Trumpy

  There are three main skills you need to get your hands dirty to become a master in this field: Soldering, Programming, and Electrical Prototyping 1. Core Skill: Soldering This skill defines how difficult the soldering is on a particular product. It might be a couple simple solder joints, or require special reflow tools. 1   Noob Noob  - Some basic soldering is required, but it is limited to a just a few pins, basic through-hole soldering, and couple (if any) polarized components. A basic soldering iron is all you should need. 2   Rookie Rookie  - The number of pins increases, and you will have to determine polarity of components and some of the components might be a bit trickier or close together. You might need solder wick or flux. 3   Competent Competent  - You will encounter surface mount components and basic SMD soldering techniques are required. 4   Experienced Experienced  - You might be required to do some reflow or basic rework with SMD components. A heat gun, Heaterizer or o

Summary Learn essential tips to make a positive first impression on your first day at a new job, ensuring success and connection with colleagues. Highlights⏰ Be punctual: Arrive early to show commitment. ( 15 minutes before your shift ) 🚫 Avoid gossip: Maintain professionalism and integrity. ❌ Don’t ask for time off: Show dedication to your new role. 🤝 Firm handshake: A confident greeting sets a great tone. 📚 Ask questions: Engage with your new role actively. 🗂️ Organize your workspace: Keep your area tidy for respect. ☕ Accept social invites: Build rapport with co-workers. Key Insights ⏳ First Impressions Matter: Your colleagues will form opinions quickly, so be on your best behavior right from the start. 🌟 Professional Appearance: Dressing smartly conveys seriousness about your role and can positively influence how others perceive you. 💬 Communication is Key: A warm greeting and engaging dialogue can help break the ice and make you more approachable. 📝 Active Learning: Asking

Preface When you build the source code in C/C++, you might see some output messages as the blow: Flash used: 1166 of 262144 bytes (0.4%). SRAM used: 2505 of 65536 bytes (3.8%). Stack: 2048 bytes. Heap: 128 bytes. --------------- Rebuild Succeeded: 10/01/2024 17:46:40 --------------- Figure 1: The output message from PSoC Creator Figure 2: The output message from Arduino IDE Have you asked yourself what are technical jargon such as flash, stack, and heap? In short, they are kinds of memory for machines. Microcontrollers use different types of memory (Flash, SRAM, EEPROM, etc.) because each type serves a specific purpose, balancing factors like cost, speed, power consumption, and data persistence . Key Differences Between These Memory Types: The explanation for the output message in the figure 1: Flash used : 1222 of 262144 bytes (0.5%) The program's code occupies 1222 bytes of the total available 262144 bytes in Flash memory. This is a very small portion, showing efficient memory us