Texas Instruments (TI) made an announcement at the Embedded World conference that was nothing short of thrilling. With a bold move into the Cortex-M0 microcontroller market, TI has demonstrated its unwavering commitment to meeting the ever-changing needs of its customers. This microcontroller architecture is in high demand for everything from consumer electronics to industrial automation, […]

In the world of DIY projects, the Raspberry Pi (RPI) has been a staple for enthusiasts, hobbyists, and professionals alike. However, with the lack of stock for the RPI, many have been forced to get creative with their projects, looking for new and innovative ways to upgrade their devices. Some have turned to reworking the […]

LTspice is a SPICE-based analogue electronic circuit simulator computer software produced by semiconductor manufacturer Analog Devices (originally by Linear Technology).[1] It is the most widely distributed and used SPICE software in the industry.[2] Although LTspice is a great free-to-use SPICE software with many built-in models, the models are either generic models or Analog Devices specific […]

To celebrate our 6th anniversary, we designed and trademarked a new logo to celebrate our past successes and symbolise the future of Thesis. At Thesis, we pride ourselves on helping shape our customers’ future. Our work helps our customers extend their technological advantage over the competition and opens up new growth opportunities. To illustrate this, […]

Here we show the waveform of a zero-voltage switching (ZVS) inductive heating circuit and the thermal profile in operation. A typical buck regulator DC-DC is challenging to design when there is a significant voltage difference between the input and the output voltages. A significant voltage difference typically increases switching losses and limits the device’s switching […]

In Thesis, we develop products using various MCUs – Cypress PSoC4/5/6, STM32, Nordic nRF, Arduino, and PIC. In the past, we did that because of various client requirements and/or outcomes from our in-depth engineering evaluation. However, we do it nowadays because we aim to make our product design as MCU agnostic as possible to circumvent […]