Securing the Future: Our Commitment to ITAR and CMMC Compliance Elevating Aerospace and Defense Technology Standards MicroType Engineering is on a strategic mission to achieve compliance with critical regulatory standards – ITAR registration, NIST 800.171 compliance, and CMMC Level 2 certification. By integrating PreVeil’s cloud-based file sharing and email service into our processes, we’re reinforcing… Continue reading Securing the Future: Our Commitment to ITAR and CMMC Compliance
Author: Kyle Hunter
Elevating Standards: Our Journey to AS9100 Certification
Elevating Standards: Our AS9100 Certification Journey Paving the Way for Aerospace Engineering Excellence At MicroType Engineering, we actively pursue excellence and quality in every project. Our journey towards AS9100 certification marks a significant milestone. This certification will revolutionize our capabilities in electronics and firmware design, enhancing our production processes and expanding our reach in the… Continue reading Elevating Standards: Our Journey to AS9100 Certification
Enhancing Precision and Quality: MicroType Engineering’s Latest Technological Advancements
New Advanced Circuit Board Assembly Equipment Introduction At MicroType Engineering, we pride ourselves on staying at the forefront of technological innovation in electronics design and assembly. Our commitment to high-quality, high-reliability, and precision is unwavering. In our continuous pursuit of excellence, we are excited to announce the acquisition of three new pieces of advanced circuit… Continue reading Enhancing Precision and Quality: MicroType Engineering’s Latest Technological Advancements
The Usage and Function of TVS Diodes in Circuit Protection
The Usage and Function of TVS Diodes in Circuit Protection Introduction Hey there! Today, we’re going to talk about Transient Voltage Suppressor (TVS) diodes. These little components are the superheroes of the electronics world, protecting your circuits against dangerous voltage spikes. Join me as we explore the nitty-gritty of TVS diodes, what makes them tick,… Continue reading The Usage and Function of TVS Diodes in Circuit Protection
DC Bias Effect in Ceramic Capacitors
This article, The DC Bias Effect in Ceramic Capacitors, is based on the above YouTube video. My aim with this is to provide the same content, but more detailed, in a written form. Please watch the video above for a different style of the same basic info. Background This topic is unique to all… Continue reading DC Bias Effect in Ceramic Capacitors
Designing ESD Protection Circuits
I recently began a livestream series on the MicroType Engineering YouTube channel. It is called the “Live Lecture Series”. The theme of this series, as you can guess from the title, is to go into a specific topic in a livestream format. The second topic that I cover is “Designing ESD Protection Circuits”. Users submit… Continue reading Designing ESD Protection Circuits
Microcontroller vs Microprocessor – Practical Differences
I’ve recently started a livestream series on the MicroType Engineering YouTube channel. It is called the “Live Lecture Series”. The theme of this series, as you can guess from the title, is to go into a specific topic in a livestream format. The first topic that I cover is “Microprocessor vs Microcontroller”. Users submit questions… Continue reading Microcontroller vs Microprocessor – Practical Differences
Buck Regulator Design For Conducted Emissions
DC/DC Buck Regulator Design For Conducted Emissions Introduction One of the most important considerations when designing a DC/DC buck (step-down) switching regulator is conducted emissions. Due to the switching nature of these converters, there will be large transients on the input side of the regulator. Often, the main power input to a PCB goes directly… Continue reading Buck Regulator Design For Conducted Emissions
Rise Time and Series Resistors: EMC For Everyone 2
Rise Time and Series Resistors Introduction When designing electronics, people tend to think that the raw data rate of a signal rules all. The thought is, the faster the data rate, the harder it is to have good Signal Integrity. A higher data rate will have worse Electromagnetic emissions. While this certainly can be true,… Continue reading Rise Time and Series Resistors: EMC For Everyone 2
Lithium Ion Battery Charger Circuit: Load Sharing
In today’s world of ever shrinking electronics, there is a constant push for incorporating lithium ion batteries into products. There are many intricacies to handle when designing a safe and effective battery scheme. I previously discussed some of the safety/protection aspects of lithium ion battery design. I have not yet discussed lithium ion battery charger… Continue reading Lithium Ion Battery Charger Circuit: Load Sharing