Hii
If I take a 16 MHz crystal oscillator connect it with 33 pf capacitor and ground just like we are connecting in microcontroller circuit but instead of taking two outputs take one output and give it to a clock pin of some device then will it work ?

 

Maybe...maybe not. That's why they make datasheets for all the devices. The datasheet shows how to connect the clock input for that device. Some are similar and some are not.

 

Hii
If I take a 16 MHz crystal oscillator connect it with 33 pf capacitor and ground just like we are connecting in microcontroller circuit but instead of taking two outputs take one output and give it to a clock pin of some device then will it work ?

Will it work? Depends on the actual component you are trying to use.
There are two kinds of crystal oscillator circuits.

1) There is a two-terminal passive component called a quartz crystal. For this to oscillate you need an oscillator circuit to drive the crystal. A microcontroller that uses an external crystal has the oscillator circuitry built-in on the chip. You can also build your own oscillator to make this work with a crystal.

2) There is a three-terminal active component (sometimes it may come with more than three leads) called a crystal oscillator. This component has the quartz crystal and the oscillator circuity built-in in the can. Two pins are for supply Vcc and GND. A third pin is the output signal. It does not require a capacitor on the output pin.

If you do not require the stability that a quartz crystal oscillator has to offer, you can build a simple RC oscillator to drive a CLOCK input.

 

It means that,that white color oscillators available in market with two radial lead are quartz crystals. But how is the crystal oscillator. Do you have any image of three pin crystal oscillator ? Can you share here Please.

 

 

It means that,that white color oscillators available in market with two radial lead are quartz crystals. But how is the crystal oscillator. Do you have any image of three pin crystal oscillator ? Can you share here Please.

Can you post a picture of one of these?

 

Hello,

These 3-pin devices are resonators and NOT oscilators:



http://www.ebay.com/itm/RESONATOR-1...650259?hash=item2cc2233cd3:g:2XIAAOSwM0FXIixn

There are also other colors and shapes:
https://www.ebay.com/sch/i.html?_fr...+resonator.TRS0&_nkw=3-pin+resonator&_sacat=0

As said, post a picture of the parts you got there.
That way we can see how to handle them.

Bertus

 

This is quartz crystal no. Sorry silver colors

 

It will not oscillate on its own but can be used to set the frequency of an oscillator or to filter a signal when used in conjunction with other components.

 

Oh, I was thinking it is the crystal oscillator and directly connected to circuit.

Thanks...

 

https://en.wikipedia.org/wiki/Crystal_oscillator

Hi, see link above to read and understand some theory behind.

 

Hello,

Wich microcontroller are you using?
You could have a look in the datasheet how to use the crystal.

Bertus

 

Hii
Is this is the circuit for crystal oscillator.

 

Yes, but usually inverters without hysteresis are used.

Using a Schmitt trigger as shown the circuit can oscillate even if the crystal is defective or missing. For some applications this might seem to be a feature while in other applications it might be seen as a hazard.

 

Then a simple inverter can be used instead of Schmitt trigger.

 

Yes, such as the CD4049 or similar. Non-buffered (series A) versions are less likely to give problems than buffered (series B) types. For example: CD4049A