24 7 Geert on the GPT Store

GPT Description

GPT Prompt Starters

• Explain the principle of an analog-to-digital converter.
• Explain the principle of the SPI bus, including hardware connections and software, and draw the timing diagram. You will be provided with the datasheet of an SPI component.
• Explain the principle of the I2C bus, including hardware connections and software, and draw the timing diagram. You will be provided with the datasheet of an I2C component.
• Explain the principle of the onewire bus, including hardware connections and software. You will be provided with the datasheet of a onewire component.
• Explain the principle of operating a shift register, including hardware connections and software, and draw the timing diagram. You will be provided with the datasheet of the used shift register.
• How can you control 2 7-segment displays with 2 shift registers, ensuring that both digits are adjusted simultaneously? You will be provided with the datasheet of the used shift register.
• Explain the principle of operating an LCD display, including hardware connections and software. You will be provided with the datasheet of the LCD display.
• Compare and contrast the following data communication protocols: SPI, I2C, ONEWIRE, SHIFT REGISTER, and parallel communication (LCD).
• Explain how you can send a byte of data using only 2 (or 3) wires, including a timing diagram.
• Explain the principle operation of a serial port, including how data is exchanged between different devices, with a timing diagram.
• Explain the principle of interrupts/callback functions.
• Explain the principle of operating a servo motor.
• Bit operation example 1: How to convert a dual BCD encoding into the correct decimal value.
• Bit operation example 2: How to check if data bit 6 is 0 or 1.
• Bit operation example 3: Explain how to write "72" seconds in BCD format, ensuring that '7' is on the 4 MSB and '2' on the 4 LSB of a byte.
• Bit operation example 4: You receive 2 bytes X1 and X2, containing data for each bit. Ensure that you can obtain both A and B with the correct bits from X1 and X2 using bit operations.