Showing posts with label Angin. Show all posts
Showing posts with label Angin. Show all posts

Thursday, August 9, 2012

Control Lampu|kipas Angin 200 watt/220 volt

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Rangkaian Control Lampu|kipas Angin is the circuit diagram of the simplest lamp dimmer or fan regulator.The circuit is based on the principle of power control using a Triac.The circuit works by varying the firing angle of the Triac . Resistors R1 ,R2 and capacitor C2 are associated with this.The firing angle can be varied by varying the value of any of these components.Here R1 is selected as the variable element .By varying the value of R1 the firing angle of Triac changes (in simple words, how much time should Triac conduct) changes.This directly varies the load power, since load is driven by Triac.The firing pulses are given to the gate of Triac T1 using Diac D1.

circuit of lamp dimmer regulatorSkema Rangkaian Control Lampu|kipas Angin


Component List:
  • R1 : 1o K (1 Watt Resistor)
  • R2 : 1o0 K ( Potentiometer)
  • C1 : 0.1 uF /500V (Polyester Capacitor)
  • T1 : BT 136 (Triac)
  • D1 : DB2 (Diac)
Assemble the circuit on a good quality PCB or common board.The load whether lamp ,fan or any thing ,should be less than 200 Watts.To connect higher loads replace the Triac BT 136 with a higher Watt capacity Triac . All parts of the circuit are active with potential shock hazard.So be careful.

to avoid the occurrence that is not in want, when you try to light a flame controller circuit, the voltage should use a small first, such as 12 volt and small lamps 12 volt of circulating in many shops electronic. when circuit can work well, a circuit of Control Lampu|kipas Angin can use the voltage 220 volt with max load 200 watts.

Sunday, June 24, 2012

Rangkaian Pendeteksi Angin

This circuit uses an incandescent lamp to detect airflow (mendeteksi angin). With the filament exposed to air, a constant current source is used to slightly heat the filament. As it is heated, the resistance increases. As air flows over the filament it cools down, thus lowering it's resistance. A comparator is used to detect this difference and light an LED. With a few changes, the circuit can be connected to a meter or ADC to provide an estimation on the amount of air flow. 
Rangkaian Pendeteksi Angin
LM339 Pinout
The glass will have to be removed from L1 without breaking the filament. Wrap the glass in masking tape and it in a vise. Slowly crank down until the glass breaks, then remove the bulb and carefully peel back the tape. If the filament has broken, you will need another lamp.

List Component
R1 : 100 Ohm 1/4W Resistor 
R2 : 470 Ohm 1/4W Resistor
R3 : 10k 1/4W Resistor
R4 : 100K 1/4W Resistor
R5 : 1K 1/4W Resistor
C1 : 47uF Electrolytic Capacitor
U1 : 78L05 Voltage Regulator
U2 : LM339 Op Amp
L1 : #47 Incandescent lamp with glass removed (See "Notes")
D1 : LED