Copyright 2020 McKenzie Electronic Design
PO Box 498, Gladesville
NSW 1675, Australia
www.mckenzieelectronicdesign.com © 2020
Circuit design and development
for analogue and digital circuits,
high speed PCIe buses and
interfaces like USB, RS485 and
Often also involved with prototypes is writing the firmware to
operate on the micro-controller or micro-processor used. This
has been normally written in embedded C.
Technical Support, Analysis of Issues and Problem Solving
Various issues can appear during development, and I have
provided a consulting service to provide technical insight.
I have resolved technical issues, provided circuit analysis,
root-cause analysis, fault analysis, design reviews and reports.
NXP 80C51 MCUs
Atmel 8-bit and 32-bit MCUs
including 8051, AVR, xmega, and ARMs.
ST Microelectronics STM32 ARMs.
Microchip Microcontrollers 80C51, PICs.
Microcontrollers and Microprocessors
Electronic Devices such as
ADCs, DACs, FPGA, Flash, SRAM, DRAM, EEPROM,
LCD, LEDs, BJTs, JFETs, MOSFETs, IGBTs among many others.
PCIe, SATA,I2C, SPI, RS232, RS422, RS485, USB, ethernet,
POTS (telephone), microphone inputs, audio line-in and outs.
Radio Frequency Technology
In over 20 years of professional electronic development
experience, the technologies I have worked with include,
but are not excluded to:
Test Application Programs
Preference has been to use LabVIEW for test application
programming, due to the ease in maintaining the system over
extended periods of time.
• Power Supplies
• Digital logic
• Control circuits
Various Electronic Devices
Printed Circuit Layout
•Flex and Rigid Circuit Board
2.4GHz ISM band radio including Bluetooth
Switch Mode Supplies; boost, buck, flyback
Design for Manufacture, Assembly, Testability
Standards Compliance (EMC, ESD, Safety)
RF Circuits and impedance matching
Passive and Active Filter Design