Decisure Consultancy Services

Below are the two readings of our EBIKE motor controller with a case and without a case and of course there was a heatsink on the Mosfets. 25A peak current @ 36V 10S cells with peak 42V. The Case looks really effective for the effort we put to choose the same. 25 degrees lesser!!! Testing was done on a peak summer day at Chennai in INDIA.

Just an ESP32S3 with EC200U Board This board is an excellent Wi-Fi to LTE passthrough for IOT.

A Glimpse of our upcoming 1500W motor controller with a peak power of 3KW. Low Cost of manufacturing Protected I/O CAN with FlexCAN capabilities Three Shunt FOC Algorithm 48V/60V/72V Customizable design Can be customized for Automotive capable design

Our latest credit card sized medical electronics design with an MCU that is having an 80MSPS yes Mega samples per second ADC. Multilayer board with eight separate power supplies and multiple analogue channels Purely made in India hardware with EMI/EMC/ESD protection. Mixed signal board with medium high voltage output in small form factor. #designwithIndia #medical #electronics #embedded #usb #typec #firmware Suraj J R Poornima Kannan Decisure Consultancy Services

"The technical team keeps improving the design every time by making a new mistake and proudly says they learnt something new and will correct in next design and next keeps coming" Does this sound familiar to you? If yes you should consider making sure that you need to hand over the work to an actual technical expert who can solve the problem rather than expecting your team to keep attempting to solve the problem. Time and tide waits for none and at the same pace market will agree with first come first serve when it comes to great products. Time is the deciding factor!! If you want fast time to market for your embedded electronics , look no further than Decisure Consultancy Services Suraj J R Poornima Kannan

Did you know the reliability of an electronics product depends heavily on how it is designed from scratch? Read on.. Design has primarily Component Identification, Architecture, Schematic creation, PCB design, DFM and DFT, Value engineering and Manufacturing tolerances tuning along with DFM and DFT. It is imperative that we use all possible deep mathematical analysis to make sure that each component is not stressed beyond its capabilities. Factors like PCB thickness, copper thickness, Kind of plating etc. will have a very long lasting effect on overall product quality. We surely need the best possible quality for a value engineered product since it is going to be deployed in the field and we expect that does not go kaput and works well beyond warranty period to make sure that the product reputation is paramount. If you want to design and develop value engineered and reliable electronics please consult us Decisure Consultancy Services

Internship opportunities available at IIT MADRAS RESEARCH PARK Chennai. #decisureconsultancyservices. Embedded hardware and firmware paid internship openings available which can lead to job selection on successful completion. immediate openings. please send your resumes to [email protected]. We are looking for candidates who are interested in CORE ELECTRONICS. We are a design services company and we are very focused on candidates interested in hardware design, architecture, Firmware development and design, PCB design, Schematic creation with an R&D mindset.

This is our upcoming new motor controller design. 1. 1500 to 3000W. 2. Slim and space efficient design. 3. 48V and 60V versions planned. 4. CAN 2.0 communications. Decisure Consultancy Services D403, IIT MADRAS RESEARCH PARK CHENNAI.

Did you know that the peripherals inside a microcontroller or microprocessor works like dedicated post offices with their own pincodes like activity? Let me explain.. Supposedly an embedded engineer wants to configure UART peripheral for sending data. The Peripheral itself has an address which may be thought as the micro is talking to a specific address or a person living in that address instructing to do some specific material to be delivered to somewhere. Now when we configure the UART peripheral, we set it up to receive parcels of data to be sent and received to specific other addresses... now that is so simple to understand how a peripheral works.!!

Hardware design knowledge of the day. 1. While designing with ethernet 10/100/1000 speed we need to keep the following in mind as below. 2. Ethernet needs esd protection 3. RJ45 port will need EMI filters 4. Ethernet TX and RX pairs need to be impedance matched lines. 5. Shorter traces will provide better emi immunity. 6. We will need an Ethernet PHY interface chip 7. PHY data input lines need series resistors for reflection arrest. 8. Length Matched RX TX pair will improve the link quality and reliability.