November 7, 2016 by
FPGA digital control This from D. via e-amil “What are the advantages of digital control of a fpga please?” “I can use several small op-amps to implement voltage or current controlled feedback. Replacing analog control using a small fpga is a big and expensive change, e.g. several op-amps vs. a 100 or 200 pin fpga. […]
Read the full articleOctober 19, 2016 by
Digital Control Power Electronics course – January 30 to February 2 The next Advanced Digital Control of Power Electronics training course is running in Camarillo, California January 30 to February 2 Registrations open now – click here or on the button below Course outline is here. Four days The course has been expanded to four days […]
Read the full articleSeptember 20, 2016 by
Digital Course Companies These companies sent engineers to the Digital Power Electronics Control. It was a great group and I really enjoyed learning with them. Universidad APEC GridBridge VPT Inc. Behlman Electronics Murata Power Solutions Voltage Multipliers Inc. General Dynamics Bloom Energy Bloom Energy India Murata Power Solutions Emersive Technologies Infineon Technologies Harris Inc. SpaceX […]
Read the full articleSeptember 7, 2016 by
FPGA Wisdom from Adam Taylor Counters Adam Taylor latest article on EE Times cover ten ways to create reliable FPGA designs is a great read. Number 7 There are a number of techniques we can use to ensure the designs we implement within our FPGAs are capable of operating reliably. Counters Adam Taylor writes ‘Within […]
Read the full articleAugust 30, 2016 by
Course survey feedback We did a survey of what people thought of the course and here are a few responses “Had very high expectations of this course. Hamish delivered. Excellent for power engineers who are starting digital power. Thanks for putting this on…I only regret it is a 3 day course. I could sit here for […]
Read the full articleAugust 7, 2016 by
This from a discussion in the Digital Power Electronics Control Group on Linkedin ‘I was wondering if you could explain what you mean by “…ensuring that the PWM does not latch at the switching speed (very important for wide bandwidth)”. Isn’t the PWM comparator by nature a latch? Are you implying for best performance one […]
Read the full article