It is important to predict business outcomes for long term of at-least 10 years with good safety margin irrespective of market quotation for success in long term investment strategy. For this business should have good earning potential in next 10 years. I prefer to follow this strategy as I am not a full time trader. List you circle of competence and go to step 1 only if its inside my circle of competence. Step 1 Predictable earnings - 10 yrs EPS to be found See if it has upward trajectory if there is any anomaly in any years - find the reason behind the anomaly. Step 2 Higher the price you pay lower the rate of return Find the initial rate of return: Price of the stock in current year(x) : Expected earning per share for current year(y) : ...
Tried simulating with Qucs The simulation didn't come of well as I hoped.The Output is showing some kind of waveform I have no idea of looking at how it became so. Simulated Circuit using IRF Z44 Mosfet (Now Vishay MOSFET Z44 ) Simulated Circuit using IRF Z44 MOSFET (Vishay) Waveform I got for Buck Converter Circuit Now After trying the same in TINA spice simulator from Texas instruments I couldn't successfully produce an output.As I remember from the "Buck converter demystified" reference the ripple current will be maximum at the 0.5 duty ratio.So I have decided to redesign the parameter values for a different duty ratio of 0.25. New parameters are; Duty Ratio : 0.25 Period of Switching cycle (SW1) : 20us Time for which SW1 is ON :0.25*20us = 5us Ripple Current : 0.33*0.6 = 0.198A Inductor : 454.54uH Capacitor at output (@ 100mv overshoot ...
Opamps Operational amplifiers are linear devices that have all the properties required for nearly ideal DC amplification and are therefore used extensively in signal conditioning, filtering or to perform mathematical operations such as add, subtract, integration and differentiation. An Operational Amplifier , or op-amp for short, is fundamentally a voltage amplifying device designed to be used with external feedback components such as resistors and capacitors between its output and input terminals. These feedback components determine the resulting function or “operation” of the amplifier and by virtue of the different feedback configurations whether resistive, capacitive or both, the amplifier can perform a variety of different operations, giving rise to its name of “Operational Amplifier”. Transistor Y our brain contains around 100 billion cells called neurons—the tiny switches that let you think and remember things. Computers contain billions ...
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