Design a 3 way Wilkinson power divider with an equal power division (1:1) ratio please.
Design a 3 way Wilkinson power divider with an equal power division (1:1) ratio please.
Transducers in electronics Test No 2 1) Calculate division ratio of the capacitive voltage divider, if input signal is sine with amplitude of IV and frequency of 1kHz. C1 1uF input C2output 2) If rectangular bipolar voltage ) is put to RC divider (see below) input, then output voltage Moult) is distorted significantly. a) Explain the cause of the distortion. b) How can the distortion be eliminated? 30 pF 100k u(0) C2 10ok 2.5V 2.5v 39 28ms 3 2ms33 30ms...
a) [3 pts.] Design and draw a voltage divider that produces an output voltage of 14.4 V. Components given: 12-V batteries, 100-12 resistors, 200-12 resistors, 300-resistors (use as many of each as you would like). b) [3 pts.] Calculate the magnitude of the loading effect as a percentage of nominal voltage if a 10 k2 resistive load is connected to the voltage divider output of 14.4 V?
1-What is the effect of a smaller bleeder resistor in a loaded voltage divider power supply? 2-What is the most dangerous shock path in the human body?
Q1. Design a three-phase balanced power system where the load is connected with the power supply through a resistive transmission line. Your design needs to meet the following criteria: 1. Phase sequence for the power supply is ACB. You can take any phase or line as reference. 2. For the power supply, the line and phase voltages are related by a factor of V3. Please do not ignore the phase shift between the line and phase voltage or current. 3....
EXAMPLE 1: Design a fifth-order lowpass Butterworth filter with a dc gain equal to unity and the half-power frequency at i kHz. Make the largest capacitance is 1 μF. EXAMPLE 1: Design a fifth-order lowpass Butterworth filter with a dc gain equal to unity and the half-power frequency at i kHz. Make the largest capacitance is 1 μF.
For specific data center power design .please explain in-depth the impact of the power factor of AC units to the power design by changing (decreasing) its value.
7. (10 pts.) You have been tasked to design a combinational unsigned integer divider circuit with a two-bit dividend, Al1:0], a two-bit divisor, B[1:0], and a two-bit quotient, Ql1:0]: The circuit computes A[1:0]/B[1:0 Q[1:0] Divisor B[1:0] can never have a value of 00 i.e. division by 0 is not allowed. Quotient Ql1:0] is always rounded to the closest integer e.g. 01/10 01 (i) (2 pts) Draw the block diagram of the system annotating inputs and outputs clearly. (ii) 4 pts)...
For number 1 what would be the best way to design a 4-but ring counter that will load 0111? Procedure: 1. Prepare a design for review by the instructor. Include a circuit that automatically loads the ring counter with "01 I i,'at power-up. nd damonetrate a working circuit. Test the initial
Design a current divider/shunt resistance that will allow a lmA (full scale) 140 2 (internal resistance) d'Arsonval meter to measure 10mA at full scale (i.e. iunknown 10 mA, imeter 1 mA, Rmeter 140 , Rshunt?). NOTE: You may need to use up to two standard resistor values in series and/or parallel combinations to reach the needed shunt resistance. Lab values are: 10 22, 33, 47, 56, 68, 82, 100, 220, 330, 470, 560, 680, 820, lk, 2.2k, ..., IM2 Calculate...
Please explain the meaning of equal stress (or strength) design and the approximate design geometry in the rotating disk section