I'm not exactly sure how to configure this, these are the incomplete schematics.

 

What are you trying to do? What is the load and how fast will you be switching it?

 

What exactly, in some detail, are you wanting to do?

<EDIT> I see wayneh posed about the same question. </EDIT>

Ron

 

It would help if you added component designators to the schematic, so that we know which parts of the circuit you're talking about.

 

I was hoping that the transistors could drive the load as show in this example.

 

I'm not exactly sure how to configure this, these are the incomplete schematics.
View attachment 148456

This is what I have so far circled in red, however, it is only putting out .20mA. as measured from ground to pin 3.

 

The "example" you posted is just that, it is an example which is why part numbers for TR1 are not called out. The 555 has a limited output current so is not capable of driving any sort of a heavy load. You start with the data sheet for a LM555 timer or if you prefer a ICM7555 timer, whatever you have. You learn the capabilities of the chip and how it works. Then you look at the load you want to drive and what will be needed to drive the load. That is exactly what the image you posted tells you. So again I'll ask what is the load and what exactly are you trying to do? If you don't know what you want it is pretty difficult for anyone to help you.

Ron

 

The "example" you posted is just that, it is an example which is why part numbers for TR1 are not called out. The 555 has a limited output current so is not capable of driving any sort of a heavy load. You start with the data sheet for a LM555 timer or if you prefer a ICM7555 timer, whatever you have. You learn the capabilities of the chip and how it works. Then you look at the load you want to drive and what will be needed to drive the load. That is exactly what the image you posted tells you. So again I'll ask what is the load and what exactly are you trying to do? If you don't know what you want it is pretty difficult for anyone to help you.

Ron

Two LED's and a pair of headphones. I just am uncertain how to connect the transistors. I really would just like any help showing how to connect the transistors as a darlington pair to see if it will be enough to drive the LED's and headphones. They are 2N2222 transisitors.

 

Sorry about that, rereading my post I'm not sure I could have been more vague.

 

Connect the collectors of both transistors to the V+ supply and connect the emitter of the left transistor to the inductor.

 

Again, read the data sheet for a 2N2222 transistor. That very popular NPN switching transistor can handle 800 mA of continuous collector current and I doubt you will get close to 800 mA with a few LEDs. Next do a simple Google of 2N2222 LED Circuits which will bring up dozens of circuits like this. Now as to your partial circuit I have no idea what your goal or objective is. What exactly are you trying to do with headphones and LEDs? About anything audible (20 Hz to 20 KHz) in the headphones you will not see in the LEDs unless you want to hear dull clicks in the headphones.

Ron