For what design go to datasheetlocator.com and look oit up
A form Z relay contact is one of six common types of contact configurations. A type Z is a single pole, double throw, double break configuration. There is no common hot terminal. It is usually used where two separate circuits need to be opened at the same time.
you cannot directly interface a relay to a microcontroller, you need a buffer circuit in between the two, you can use a NPN transistor BC 547, connect the controller pin directly to the base of the transistor (since there is an internal 10k pull up resistor inside the controller no need of any base resistor). Connect the transistors emitter to the gnd & the collector to the relay coil, the another end of the relay coil goes to the supply, check this link for complete information http://www.dnatechindia.com/index.php/Tutorials/8051-Tutorial/Relay-Interfacing.html
Pin supports consist of a pin through 2 components which allows rotation about the joint but no translation relative to the pin due to the reactive forces from the pin preventing this movement.
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The pin configuration of sl 100 is B C E with ground as the base of the transistor.
the pin configuration of a processor means that the diagramatic representation of block diagram of processor representing various pins and the function of that pins
What is ift why we go for it.what are its applications
WHAT IS THE PINS CONFIGURATION OF 8086?
i think it secures our data from outside accessors
A: There is definitely a pin difference in configuration for each family of gates up to a point because of variety of gates available.
one will be ground the other 3 will be steps when each is powered indiviually
The pin configuration of the 240 volt receptacle is different from a 120 volt pin configuration. This is a safety factor to prevent the wrong voltage being applied to the wrong devices.
The pin configuration of the 240 volt receptacle is different from a 120 volt pin configuration. This is a safety factor to prevent the wrong voltage being applied to the wrong devices.
to properly test relay you must have relay in circuit apply voltage to pin 1 if there is no diode there will not be a polarity issue. if there is a diode you must apply voltage to proper pin or you will have a short circuit. apply ground to pin 2 with coil energized there will be continuity across the other pins when voltage or ground is denied there will be no continuity. to properly test relay you must have relay in circuit apply voltage to pin 1 if there is no diode there will not be a polarity issue. if there is a diode you must apply voltage to proper pin or you will have a short circuit. apply ground to pin 2 with coil energized there will be continuity across the other pins when voltage or ground is denied there will be no continuity.
For what design go to datasheetlocator.com and look oit up
THE CONFIGURATION OF A THREE PIN WALL SOCKET IS THAT IT SHOULD BE WITH A SWITCH TO OPERATE THE PHASE THE NEXT SAME LEVEL PIN IS FOR THE NUETRAL AND THE THIRD TOP PIN IS FOR THE GROUND OR EARTH.THIS SOCKET IS USUALLY USED FOR ELECTRICAL HOME APPLIANCES LIKE COMPUTERS REFRIGIRATORS DEEP FREEZERS IRONS VACCUM CLEANERS MICROVAVES ETC ETC.