Technology and Development
Records – DE Part 19
In the previous tutorial, the concept and construction of flip flops was discussed. Flip-flops are essential components of any synchronous or timed operation. sequential circuit. No fl...
Records – DE Part 19
In the previous tutorial, the concept and construction of flip flops was discussed. Flip-flops are essential components of any synchronous or timed operation. sequential circuit. No fl...
No-load test and stall test for an induction mo...
The various constants of the equivalent circuit of the induction motor can be determined as follows: Determination of GÓ and BÓ and therefore RÓ and XÓ To find out GÓ...
No-load test and stall test for an induction mo...
The various constants of the equivalent circuit of the induction motor can be determined as follows: Determination of GÓ and BÓ and therefore RÓ and XÓ To find out GÓ...
Slippers – DE Part 18
In the previous tutorial, basics of sequential logic circuits were discussed. It was mentioned that sequential circuits can be of two types – synchronous and asynchronous. The circuits are...
Slippers – DE Part 18
In the previous tutorial, basics of sequential logic circuits were discussed. It was mentioned that sequential circuits can be of two types – synchronous and asynchronous. The circuits are...
Amplifiers: A Visual Guide to Their Ratings
The amplifier usually consists of several cascaded steps. Amplifiers are classified in various ways according to their frequency range, method of operation, end use, type of load...
Amplifiers: A Visual Guide to Their Ratings
The amplifier usually consists of several cascaded steps. Amplifiers are classified in various ways according to their frequency range, method of operation, end use, type of load...
Sequential Logic Circuits – DE Part 17
In the previous tutorials, all the circuits designed were combinational circuits. In combinational circuits, the binary output depends only on the current state of the inputs. So actually...
Sequential Logic Circuits – DE Part 17
In the previous tutorials, all the circuits designed were combinational circuits. In combinational circuits, the binary output depends only on the current state of the inputs. So actually...
Armature Reaction in DC Motors: A Closer Look
Armature feedback in a DC motor refers to the distortion of the magnetic field caused by the flow of armature current. It arises from the interaction between the magnetic field...
Armature Reaction in DC Motors: A Closer Look
Armature feedback in a DC motor refers to the distortion of the magnetic field caused by the flow of armature current. It arises from the interaction between the magnetic field...