What happens if I use a 4 7k resistor and change it to 10k?

If I change the resistor to 10 k, then the resistance will increase, and then it may be less efficient, for example, if you boil water, then water. The speed of boiling will be slower.

What happens depends on the specific circuit, if the bias or sample circuit will make an error and will not work properly.

If it's responsible, it doesn't have much impact.

What happens if I'm using a resistor and swapping it out for 10k? If the capacitor is originally equipped, it is not recommended to replace it, as it will have a great impact on the circuit after replacement.

What would happen if you swapped the electronics for 10 pieces, then it must be a little inappropriate in terms of wiring.

If you use a resistor, how about converting it to 10k? In fact, when you use it, it may be wasted.

What happens if you replace it with a 10k resistor? I think that if something like this happens, it may have an impact.

Then this resistor can be replaced with a body of 17, which refers to the resistance value of 10,000 ohms.

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There is no way to require the workload, and the statistical work is completed with the same task.

Hearing the open curtains, here I think this two will have some effect, this should not be very good, it should be the school sports high-speed should pay taxes.

10K adjustable resistor is not a substitute for 20K resistor, or adjustable resistor drops!

Adjustable resistor. Because, 20K resistance is much greater than 10K resistance! What's more, the original resistance is still an adjustable resistor!

The so-called 10k adjustable resistor, its actual resistance value is between a few ohms and 10k!

So, a 10k adjustable resistor is not a substitute for a 20k resistor! If you have to replace the 20k resistor with a 10k adjustable resistor, it is recommended that you use two 10k adjustable resistors in series instead!

The adjustable resistance of 10k cannot replace 20k, and the resistance adjustment range of 10k can only be adjusted between 0-10k, which is very different from 20k, and the substitution will affect the normal operation of the circuit in the circuit. Especially in ** loops.

A 10k adjustable resistor cannot replace 20k because the maximum value of a 10k adjustable resistor is only 10k.

Strictly no.

Adjustable resistors, in the circuit design, some use two ends, some use three ends, in general, try not to replace the big ones with small ones.

Summary. The first, either 47K or ohms, is a normalized resistance value, and its base is that it is both the value of the E12 series and is present in most standard resistance tables, so it is easy to obtain.

There are three series of commonly used resistance standards (same for capacitance values): E12 (10%), E24 (5%), and E96 (1%).

There are 6 bases for e6 and one for e12, e24 and e96.

The resistance value is so low that it can still be used.

This question is up to me, it takes a little time to type, so please be patient.

I'm for the fire module.

The first, or 47k or ohms, is a standardized resistance value, and its base is that it is both the value of the E12 series and also makes it stuffy in most standard resistance tables, so it is easy to obtain. There are three series of commonly used resistance standards (the same is true for the capacitance value): E12 (10% error), E24 (5% error), and E96 (1% error).

There are 6 bases for e6 and one for e12, e24 and e96.

The 10k adjustable resistor can replace the 20k adjustable resistor under certain conditions.

The difference between the two is that the maximum resistance value is different, so in the absence of a 20k adjustable resistor, a 10k fixed resistor can be used in series with a 10k adjustable resistor instead of a 20k adjustable resistor.

The equivalent resistance of two resistors in series is equal to the sum of the two resistors, and this simple reason will not be explained.

Due to the limited adjustment range of the 10k adjustable resistor, it can be reversed to achieve the same effect as the 20k adjustable resistor.

It is also important to note that the wattage of the two (including the fixed resistance) must match.

The maximum resistance value of a 10k adjustable resistor is 10k

Whereas, a 20k resistor is a fixed 20k

Look at the role of the resistor, if it is pulled up and down for work, then it is fine, if it is used for sampling, then it is not.

Generally, it is interchangeable.

Except in the following two cases:

The volume of a K10W resistor is much larger than that of a 1K1W resistor, and there is no imperceptible way to accommodate it on the circuit board;

2. Analyze the circuit, whether the original 1k1w resistor plays the role of the fuse resistor in the circuit, if the failure hall is, it cannot be replaced, because the design basis of the hollow fuse resistor comes from the size of its power.

The reciprocal of the total resistance of the parallel circuit is equal to the sum of the reciprocals of each resistor, and the resistance after the parallel connection of the 15k resistor and the 390k resistor is r, then there is 1 r 1 15 1 390, r (390 15) (15+390).