How big a pull-down resistor should I use for a 12v inverter

What should I consider when selecting pull up and pull down resistor values?

When selecting pull up or pull down resistor values, consider: Follow these guidelines for optimal pull up and pull down resistor design: When working with Arduino, pull up and pull down resistors are commonly used in: Common pull up and pull down resistor values for different applications:

What are pull up and pull down resistors?

Pull-up and pull-down resistors are essential components in digital circuits that establish a defined logic state (high or low) when the input is in a high-impedance state. The main difference between pull up and pull down resistor is their connection and default logic state:

When do you need a pull-up resistor?

You need to use a pull-up resistor when you have a low default impedance state and wish to pull the signal to ‘high’. In the figure above, a pull-up resistor with a fixed value was used to connect the voltage supply and a particular pin in the digital logic circuit.

What is a typical pull-up resistor value?

For logic devices that operate at 5V, the typical pull-up resistor value should be between 1-5 kΩ. On the other hand, for switch and resistive sensor applications, the typical pull-up resistor value should be between 1-10 kΩ. For pull-down resistors, it should always have a larger resistance than the impedance of the logic circuit.