This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay


This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay
This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay

This Hybrid Circuit Uses A Mixture Of Transistors An Ic And A Relay

Description: This is a Curtain Control Circuit. This circuit based on the 555 Timer IC. This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains. The circuit can be broken down into three main parts: a reversing circuit

29/01/2009 · This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains. Using switch S3 also allows manual control, allowing for curtains to be left only partially open or closed.

This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains. Using switch S3 also allows manual control, allowing for curtains to be left only partially open or closed. The circuit controls a motor which is attached to a simple pulley mechanism, to move the curtains.

Q2 will be on, and activate relay A/2. The network of C3 and R4 form a low current holding circuit for the relay. Relay A/2 is a 12V relay with a 500 ohm coil. It requires slightly less current to keep a relay energized than it does to operate it. Once the relay has operated, the current through the coil is reduced by R4, saving power consumption.

This circuit is under:, automations, motor control circuits, Curtain Control Circuit l5431 This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains. Using switch S3 also allows manual control, allowing for curtains to

This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains. Using switch S3 also allows manual control, allowing for curtains to be left only partially open or closed. The circuit controls a motor which is attached to a simple pulley mechanism, to move the curtains.

This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains. Using switch S3 also allows manual control, allowing for curtains to be left only partially open or closed. The circuit controls a motor which is attached to a simple pulley mechanism, to move the curtains.

For home circuit diagrams Curtain Control Circuit This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains.

This circuit is permanently plugged into a mains socket and NI-CD batteries are trickle-charged. ... In this circuit a zener diode is "amplified" by a set of power transistors. The transistors substantially increase the current and power to the load. ... This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to ...

This hybrid circuit uses a mixture of transistors, an IC and a relay and is used to automatically open or close a pair of curtains. Using switch S3 also allows manual control, allowing for curtains to be left only partially open or closed. The circuit....