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About this course
- Class Overview
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Syllabus & Downloads
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Introduction 1 min
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Simulation Analysis 7 min
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LAB1: Using MPLAB® Mindi™ Analog Simulator 1 min
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Filter Topologies 6 min
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LAB2: Analyzing Filter Topologies 1 min
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Mitigating Noise 11 min
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LAB3: Circuit noise and error analysis 1 min
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Products from out portfolio 2 min
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Analog Precision 6 min
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LAB4: Optimizing design for Precision 1 min
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Analog Behavior Modelling 2 min
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Use Cases and Simulations 1 min
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LAB5: Creating and using sensor models in your application 1 min
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Summary 1 min
- Complete Recording
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25038 ANG1 (45 min)
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25038 ANG1: Reduce noise and improve analog precision Using Microchip's Mindi Simulator (August 2025)
In this class, you will delve into signal conditioning to enhance analog system accuracy and precision using the MPLAB Mindi Analog Simulator.
This is a recording of the course "25038 ANG1: Reduce noise and improve analog precision Using Microchip's Mindi Simulator " from the 2025 MASTERs Conference.
In this class, you will delve into signal conditioning to enhance analog system accuracy and precision using the MPLAB Mindi Analog Simulator. You will evaluate and select optimal signal conditioning topologies, gaining practical experience in filtering, amplification, and noise evaluation. The course will cover critical parameters influencing application performance and how to optimize designs. You will also create and utilize sensor models within application circuits to process sensor data and convert it into the digital domain. By the end of the class, you will be equipped to make informed design decisions, improving analog system performance and reliability.
Prerequisites:
Basic understanding of analog design concepts.