal processing. The content in the documents below comprises of the topic such as Look Angle Determination, Calculating Look Angle, Coordinate System, Satellite Coordinates, etc. Watch related videos on these link - https://www.youtube.com/watch?v=T4ABS-ILhyc https://www.youtube.com/watch?v=knuLi4PSZ9s

Electronics For Dummies

Attatched document is a book 'Electronics For Dummies' by by Gordon McComb and Earl Boysen. The content includes topics such as Understanding the Basics of Electronics Circuits, Everything You Need to Know about Soldering, Making Friends with Your Multimeter, Creating Your Own Breadboard Circuit,etc.

Digital System

Attatched below are documents containing relevant information about Digital systems. The content in the below attatched documents include topics such as Programmable Logic Devices, Asynchronous Sequential Circuits, Sequential Circuits, Boolean Algebra and Some Combinational Circuits, etc.

Arduino

Notes available for students studying electronics as a subject. The attatchment is related to robotics, which contains contents such as The Arduino Way, The Arduino Platform, Really Getting Started with Arduino, Advanced Input and Output, Talking to the Cloud, etc.

ASET #ES201 Basic Electronics Engineering End term

The topic discussed in the attatchments below is of the course electronics. The content in the documents below comprises of Amity University -Basic Electronics Engineering end term paper 2013 (course code #ES201). For preparation and revision purpose.

Fundamental of Electric Circuits

Fundamental of Electric Circuits by Alexander Sadiku available in the notes below. The content includes topics such as Systems of Units, Nodal Versus Mesh Analysis, Nodes, Branches, and Loops, Derivations of Thevenin’s and Norton’s Theorems, Nodal Analysis with Voltage Sources, etc.