投影片講解視訊影片網址:
http://www.youtube.com/playlist?list=PLFL0ylDooClTXfy-cFbq7rV1iwP57JFaF
This slide is made by the RoBoard team of DMP Electronics Inc.:
https://www.facebook.com/roboard.fans
投影片講解視訊影片網址:
http://www.youtube.com/playlist?list=PLFL0ylDooClTXfy-cFbq7rV1iwP57JFaF
This slide is made by the RoBoard team of DMP Electronics Inc.:
https://www.facebook.com/roboard.fans
1) The document introduces concepts related to high frequency electronic circuits and communication systems, including dB definitions, phasors, modulation, linear modulation and transmitters.
2) It discusses phasor representation in the complex plane and how phasors can represent sinusoidal signals.
3) It covers various modulation techniques including amplitude modulation, frequency modulation, phase modulation, and linear modulation. Linear modulation uses an in-phase (I) component and quadrature (Q) component to modulate the carrier signal.
This document discusses the design of low-noise amplifiers. It begins with an overview of the basic structure of transmitters and receivers in wireless communication systems. It then reviews the relationships between power and gain and introduces the concept of the available power gain circle. The document discusses a design method for amplifiers that does not require simultaneous conjugate matching of both ports. It also covers noise theory for two-port networks and the fixed noise figure circle. The key points are utilizing available power gain circles and fixed noise figure circles to design amplifiers through tradeoffs between gain and noise on the Smith chart.
Verilog Tutorial - Verilog HDL Tutorial with ExamplesE2MATRIX
E2MATRIX Research Lab
Opp Phagwara Bus Stand, Backside Axis Bank,
Parmar Complex, Phagwara Punjab (India).
Contact : +91 9041262727
web: www.e2matrix.com -- email: support@e2matrix.com
Simulation tools typically accept full set of Verilog language constructs
Some language constructs and their use in a Verilog description make simulation efficient and are ignored by synthesis tools
Synthesis tools typically accept only a subset of the full Verilog language constructs
In this presentation, Verilog language constructs not supported in Synopsys FPGA Express are in red italics
There are other restrictions not detailed here, see [2].
The Module Concept
Basic design unit
Modules are:
Declared
Instantiated
Modules declarations cannot be nested
This document contains slides from a lecture on Verilog hardware description language. It introduces Verilog and compares it to other HDLs like VHDL. It discusses both structural and behavioral modeling in Verilog. Structural models describe a design using primitive components and their interconnections, while behavioral models describe the input-output function of a design. The document provides examples of modeling combinational logic like an AND gate and sequential logic like a 4-bit comparator using behavioral and structural Verilog. It also covers Verilog syntax like modules, ports, continuous assignments, always blocks, if/case statements.
My inspiration from reading *C++ Primer*, *Effective C++*, *More Effective C++*, *The C++ Standard Library* and some experience from coding.
Include:
* Debug
* C++ Syntax
* Habit && Optimization
* Trick
* Trap
* Reference
1) The document introduces concepts related to high frequency electronic circuits and communication systems, including dB definitions, phasors, modulation, linear modulation and transmitters.
2) It discusses phasor representation in the complex plane and how phasors can represent sinusoidal signals.
3) It covers various modulation techniques including amplitude modulation, frequency modulation, phase modulation, and linear modulation. Linear modulation uses an in-phase (I) component and quadrature (Q) component to modulate the carrier signal.
This document discusses the design of low-noise amplifiers. It begins with an overview of the basic structure of transmitters and receivers in wireless communication systems. It then reviews the relationships between power and gain and introduces the concept of the available power gain circle. The document discusses a design method for amplifiers that does not require simultaneous conjugate matching of both ports. It also covers noise theory for two-port networks and the fixed noise figure circle. The key points are utilizing available power gain circles and fixed noise figure circles to design amplifiers through tradeoffs between gain and noise on the Smith chart.
Verilog Tutorial - Verilog HDL Tutorial with ExamplesE2MATRIX
E2MATRIX Research Lab
Opp Phagwara Bus Stand, Backside Axis Bank,
Parmar Complex, Phagwara Punjab (India).
Contact : +91 9041262727
web: www.e2matrix.com -- email: support@e2matrix.com
Simulation tools typically accept full set of Verilog language constructs
Some language constructs and their use in a Verilog description make simulation efficient and are ignored by synthesis tools
Synthesis tools typically accept only a subset of the full Verilog language constructs
In this presentation, Verilog language constructs not supported in Synopsys FPGA Express are in red italics
There are other restrictions not detailed here, see [2].
The Module Concept
Basic design unit
Modules are:
Declared
Instantiated
Modules declarations cannot be nested
This document contains slides from a lecture on Verilog hardware description language. It introduces Verilog and compares it to other HDLs like VHDL. It discusses both structural and behavioral modeling in Verilog. Structural models describe a design using primitive components and their interconnections, while behavioral models describe the input-output function of a design. The document provides examples of modeling combinational logic like an AND gate and sequential logic like a 4-bit comparator using behavioral and structural Verilog. It also covers Verilog syntax like modules, ports, continuous assignments, always blocks, if/case statements.
My inspiration from reading *C++ Primer*, *Effective C++*, *More Effective C++*, *The C++ Standard Library* and some experience from coding.
Include:
* Debug
* C++ Syntax
* Habit && Optimization
* Trick
* Trap
* Reference
隨著 Visual Studio 2017 即將正式釋出,C# 7.0 也隨之來到。身為這次的改版,將會帶來許多方便的新功能
if (int.TryParse(input, out var answer))
WriteLine(answer);
else WriteLine("Could not parse input");
一起讓我們來看看 C# 7.0 的威力吧。
The document discusses using a micro:bit for light sensing applications. It explains how the micro:bit can sense light levels using its LEDs as photodiodes. When an LED pin is set as an analog input, the voltage measured corresponds to the ambient light level. Two example projects are described - an automatic night light that adjusts its brightness based on light levels, and a magic face panel display that changes expressions when the LED is covered and uncovered.
The document provides instructions and examples for using switches, capacitive touch, and game controls on the micro:bit. It includes tutorials for building guessing games where the micro:bit guesses a number by narrowing the range, adjusting LED brightness with touch pins, and creating a dodgeball game where the player character avoids falling balls. Code snippets and step-by-step explanations are given for each example project.
This document discusses LED display control on the micro:bit board. It covers LED principles and applications, the micro:bit LED matrix, LED display control commands including displaying numbers, text, images and arrows. It provides examples of breathing lights, fireworks, and a dynamic screen using variables, conditional and counting loops.
The document describes how to create a 2D platformer game in Unity, including:
1) Adding background animations and music
2) Creating and controlling the player character
3) Spawning random enemies
4) Implementing a health bar UI to display the player's health
36. Makeeachdaycount
if … else
if (condition1){
//do Thing A
}
else if (condition2){
//do Thing B
}
else if (condition3){
//do Thing C
}
else {
//do Thing D
}
if敘述 1/2
36
37. Makeeachdaycount
範例
byte cmd = Serial.read();
if (cmd == '1') { //從序列埠收到'1'
digitalWrite(LED, HIGH);
Serial.println("Turn LED on");
}
if (cmd == '0') { //從序列埠收到'0'
digitalWrite(LED, LOW);
Serial.println("Turn LED off");
}
if敘述 2/2
37