Collection of Electronic Circuit, Electronic Equipment, Electronic Devices and Circuits Hobby
Showing posts with label Analog Circuits. Show all posts
Showing posts with label Analog Circuits. Show all posts
Tuesday, October 16, 2012
Wednesday, June 23, 2010
How to make PCB ( Printed circuit board )
How to make the following PCB's experience is the most practical way, besides the cost is cheap, the results are equally interesting and neatly than with how to write directly with a permanent marker, Sablon (Rugos or stencil paint), or media use Transfer Paper (original) the price is quite expensive.
Most people are probably already familiar with this method, but for those who have not used it never hurts to try, especially when the path is now designing the PCB has been very easy to
Most people are probably already familiar with this method, but for those who have not used it never hurts to try, especially when the path is now designing the PCB has been very easy to
Labels:
Analog Circuits,
Circuit Board.,
Electronic Circuit
Wednesday, July 22, 2009
Girator
The use of girator is to replace induktor that is too large, heavy and expensive. For example, the filter can pass the path was built using the condenser, resistor, and brace, without induktor.Girator circuits are often used on the Tools phone or device that is connected to the POTS system. Allows phone to be smaller. Girator also be used for graphic Equalizer hi-fi, parametrik Equalizer, pass-line filter, the filter stop-line, swishing filter, and filter signals parlormaid FM
There are a few of which use girator as induktor not possible.
High voltage, where voltage far exceeds the working voltage brace.
Frequency radio system, where the radio frequency induktor for relatively small and easily made.
Power modifier, where the coil is used as a temporary power storage
Brace
Brace (English: Amplifier) is an electronics component that is used to strengthen the power (or energy in general).

In the field of audio, amplifier will amplify the sound signal (which has been expressed in the form of electric current) on the input it into electric current is stronger at the output
The amount of strengthening is often known by the term gain. Value of the gain is expressed as a function of frequency is called the transfer function
So the gain is the result of the power output (Pout) and power at the input is (Pin) in the form of a function of frequency. The size of the gain, (G) is usually the Decibel (dB). In formula form this is expressed as follows:
G (dB) = 10log (Pout / Pin)). Pout is the Power or power at the output, and Pin is the input power on it
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