Ramp waveform
[DOCX File]Agilent 33500B Waveform Generator - Georgia Tech
https://info.5y1.org/ramp-waveform_1_7112e5.html
The waveform generator is capable of producing various voltage waveforms used to power circuits. Waveform parameters such as amplitude, frequency, DC offset, and phase can be adjusted. It is capable of outputting two distinct signals at the same time. Physical Limitations •Maximum frequency: 20 MHz •Maximum peak-to-peak voltage: 20 volts
[DOC File]University of Notre Dame
https://info.5y1.org/ramp-waveform_1_abfb4f.html
The waveform on the right shows the output as a ramp waveform, while the waveform on the left demonstrates a modulated pulse wave. Ring Modulator Schematic. Power Module. Function. This module interfaces all of the subsystems of the project by providing the various voltage needs and grounds necessary for circuit operation. One of the features ...
[DOC File]Lab exercises for 4/6/06: - University of Washington
https://info.5y1.org/ramp-waveform_1_8349cf.html
RECHECK THE RAMP WAVE ON YOUR FUNCTION GENERATOR AND HAVE YOUR LAB PARTNER CONFIRM THAT IT IS CORRECTLY SET (1 volt to 4 volt swing). IT IS IMPORTANT THAT YOU NEVER PLACE A NEGATIVE VOLTAGE OR A VOLTAGE GREATER THAN 5 VOLTS ON AN A/D INPUT! Keep the waveform displayed on your scope. Connect the ramp waveform to an A/D input and observe …
[DOC File]RECOMMENDATION ITU-R BT.1204 - Measuring methods for ...
https://info.5y1.org/ramp-waveform_1_bbadae.html
All these problems can be largely overcome if a ramp waveform is used instead of a staircase, but there are still advantages to be gained by the addition of dither. It is recommended that the test waveform should consist of a 100 IRE units ramp with peak-to-peak colour subcarrier plus dither as discussed above. 4.3 Pulse characteristics
[DOC File]Bifurcation-topology amplifier based on coupled ...
https://info.5y1.org/ramp-waveform_1_ef17e7.html
The function generator (Agilent 33250A) used to provide the aforementioned ~26MHz parametric pump signal, provides is own internal frequency modulation in the form of a triangular sweep signal (ramp waveform) to provide an output with instantaneous frequency. (S26) Here, is a triangle function that changes from 0 to 1 and back again with period .
[DOC File]FREQUENCY COMPONENTS
https://info.5y1.org/ramp-waveform_1_f4f2ab.html
where P is the period, f0 =1/P= the fundamental frequency, m is the harmonic number, zm is the complex coefficient for the mth harmonic, and x(t) is the periodic time waveform. Using the complex form of the Fourier series let's derive the coefficients of the periodic ramp waveform, sawtooth waveform with a slope of 6 units and a period, P, of 3.
[DOC File]Waveform Generation .ps
https://info.5y1.org/ramp-waveform_1_2d1158.html
A special generator is used in active methods, as a voltage-controlled oscillator, in which the desired linear ramp can be obtained by applying a ramp input voltage. However, in the passive method, the waveform is generated by exciting a the system with an impulse.[22] The LFM waveform is quite insensitive to doppler shifts.
[DOC File]Gary F. Casaly, Esquire
https://info.5y1.org/ramp-waveform_1_c7114b.html
A functional block diagram of the sonar unit is presented in . In the active mode, a ramp generator produces a ramp waveform having a period determined by the range switch. The ramp is applied to a voltage-controlled oscillator (VCO), which results in a linear, downward sweeping, frequency modulated signal varying between 145 kHz and 115 kHz.
[DOC File]FUNCTION GENERATOR-SERIES
https://info.5y1.org/ramp-waveform_1_adf412.html
5-4.Ramp wave generation (1) First press the key ( ) of Function (8), then select Range (7), rotate FREQ (13) switch to set required frequency range. (2) Connect output-terminal (22) to oscilloscope for observing output signal. (3) Pull out and rotate DUTY (9) to adjust the slope of ramp waveform.
[DOC File]Publications of Dr
https://info.5y1.org/ramp-waveform_1_abc465.html
In the limit. with high values of Lt, Ug approaches a "sawtooth" or "ramp" waveform with a linear increases from zero flow at t = 0 to a peak flow of 2/(Lt + l) at t = 2. followed by a sudden decrease to zero flow at t = 2. The spectrum of such a pulse falls off at only 20 dB/decade compared to the 40 dB/decade fall-off for the triangular pulse ...
Nearby & related entries:
To fulfill the demand for quickly locating and searching documents.
It is intelligent file search solution for home and business.