Linear function generator

    • [PDF File]Linear Codes

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      Generator Matrix We shall now look at two ways of describing a linear code C. The first is given by a generator matrix G which has as its rows a set of basis vectors of the linear subspace C. If C is an [n,k]-code, then G will be a k × n matrix. The code C is the set of all linear combinations of the rows of G,

    • [PDF File]Chapter 3 Pseudo-random numbers generators

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      The typical structure of a random number generator is as follows. There is a finite set S of states, and a function f : S → S. There is an output space U, and an output function g : S → U. We will always take the output space to be (0,1). The generator is given an initial value S0 for the state, called the seed. The seed is typically ...

    • [PDF File]Modeling and Simulation of a CMOS-Based Analog Function ...

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      current-mode anlog function generator that can realize a large number of non-linear functions is presented . The circuit model is based on a 10th-order polynomial approximation of any non-linear function and is compatible with the CMOS technology currently used in digital signal processing.

    • [PDF File]Lecture 10: Forward and Backward equations for SDEs

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      Definition. The generator of a diffusion process of the form (1) is the linear operator L, defined in (4). The generator is exactly analogous to the infinitesimal generator of a continuous-time Markov chain. Recall that for a time-homogeneous, continuous-time Markov chain, we defined the generator to be the matrix Q

    • [PDF File]LINEAR INTEGRATED-CIRCUIT FUNCTION GENERATOR

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      A linear integrated circuit function generator contains a voltage-controlled oscillator (VeO) which is a free-running oscillator with a stable frequency of oscillation that depends on a timing capacitance, a timing resistance, and an external control voltage. The output from a voltage

    • [PDF File]Modeling and Design Analysis of a Permanent Magnet Linear ...

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      A generator is known as “synchronous” when the waveform of the generated voltage is syn-chronized with the rotation of the generator. Permanent magnets are used to provide the field excitation in a linear synchronous generator. Due to mechani-cal constraints, linear motors have large and variable airgaps [3]. Therefore, the

    • [PDF File]Synthesized Function Generators

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      The DS345 can frequency sweep any of its function outputs (except noise). You can sweep up or down in frequency using linear or log sweeps. Unlike conventional function generators, there are no annoying discontinuities or band-switching artifacts when sweeping through certain frequencies. The DS345’s DDS architecture inherently allows it to

    • [PDF File]CHAPTER 11

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      nonlinear function of the field current. Generated voltage of a DC machine is a linear function of the flux per pole, so it is also nonlinear with respect to the field current. n1 < n2 < n3 So if we have two voltages at two different speeds, with the flux per pole held constant: If we know generated voltage at one speed we can

    • [PDF File]8120 FUNCTION GENERATOR Operation Manual

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      8120 FUNCTION GENERATOR 1 1. Overview The 8120 is a portable, bench type mufti-purpose digital function generator / counter capable of producing 6 different waveforms. These are Sine, Square, Triangle, Pulse, Ramp and Sweep. 1.1 Introduction The 8120 has the following features: • Frequency adjustable from 0.1Hz to 2MHz in 7 ranges.

    • [PDF File]Function Generator Manual

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      The function generator can perform linear and loga-rithmic frequency sweeps. (A linear sweep passes ”equal numbers of Hz per se-cond”, a logarithmic one ”equal numbers of octaves per second”). A sweep is definedby four parameters: type (Lin/ Log), start frequency, stop frequency, and sweep time. To set up these parameters in the order ...

    • [PDF File]Random Number Generators - Columbia University

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      Linear Congruential Generators The most common and easy to understand and implement random number generator is called a Linear Congruential Generator (LCG) and is defined by a recursion as follows: Zn+1 = (aZn +c) mod m;n 0; Un = Zn=m; where 0

    • [PDF File]Linear Feedback Shift Registers

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      to non-linear FSR's so we need to examine them next. An FSR with a possibly non-linear feedback function will still produce a periodic sequence (with a possible non-periodic beginning). If the period is p, then the LFSR with characteristic function 1 + xp and starting state equal to the period of the sequence,

    • [PDF File]XR-2206

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      Function Generator Rev. 1.04 2008 EXAR Corporation, 48720 Kato Road, Fremont, CA 94538 (510) 668-7000 (510) 668-7017 1 February 2008-8 FEATURES Low-Sine Wave Distortion, 0.5%, Typical Excellent Temperature Stability, 20ppm/ °C, Typ. Wide Sweep Range, 2000:1, Typical Low-Supply Sensitivity, 0.01%V, Typ. Linear Amplitude Modulation

    • [PDF File]UNDERSTANDING NONLINEAR LOADS AND GENERATOR SET INTERACTION

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      function of the source impedance. Source impedance is not an easily defined value because generator reactance varies with time following a sudden load change. Generator subtransient reactance (X"d) and subtransient short circuit time constant (T"d) are primary parameters influencing distortion during the short SCR commutation period.

    • [PDF File]The Oscilloscope and the Function Generator

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      4. Set the controls of the function generator to produce a sine wave of about 1000 Hz frequency and a few volts amplitude. Depending on your generator, here’s how: ANALOG (Krohn-Hite, Wavetek, Exact) Use the \waveform" or \function" switch to select the sine (curvy-line) waveform type. Use the frequency adjust knob and multiplier button/switch

    • [PDF File]The linear generator as integral component of an energy ...

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      2. Free-piston linear generator system The principle of the free-piston linear generator will be described in this section in order to assist in the understanding of the boundary conditions acting on the linear generator. A Construction . The free-piston linear generator in . Figure 1. is based on a double piston system (hatched) built into a ...

    • [PDF File]Linear Generator Systems for Wave Energy Converters

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      In the following different options for linear generators in WECs are introduced, discussed and compared. Obviously the choice of the generator system highly depends on the WEC characteristics such as sizing, design sea state climate and working principle. In Figure 1 a schematic view of a simple point absorber type WEC is depicted.

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