Figure P2.2 5 mA 18 V Figure P2.2 Full Alternative Text
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1. Is the interconnection of ideal sources in the circuit
valid? Explain.
2. Identify which sources are developing power and which sources are
absorbing power.
3. Verify that the total power developed in the circuit equals the total
power absorbed.
4. Repeat (a)–(c), reversing the polarity of the 18 V source.
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- if i want building power supply out 9v. full wave rectifier ,Consists of source 240 voltage 50Hz , resistor and 2 capacitor and 4 dimes and transformer .what is the Equations and circuit diagram for it,and what is Values of components(i) With neat sketch explain the cross sectional view and I-V characteristics of the device which is having uncontrolled turn ON and turn OFF withstanding capability. (ii) Write FOUR application of the above mentioned power semiconductor device.Answer in Sentence/Paragraph form. Maximum of 5 sentences each. Lesson: Electronics: FULL-WAVE Rectifier with and without Filter1. What is the necessity of the transformer in the recitifer circuit?2. What are the applications of the rectifier? 3. What is meant by ripple and define ripple factor. 4. Explain how capacitors helps to improve the ripple factor. 5. Can a rectifier made in India (V=230 V , f=50Hz) be used in USA (V=110V, f=60Hz)?
- if i want building power supply out 9v. full wave rectifier ,Consists of resistor and 2 capacitor and 4 dimes and transformer .what is the Equations and circuit diagram for itA FW battery rectifier charges a 12V battery. Identify the transformer providing 0.2Ω series resistance, 10A current for 120VAA welding (Number of turns and kVA rating). Find the efficiency of the circuit for 1.4 V diode transmission voltage.Determine the potential Uab and the current IE1 in the figure
- A full wave bridge rectifier is supplied from 230V, 50Hz and uses a transformer of turns ration 15:1. It uses load resistance of 50 ohms. Calculate load voltage and ripple voltage. Assume ideal diode and transformer. Assume ripple factor equals to 0.482. a.Load Voltage= 13.8 V; Ripple Voltage=6.652 V b.Load Voltage= 15.6 V; Ripple Voltage=7.611 V c.Load Voltage= 21.3 V; Ripple Voltage=8.410 V d.Load Voltage= 25.1 V; Ripple Voltage=10.442 VDEVELOP AND JUSTIFY YOUR RESPONSE. Determine the total current when BT1 = 15.9 V, BT2 = 7.5 V, the Resistance R1 = 1.1 kΩ and the Resistance R2 = 4.4 kΩ, Consider voltage drop of the diodes of Si = 0.7V A. -2.55 mA. B. 1,40 mA. C. 4.25 mA. D. -1.53 mA.Consider the diodes D1, D2, and D3 type as Silicon, Germanium, and GaAs respectively. Calculate for the current in each diode, and the voltage across R1
- Single phase half wave controlled rectifier supplied from 150 V if the load is 10 ohm if the delay angle a =30 Find : 1- maximum load current 2-average load voltage 3- average load current 4-RMS load current 5-power supply to the load 6-conduction angle 7-power factorFind the current in D3 in AMPS V1=19 Volts, R1=7 Ω R2=13 Ω, R3=14 Ω VZD1=4 Volts, VZD2=10 Volts Note: Consider in your calculation the voltage of diodes if needed.Q2: For the single phase full wave semi controlled rectifier shown: 1-Draw the v-i waveforms for the circuit vm 2-Prove that: lav =~ (1+cos @) 3-Maximum voltage across the load if the AC supply voltage is 208V .