Negative feedback and Applications using Operational Amplifier
... a) Analysis in the time domain. Construct the circuit shown in Fig, 6, whose input is, first, a DC voltage, and verify that the voltage gain is indeed equal to 1 + (R2 / R1). Then, using a square wave (~50 mV amplitude) as an input, make two Bode plots, corresponding to two different gains (10 and 1 ...
... a) Analysis in the time domain. Construct the circuit shown in Fig, 6, whose input is, first, a DC voltage, and verify that the voltage gain is indeed equal to 1 + (R2 / R1). Then, using a square wave (~50 mV amplitude) as an input, make two Bode plots, corresponding to two different gains (10 and 1 ...
Jun 1999 LTC1569-X, 10th Order, Linear
... The filter attenuation is 50dB at 1.5 times the filter cutoff (fC), 60dB at twice fC, and in excess of 80dB at six times f C. Thus, the LTC1569-6/ LTC1569-7 are excellent choices in applications with demanding specifications for rejection of frequency components outside the passband (Figure 2). Exam ...
... The filter attenuation is 50dB at 1.5 times the filter cutoff (fC), 60dB at twice fC, and in excess of 80dB at six times f C. Thus, the LTC1569-6/ LTC1569-7 are excellent choices in applications with demanding specifications for rejection of frequency components outside the passband (Figure 2). Exam ...
LTC1066-1 - 14-Bit DC Accurate Clock
... and, if V + is applied prior to a floating V –, connect a signal diode (1N4148) between pin 10 and ground to prevent power supply reversal and latch-up. A signal diode (1N4148) is also recommended between pin 5 and ground if the negative supply is applied prior to the positive supply and the positiv ...
... and, if V + is applied prior to a floating V –, connect a signal diode (1N4148) between pin 10 and ground to prevent power supply reversal and latch-up. A signal diode (1N4148) is also recommended between pin 5 and ground if the negative supply is applied prior to the positive supply and the positiv ...
1966 , Volume v.17 n.9 , Issue May-1966
... are limited in frequency range, sensi tivity, and dynamic range. The new Vector Voltmeter (VVM), on the other hand, operates over a fre quency range of 1 MHz to 1 GHz. It has high sensitivity and wide dynamic range. Its phase resolution is 0.1° at any phase angle at all frequencies, and it operates ...
... are limited in frequency range, sensi tivity, and dynamic range. The new Vector Voltmeter (VVM), on the other hand, operates over a fre quency range of 1 MHz to 1 GHz. It has high sensitivity and wide dynamic range. Its phase resolution is 0.1° at any phase angle at all frequencies, and it operates ...
Digital Metronome
... the sub-system is a 555 IC. The reset pin is tied high to ensure that the chip functions correctly. The control voltage (CV) pin i s tied low with a 10nF capacitor as a frequency modulated output is not needed and the capacitor eliminates noise. The selection of resistor and capacitor values means t ...
... the sub-system is a 555 IC. The reset pin is tied high to ensure that the chip functions correctly. The control voltage (CV) pin i s tied low with a 10nF capacitor as a frequency modulated output is not needed and the capacitor eliminates noise. The selection of resistor and capacitor values means t ...
Document
... As expected for a wideband amplifier, PC board parasitics can affect the overall closed-loop performance. Of concern are stray capacitances at the output and the inverting input nodes. If a ground plane is to be used on the same side of the board as the signal traces, a space (5 mm min) should be le ...
... As expected for a wideband amplifier, PC board parasitics can affect the overall closed-loop performance. Of concern are stray capacitances at the output and the inverting input nodes. If a ground plane is to be used on the same side of the board as the signal traces, a space (5 mm min) should be le ...
How Do I Derate Three Phase Inputs For Single
... phase induction motor. Let us assume it has been determined that this application will operate well with a simple Volts per Hertz (V/Hz) VFD. The issue is, since there are no VFD manufacturers that offer a 10 Horsepower (HP) single phase input Variable Frequency Drive (VFD), we will need to de-rate ...
... phase induction motor. Let us assume it has been determined that this application will operate well with a simple Volts per Hertz (V/Hz) VFD. The issue is, since there are no VFD manufacturers that offer a 10 Horsepower (HP) single phase input Variable Frequency Drive (VFD), we will need to de-rate ...
8.71 GHz to 9.55 GHz MMIC VCO with Half Frequency Output HMC1161
... Information furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other rights of third parties that may result from its use. Specifications subject to change without notice. N ...
... Information furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other rights of third parties that may result from its use. Specifications subject to change without notice. N ...
Document
... Receiver noise, bandwidth, and temperature are directly proportional toll within the passband of a filter and is generally defined as the ratio of the power transferred to a load with a filter in the circuit to the power transferred to a load without the filter. Define fidelity. Fidelity is a meas ...
... Receiver noise, bandwidth, and temperature are directly proportional toll within the passband of a filter and is generally defined as the ratio of the power transferred to a load with a filter in the circuit to the power transferred to a load without the filter. Define fidelity. Fidelity is a meas ...
Phase Relations in Active Filters
... related to the number of energy storage elements (inductors and capacitors). The order of the filter transfer function’s denominator defines the attenuation rate as frequency increases. The asymptotic filter rolloff rate is –6n dB/octave or –20n dB/decade, where n is the number of poles. An octave i ...
... related to the number of energy storage elements (inductors and capacitors). The order of the filter transfer function’s denominator defines the attenuation rate as frequency increases. The asymptotic filter rolloff rate is –6n dB/octave or –20n dB/decade, where n is the number of poles. An octave i ...
Bode plot
In electrical engineering and control theory, a Bode plot /ˈboʊdi/ is a graph of the frequency response of a system. It is usually a combination of a Bode magnitude plot, expressing the magnitude of the frequency response, and a Bode phase plot, expressing the phase shift. Both quantities are plotted against a horizontal axis proportional to the logarithm of frequency.