1. Asked: July 18, 2023In:

    Salary expectations for freshers in India working in embedded systems field

    Best Answer
    alokm014 Enlightened

    Hi, 1) The average salary range for freshers in the embedded systems industry in India is approximately ₹3 lakh to ₹7 lakh per annum. 2) Salaries can vary based on location, with metropolitan cities offering higher salaries compared to smaller cities. 3) Factors such as educational qualifications, iRead more

    Hi,

    1) The average salary range for freshers in the embedded systems industry in India is approximately ₹3 lakh to ₹7 lakh per annum.

    2) Salaries can vary based on location, with metropolitan cities offering higher salaries compared to smaller cities.

    3) Factors such as educational qualifications, internship experience, and specific skills can influence the salary range for freshers.

    4) Additional benefits and perks offered to freshers in this field may include health insurance, provident fund, flexible work hours, and career development programs.

    5) Focus on gaining practical experience, networking, and continuous skill development to increase your value in the job market.

    Remember to research, compare offers, and negotiate based on qualifications and cost of living.

    Best of luck in your embedded systems career

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  2. Asked: July 18, 2023In:

    Can anyone suggest how to design custom hardware for stm32 microcontroller. ie. designing bare minimal hardware of microcontroller to get started with it.

    alokm014 Enlightened

    Here are some brief guidelines for designing custom hardware for the STM32 microcontroller: 1) Understand the microcontroller's datasheet and reference manual. 2) Create a schematic diagram with the microcontroller, power supply, decoupling capacitors, clock circuitry, and peripherals. 3) Provide aRead more

    Here are some brief guidelines for designing custom hardware for the STM32 microcontroller:

    1) Understand the microcontroller’s datasheet and reference manual.
    2) Create a schematic diagram with the microcontroller, power supply, decoupling capacitors, clock circuitry, and peripherals.
    3) Provide a stable power supply and follow the recommended voltage levels.
    4) Use a crystal oscillator or external clock generator for the microcontroller’s clock.
    5) Pay attention to the reset circuitry and boot mode selection.
    6) Design the PCB layout following recommended guidelines and consider grounding and noise minimization.
    7) Include a programming/debugging interface for easy development.
    8) Document your design and consider compliance requirements.

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  3. Asked: July 9, 2023In:

    Can we use supercap for RTC backup?

    alokm014 Enlightened

    Using a supercapacitor for RTC backup on STM32 microcontrollers can be a reliable solution. Supercapacitors are known for their high energy storage and long cycle life, making them suitable for providing backup power to RTC modules. However, it's important to consider the specific requirements of yoRead more

    Using a supercapacitor for RTC backup on STM32 microcontrollers can be a reliable solution. Supercapacitors are known for their high energy storage and long cycle life, making them suitable for providing backup power to RTC modules.

    However, it’s important to consider the specific requirements of your application and choose a supercapacitor with appropriate capacitance and voltage ratings to ensure reliable operation.

    Additionally, proper circuit design, such as implementing voltage balancing and charge management, is crucial for maximizing the performance and longevity of the supercapacitor.

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