PAWS - Western Carolina University
... 8) When you have a spectrum that exceeds the 10 dB specification described in part 5, disconnect the spectrum analyzer and connect the oscilloscope to the generated sine wave. Verify that the frequency is 8 MHz and the output voltage is at least 1 volt peak –to-peak. If these requirements are met, c ...
... 8) When you have a spectrum that exceeds the 10 dB specification described in part 5, disconnect the spectrum analyzer and connect the oscilloscope to the generated sine wave. Verify that the frequency is 8 MHz and the output voltage is at least 1 volt peak –to-peak. If these requirements are met, c ...
Haynes Retro Radio Instruction Manual
... this purpose, use a loop antenna made from 1 metre long wire. The end of the wire loop should be guided through the preprepared holes of the housing. The loop can be installed either upright or lying flat and will have a small amount of directivity, so that by twisting the antenna when on a weak sig ...
... this purpose, use a loop antenna made from 1 metre long wire. The end of the wire loop should be guided through the preprepared holes of the housing. The loop can be installed either upright or lying flat and will have a small amount of directivity, so that by twisting the antenna when on a weak sig ...
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... phasors. If the sources have different frequencies, then superposition can still be used but its application is different. With different frequency sources, each source must be treated in a separate steady-state analysis because the element impedances change with frequency. The phasor response for e ...
... phasors. If the sources have different frequencies, then superposition can still be used but its application is different. With different frequency sources, each source must be treated in a separate steady-state analysis because the element impedances change with frequency. The phasor response for e ...
Subiecte de examen la CEF din sesiunile anterioare
... each circuit: the circuit and expression of VO). T2. 1,5p. Half-wave rectifier with capacitive filter: circuit, waveforms, the effect of the filtering capacitance on the output voltage shape – from the qualitative point of view. P1. 2p vI[V] ...
... each circuit: the circuit and expression of VO). T2. 1,5p. Half-wave rectifier with capacitive filter: circuit, waveforms, the effect of the filtering capacitance on the output voltage shape – from the qualitative point of view. P1. 2p vI[V] ...
Document on creating a seismograph.
... electronics. If electronics is working I'll start building hardware. After that i will start writing the software. Meanwhile i must see if i can get a (wireless) network connection in the basement. Electricity is there. I've put together two circuits using example schematics and Pspice. They are des ...
... electronics. If electronics is working I'll start building hardware. After that i will start writing the software. Meanwhile i must see if i can get a (wireless) network connection in the basement. Electricity is there. I've put together two circuits using example schematics and Pspice. They are des ...
k18v2. fm transmitter
... load (antenna) will change the operating frequency. This is normal. If the antenna load is heavy then the transmitter could be moved off frequency by 1MHz, or perhaps even more. The tuned coil, L1, has two output tappings for the antenna connection, marked "A" and "B". These are both low-level outpu ...
... load (antenna) will change the operating frequency. This is normal. If the antenna load is heavy then the transmitter could be moved off frequency by 1MHz, or perhaps even more. The tuned coil, L1, has two output tappings for the antenna connection, marked "A" and "B". These are both low-level outpu ...
A 6-to-18 GHz Tunable Concurrent Dual-Band Receiver
... Fig. 1 shows the proposed receiver architecture of this work. A single-input, double-output tunable concurrent amplifier (TCA) amplifies the RF input signal and separates it into its low-band and high-band components. Both the high-band and the low-band have their own down-conversion signal paths. I ...
... Fig. 1 shows the proposed receiver architecture of this work. A single-input, double-output tunable concurrent amplifier (TCA) amplifies the RF input signal and separates it into its low-band and high-band components. Both the high-band and the low-band have their own down-conversion signal paths. I ...
1 - Rose
... (b) At very low frequencies, this “real” inductor acts approximately like: (1) A resistor of value Rw (2) An inductor of value Lw (3) a capacitor of value CL (c) At very high frequencies, this “real” inductor acts approximately like: (1) A resistor of value Rw (2) An inductor of value Lw (3) a capac ...
... (b) At very low frequencies, this “real” inductor acts approximately like: (1) A resistor of value Rw (2) An inductor of value Lw (3) a capacitor of value CL (c) At very high frequencies, this “real” inductor acts approximately like: (1) A resistor of value Rw (2) An inductor of value Lw (3) a capac ...
ServoWire® SD 230 Series Drives
... ✔ High Speed Sensors: Each drive provides interfaces for two high-speed sensors. The ASEN and BSEN inputs, along with the internal encoder reference signal, can capture real-time axis position for either or both axes within one microsecond of assertion. They can initiate axis motion on the next posi ...
... ✔ High Speed Sensors: Each drive provides interfaces for two high-speed sensors. The ASEN and BSEN inputs, along with the internal encoder reference signal, can capture real-time axis position for either or both axes within one microsecond of assertion. They can initiate axis motion on the next posi ...
Digital Audio Broadcasting
... each power amplifier module uses MOSFET transistors as switches arranged in an "H Bridge" arrangement. RF power is taken from a transformer connected between the mid-points of each arm. In operation, diagonally opposite transistors are sequentially switched at carrier frequency rate to produce alter ...
... each power amplifier module uses MOSFET transistors as switches arranged in an "H Bridge" arrangement. RF power is taken from a transformer connected between the mid-points of each arm. In operation, diagonally opposite transistors are sequentially switched at carrier frequency rate to produce alter ...
IC Crystal Oscillator Circuits
... ‘FET’ probe which has a high input impedance buffer built into the probe tip. The input impedance of an ‘Active’ probe is typically >10 MΩ in parallel with <2pF, but as before the effect of using this probe must be taken into account when probing the oscillator. For this design the waveforms require ...
... ‘FET’ probe which has a high input impedance buffer built into the probe tip. The input impedance of an ‘Active’ probe is typically >10 MΩ in parallel with <2pF, but as before the effect of using this probe must be taken into account when probing the oscillator. For this design the waveforms require ...
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Electrical Circuits II [Opens in New Window]
... 3. Determine the response of R, L, and C in a sinusoidal circuit. 4. Express complex numbers in rectangular and polar forms. Calculate impedance, voltage, current and power in a series, parallel and series parallel circuits. 5. Explain and compute active, reactive and apparent power. 6. Compute powe ...
... 3. Determine the response of R, L, and C in a sinusoidal circuit. 4. Express complex numbers in rectangular and polar forms. Calculate impedance, voltage, current and power in a series, parallel and series parallel circuits. 5. Explain and compute active, reactive and apparent power. 6. Compute powe ...
Chap 21
... 12. What is the inductive reactance of a 200 mH inductor attached to a 120 V rms 60.0 Hz source? A. 12.0 Ω B. 75.4 Ω C. 188 Ω D. 940 Ω E. 24.0 Ω ...
... 12. What is the inductive reactance of a 200 mH inductor attached to a 120 V rms 60.0 Hz source? A. 12.0 Ω B. 75.4 Ω C. 188 Ω D. 940 Ω E. 24.0 Ω ...
Slide 1
... . The conversion from one unit to the other is found on pg 1 of PhysRT: 6.25 x 1018 1 C = _______________________ e 1.60 x 10-19 or 1 e = ________________________ C Ex. ...
... . The conversion from one unit to the other is found on pg 1 of PhysRT: 6.25 x 1018 1 C = _______________________ e 1.60 x 10-19 or 1 e = ________________________ C Ex. ...
Regenerative circuit
The regenerative circuit (or regen) allows an electronic signal to be amplified many times by the same active device. It consists of an amplifying vacuum tube or transistor with its output connected to its input through a feedback loop, providing positive feedback. This circuit was widely used in radio receivers, called regenerative receivers, between 1915 and World War II. The regenerative receiver was invented in 1912 and patented in 1914 by American electrical engineer Edwin Armstrong when he was an undergraduate at Columbia University. Due partly to its tendency to radiate interference, by the 1930s the regenerative receiver was superseded by other receiver designs, the TRF and superheterodyne receivers and became obsolete, but regeneration (now called positive feedback) is widely used in other areas of electronics, such as in oscillators and active filters. A receiver circuit that used regeneration in a more complicated way to achieve even higher amplification, the superregenerative receiver, was invented by Armstrong in 1922. It was never widely used in general receivers, but due to its small parts count is used in a few specialized low data rate applications, such as garage door openers, wireless networking devices, walkie-talkies and toys.