Wearable Design Project - Part I: Introduction скачать в хорошем качестве

Wearable Design Project - Part I: Introduction

Ever wanted to design a wearable electronic device? Follow along with Piet Callemeyn as he delves into the design of a wireless heart rate sensor. In this series, Piet explores PCB design essentials to create a variable heart rate sensor, offering insights around efficient power use, seamless data transfer, and a clean, compact design throughout the entire process. Part 1: Critical Design Aspects To start, we'll center on low power consumption. We'll dissect battery choices, delve into power gating, and explore sleep modes—critical considerations for sustaining device functionality while optimizing power efficiency. Part 2: Connectivity Realities Next, we'll explore connectivity, addressing the nuances of Bluetooth, Wi-Fi, and the strategic utilization of pre-certified modules. Expect a focused discussion on trade-offs, data rates, and practical implementation. Part 3: Sensors in Focus Then, we’ll get into sensor selection and efficiency during sensing operations. We'll examine how sensors can intelligently manage power consumption, particularly when not actively engaged in data collection. Part 4: Power Supply Strategy After that, we’ll tackle the intricate world of power supply, with insights on battery integration, charging mechanisms, and the judicious use of power gating modes to optimize energy utilization. Part 5-7: Size Considerations in PCB Design To conclude, we'll discuss small form factor layout considerations. From evaluating off-the-shelf versus custom housing to understanding how size impacts PCB complexity, we'll address the practicalities of design choices. Whether you're a seasoned PCB designer or just getting started, this walkthrough promises valuable insights into the practical side of wearable tech design. Ready to begin? Watch the video above! 👉 Here's the ENTIRE Series: Part One:    • Wearable Design Project - Part I: Introduc...   Part Two:    • Wearable Design Project - Part II: Sensing   Part Three:    • Wearable Design Project - Part III: Connec...   Part Four:    • Wearable Design Project - Part IV: Power S...   Part Five:    • Wearable Design Project - Part V: PCB Layo...   Part Six:    • Wearable Design Project - Part VI: PCB Lay...   Final Part:    • Wearable Design Project - Part VII: PCB La...   👉 Or Check Out the Playlist:    • Wearable Design Project: The Video Series   👉 The project which was used in this series you can find here: https://altium-community-projects.365... Don’t want to miss an update? Subscribe to keep up with the entire Wearable Design Project series as we explore the intricacies of wearable tech design. 👉 Follow Altium on TikTok:   / ucqp3thnpsaqhyccjpdwrt8w   👉 Follow Altium on Twitter:   / altium   👉 Follow Altium on Linkedin:   / altium   👉 Follow Altium on Facebook:   / altiumofficial   👉 Follow Altium on Instagram:   / altium_official   About Altium LLC Altium LLC (ASX:ALU), a global software company based in San Diego, California, is accelerating the pace of innovation through electronics. From individual inventors to multinational corporations, more PCB designers and engineers choose Altium software to design and realize electronics-based products. #Altium #PCBdesign #Electronics #project #wearabledevices ~-~~-~~~-~~-~ Check Out Our Latest Video: "How to Draw Antipads"    • How to Draw Antipads - Complete Tutorial   ~-~~-~~~-~~-~