
70W Lamp Dimmer Circuit 555 MOSFET
you can see in the circuit diagram circuit, which runs between 5- 15V two 70 -watt lamp brightness increased or decreased . 1X1 and 1X2 circuit power supply input terminals of the ends and between 5- 15V input must... Electronics Projects, 70W Lamp Dimmer Circuit 555 MOSFET "555 timer circuits, power electronic projects, simple circuit projects, " Date 2014/06/21
you can see in the circuit diagram circuit, which runs between 5- 15V two 70 -watt lamp brightness increased or decreased . 1X1 and 1X2 circuit power supply input terminals of the ends and between 5- 15V input must be provided. 2X1 and 2X2 ends are the ends of the lamps to be connected .
C3 is kondansitör kondansistör supply . 555 timer circuit I01 is the main controller . This timer can operate with a maximum of 15V DC . So a higher voltage to be given to the timer circuit to malfunction may result . P1 , R1, R2, C1 and C2 supplies a timer to work properly, the indispensable materials.
P1 potentiometer position is changed will change in frequency at the output of the timer lamp brightness to be changed . The circuit diagram of the timer output can by two bulbs with resistors R3 and R4 is bifurcated .
Here, R3, R5 and T1, T2 materials and attached to an end gate of MOSFET T1, T2, MOSFETs are used as the driver transistors . T3 R4 resistance of the MOSFET is driven. The drain of the MOSFET T2 and T3 ends lamps , source terminals are connected to the chassis . The purpose of using the MOSFET circuit is related to the current drawn .
3 Bit Counter Circuit TTL 7447 74160 NE555
74160 7447 3 bit counter designed with integrated tll. For each bit, 1 display, to drive displace 74,160 in 7447 and counting is used. 74 160 s 3-bit counter formed by connecting serial number of 74160 can be increased by increasing the number of bits.
Circuit NE555 square wave oscillator circuit to provide clock pulses and 50 Hz oscillator source used with the 4052. By pressing the START button 555 out of outputs HIGH level for a certain time. X1 output from 555 in 4052 to the “1” with the knowledge of the information in 50hz oscillator to give a total. X1 by taking exit 50 Hz signal that will be applied on the circuit in the output circuit 555 is “0” will continue until the counting.