lunes, 18 de mayo de 2009
domingo, 17 de mayo de 2009
miércoles, 13 de mayo de 2009
SIMULADOR LOGIX PRO
ABSTRACT
In the area in which we are working we neededthe collaboration of several implementos for theelaboration of some works in this case of asimulator to work plcs. In this case we arespeaking of the simulator of logixPro which helpsus in the development of the simulation bymeans of the program of ladder in which wemake the simulation and we proved to verify it ifthis correct one.
fuente de voltaje manual
This is the manual of the source. Here are the necessary care of this also the most important information about the development of the source.
martes, 12 de mayo de 2009
FUENTE
ABSTRACT
With the development of this activity dealing
with different subjects seen during the
module, we will review the most important
points for the construction of the source
voltage regulator.
This source is an indispensable tool for the
process of our technologist and supplying
various strains within a broad range of
values. This is needed to operate the
majority of electronic circuits
I have avoided this source of variation by
adjusting voltages either low or high voltage
LINK
With the development of this activity dealing
with different subjects seen during the
module, we will review the most important
points for the construction of the source
voltage regulator.
This source is an indispensable tool for the
process of our technologist and supplying
various strains within a broad range of
values. This is needed to operate the
majority of electronic circuits
I have avoided this source of variation by
adjusting voltages either low or high voltage
LINK
DESOLDAR
ABSTRACT
I learned about this activity:
Soldering tin, desoldar as in the modules.
The management of each of the instruments
used to desoldar be taken as a preventative
respective management, to maintain the
good condition of the module and not
damage its components.
Sometimes there are bad soldiers or
elements that must be changed due to their
poor condition, it is necessary to know how
and have the respective desoldar care
because we could damage the module.
LINK
I learned about this activity:
Soldering tin, desoldar as in the modules.
The management of each of the instruments
used to desoldar be taken as a preventative
respective management, to maintain the
good condition of the module and not
damage its components.
Sometimes there are bad soldiers or
elements that must be changed due to their
poor condition, it is necessary to know how
and have the respective desoldar care
because we could damage the module.
LINK
ELECTRICIDAD BASICA MCM2
ABSTRACT
We studied the book on basic electricity, and was assigned topic for presentation for our group where we acquire knowledge on coils, transformers, RLC, RC, resistive and capacitive circuit, AC, DC motors, resonance in series and in parallel, AC power, with the aim of expanding our knowledge, applying these concepts to develop a practice. The practice was going to develop a machine elemental in order to recognize the operation of a motor. We note that a DC motor is a generator of energy to pass electricity to mechanical energy.
LINK
We studied the book on basic electricity, and was assigned topic for presentation for our group where we acquire knowledge on coils, transformers, RLC, RC, resistive and capacitive circuit, AC, DC motors, resonance in series and in parallel, AC power, with the aim of expanding our knowledge, applying these concepts to develop a practice. The practice was going to develop a machine elemental in order to recognize the operation of a motor. We note that a DC motor is a generator of energy to pass electricity to mechanical energy.
LINK
GUIA MCM1
ABSTRACT
In general in this practice summary all
the characteristics and relating fields to
the electronics, however alone they are
the most important or basic topics,
since the electronics as such is a very
wide science that goes evolving daily
due to the big technological advances.
In the first place it is spoken of the
current (continuous and alternating),
the voltage and the electric resistance
of which their meaning is already
known; their analysis and their dangers
applying them in the human body;
besides this, the norms of security and
the symbols are also shown used in this
field.
It is also explained the related with
feeding sources and the meters like the
multímetro and the oscilloscope besides
the main components of an electric
circuit; the law of Ohm, basic theory for
the analysis of electric circuits in series
and parallel; the laws of Kirchhoff and
the theorems of Thevenin and Norton
between other principles and theories
also used for the analysis of these
circuits.
Obviously the document applies its
theory in exercises so that the student
can develop them keeping in mind that
the practice makes to the teacher.
LINK
In general in this practice summary all
the characteristics and relating fields to
the electronics, however alone they are
the most important or basic topics,
since the electronics as such is a very
wide science that goes evolving daily
due to the big technological advances.
In the first place it is spoken of the
current (continuous and alternating),
the voltage and the electric resistance
of which their meaning is already
known; their analysis and their dangers
applying them in the human body;
besides this, the norms of security and
the symbols are also shown used in this
field.
It is also explained the related with
feeding sources and the meters like the
multímetro and the oscilloscope besides
the main components of an electric
circuit; the law of Ohm, basic theory for
the analysis of electric circuits in series
and parallel; the laws of Kirchhoff and
the theorems of Thevenin and Norton
between other principles and theories
also used for the analysis of these
circuits.
Obviously the document applies its
theory in exercises so that the student
can develop them keeping in mind that
the practice makes to the teacher.
LINK
INSTRUMENTOS DE MEDICION
ABSTRACT
MULTIMETER
I learned that the multimeter is an instrument
of measurement and is also called polymers, it
offers various possibilities for measuring
electrical parameters and magnitudes in the
same device. It also works with the voltmeter,
ammeter and ohmmeters. Is often used by
people in the field of electronics and electricity.
The multimeter can measure:
Ammeter: Current
Voltmeter: voltage
Ohmmeters: resistance
OSCILLOSCOPE
An oscilloscope is an electronic measuring
instrument for the graphic representation of
electrical signals that vary over time which
allows to visualize transient phenomena as well
as waveforms in electrical circuits.
These are classified according to the internal
workings can be analog or digital; the result in
both cases is well shown.
The values of the electrical signals in the form
of coordinates on a screen,
the X axis (horizontal) represents time.
The Y (vertical) axis represents tension.
LINK
MULTIMETER
I learned that the multimeter is an instrument
of measurement and is also called polymers, it
offers various possibilities for measuring
electrical parameters and magnitudes in the
same device. It also works with the voltmeter,
ammeter and ohmmeters. Is often used by
people in the field of electronics and electricity.
The multimeter can measure:
Ammeter: Current
Voltmeter: voltage
Ohmmeters: resistance
OSCILLOSCOPE
An oscilloscope is an electronic measuring
instrument for the graphic representation of
electrical signals that vary over time which
allows to visualize transient phenomena as well
as waveforms in electrical circuits.
These are classified according to the internal
workings can be analog or digital; the result in
both cases is well shown.
The values of the electrical signals in the form
of coordinates on a screen,
the X axis (horizontal) represents time.
The Y (vertical) axis represents tension.
LINK
LEYES DE KIRCHHOFF
ABSTRAC
Here we see the laws of Kirchhoff laws
are essential when we talk circuit where
the resistance may not be in series or
parallel.
Gustav Robert Kirchhoff established two
general laws valid for networks that
carry electrical currents and differences
of potential resistance.
These laws make it possible to find the
equivalent resistance of a circuit.
Kirchhoff's laws are summarized in two:
1. the current law or nodes (LCK)
2. Meshes of the law or voltages (LVK)
LINK
Here we see the laws of Kirchhoff laws
are essential when we talk circuit where
the resistance may not be in series or
parallel.
Gustav Robert Kirchhoff established two
general laws valid for networks that
carry electrical currents and differences
of potential resistance.
These laws make it possible to find the
equivalent resistance of a circuit.
Kirchhoff's laws are summarized in two:
1. the current law or nodes (LCK)
2. Meshes of the law or voltages (LVK)
LINK
lunes, 11 de mayo de 2009
LEY DE OHM
ABSTRACT
The basic law of flow is Ohm's law, is named in
honor of its discoverer, German physicist Georg
Ohm.que was the first to investigate the
resistance.
Under this law, the amount of current flowing
through a circuit made up of pure resistances is
directly proportional to the electromotive force
applied to the circuit, and inversely proportional
to the total resistance of the circuit. Expressed as
the following formula:
• I = intensity in amperes (A)
• V = potential difference in volts (V)
• R = Resistance in ohm
LINK
The basic law of flow is Ohm's law, is named in
honor of its discoverer, German physicist Georg
Ohm.que was the first to investigate the
resistance.
Under this law, the amount of current flowing
through a circuit made up of pure resistances is
directly proportional to the electromotive force
applied to the circuit, and inversely proportional
to the total resistance of the circuit. Expressed as
the following formula:
• I = intensity in amperes (A)
• V = potential difference in volts (V)
• R = Resistance in ohm
LINK
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