Can a 10k potentiometer be paralleled with a pointer frequency table?

It can be paralleled, but the effect of parallel connection may not be so good, so you can cancel it again.

It is possible to connect the pointer frequency table in parallel, because only after parallel can its pointer be able to indicate normally.

Of course you can, because this is still relatively supportive, and it's all okay at all, right?

No, the frequency meter must be connected to the secondary circuit.

This is possible, and relatively speaking, there is no problem, the effect of use is relatively good, and it is very good to reach Chinese, so there is no problem at all in this regard.

If you want to use a bit, you can use the frequency meter to connect it directly.

Is this just a frequency table? I feel that this model is ten kilowatts, which is a very good one.

Is it possible that the locators can be connected in parallel? You can look up some of the descriptions of this frequency.

When you say this question, it's really complicated, isn't it that table? Just fill in this kind of praise yourself.

This positioning system should be able to be made to the right and so on.

A 10k potentiometer can be connected in parallel with a pointer frequency table, because the resistance of a 10k capacitor is relatively large.

Can a 10k potentiometer be paralleled with a rate meter? Yes, yes, yes.

The frequency of the pointer that can be avoided by a 10k potentiometer is not the same.

Looking at the manual, the labeling of the inverter from different manufacturers is different, and the location is not the same.

What card inverter, pointer meter input how much negative.

Answer: This is very easy to do, with the resistance of the multimeter (20k), one meter pen is connected to the middle claw of the potentiometer, and the other meter pen is connected to either end of the potentiometer, as long as the potential meter is rotated clockwise, its resistance value changes from large to small. Then this terminal is connected to the positive (+10V) end of the analog input of the inverter, the middle jaw of the potentiometer is connected to the input end of the AI, and the other end of the potentiometer is connected to the common end of the AI. ok

Do you know where to go?

Is it the AB model?

It depends on which factory your watch is from, the detailed model.

The circuit of the 47 type meter produced by each factory is different, and the value of the zeroing potentiometer is also different.

My universal watch is the Nanjing 47 model. What is the adjustable base station?

When the pointer multimeter does not measure, the pen needle is not at infinity, and the mechanical zeroing device under the dial can be adjusted with a change cone (this is actually the initial position of the balance spring inside the adjustment head) to ensure the accuracy of all parameter measurements;

Zero ohm adjustment potentiometer, this is when measuring the resistance, when the pen is shorted, the resistance should be zero, if it is less than zero, the pointer points to zero through the potentiometer (some are being measured, and the resistance file), in order to ensure the accuracy of the resistance measurement, and as long as the resistance measurement is changed, the potentiometer must be adjusted.

It means that the potentiometer is broken, and there is poor contact inside, and the poor contact of the potentiometer during adjustment causes the output potential to be out of control or interfere, so that the circuit is in an abnormal state.

I haven't opened the multimeter, but the general resistance of hundreds of ohms does not have a decimal point, if these four words are the resistance value, it should be 1048

Changing the resistor changes the current entering the ammeter, and the needle changes the position of the pointing.

It should be that the voltage is unstable, causing the ammeter pointer to shake.

The resistance changes, and of course the current changes ......

The switch should be turned off during the movement.

The resistance moves to change the size of the resistance and changes the amount of current.