© copyright 2014  XL TECHNOLOGIES, INC
Hobbyists...
Technicians...

Radio Amateurs...
Students...Engineers!
Solve over 160 electrical and
electronics equations quickly
and easily with the
Electronics Toolkit!
 
 
From simple Ohm's Law calculations in direct current (dc) applications to complex design equations for alternating current (ac) and radio frequency (rf) circuits, the Electronics Toolkit V1.0 can help anyone solve basic electrical and electronics formulas quickly and accurately. 

Whether you are a hobbyist building electronics projects, a repairman performing electrical repairs or a broadcast engineer licensed by the FCC, the Electronics Toolkit can simplify your work.

The Electronics Toolkit can help you in the day-to-day calculations involved in electrical and electronics work ranging from complex projects such as the design of frequency converters to  calculating electrical and electronic values during electronic assembly and experimentation projects.


TYPICAL ELECTRONICS TOOLKIT SCREEN SHOT

This is a screen shot of a partial worksheet covering the topic of resonance.  The first window displays definitions of the main topics.  The next window, displaying a standardized format, includes three columns: Calculations, Formulas, and Notes.  The formulas are displayed next to the calculation cells.  Each calculation is color coded: gray cells for input data and yellow cells for output data. The notes column displays explanations and diagrams to further explain the calculations.
© copyright 2014  XL TECHNOLOGIES, INC
© copyright 2015  XL TECHNOLOGIES, INC
© copyright 2015  XL TECHNOLOGIES, INC
© copyright 2014  XL TECHNOLOGIES, INC
© copyright 2014  XL TECHNOLOGIES, INC
© copyright 2015  XL TECHNOLOGIES, INC
© copyright 2015  XL TECHNOLOGIES, INC
From simple Ohm's Law calculations in direct current (dc) applications to complex design equations for alternating current (ac) and radio frequency (rf) circuits, the Electronics Toolkit V1.0 can help anyone solve basic electrical and electronics formulas quickly and accurately. 

Whether you are a hobbyist building electronics projects, a repairman performing electrical repairs or a broadcast engineer licensed by the FCC, the Electronics Toolkit can simplify your work.
Hobbyists... Technicians...
Radio Amateurs...

Students... Engineers!

Solve over 160 electrical and electronics equations quickly and easily with the Electronics Toolkit!
The Electronics Toolkit can help you in the day-to-day calculations involved in electrical and electronics work ranging from complex projects such as the design of frequency converters to  calculating electrical and electronic values during electronic assembly and experimentation projects.
STUDENTS - USE IT IN CLASS AND AT HOME


Students will also find the Electronics Toolkit useful in completing class work and lab assignments.  Whether you are on campus pursuing an electrical engineering degree or enrolled in an online electrical engineering course, the toolkit can make your life easier.  In addition, students and instructors involved in electrical safety training and electronics technology courses will find the toolkit very easy to use.
ELIMINATES GUESSWORK IN CALCULATIONS


A unique feature of the product is that it displays the actual formulas used in the calculations, thereby eliminating guess work while teaching the principles used in the calculations.

NO PROGRAMS TO INSTALL - USE THE TOOLKIT  ANYWHERE


Based on Microsoft’s Excel®  spreadsheet format, each section is easy to use and is organized around traditional electronics topics such as Ohm's Law for a.c. and d.c., series/parallel circuits, capacitance, inductance, resonance, frequency, time constants, networks, antennas, and much more.

Developed by XL Technologies, the Electronics Toolkit  provides design solutions to a variety of electronics and radio communications problems for broadcast engineers, two way radio technicians, amateur radio operators, and students.
HERE ARE SOME TYPICAL APPLICATIONS FOR THE ELECTRONICS TOOKIT


Amateur Radio -- This handy CD assistant has all the basic formulas needed for developing that next circuit, verifying basic dimensions for a week-end antenna project, or designing the rf section of a QRP transmitter.  There may be other sources for this data (handbooks, formulas programmed into a calculator, etc), but the Electronics Toolkit has all the basic formulas available for ready calculation in an easy to use Excel workbook format that includes 'units' conversion by input and output variables.  For example, if the capacitance of a parallel tuned circuit is in pF, the inductance is in mH, and you want to know the resonant frequency in mHz, just select these units in the drop down list for each input variable and the value of the resonant frequency in the output cell will be adjusted accordingly.

Electrical Engineering
-- The Electronics Toolkit can be used initially to introduce students to electrical engineering principles and later as a reference for electrical engineers practicing in the field.

Technical Colleges -- The organization of electrical and electronics formulas in separate worksheets in the Electronics Toolkit closely follows the arrangement of topics and chapters in many text books.  Consequently, the software can be used as a teaching tool alongside the text book in the classroom as well as in the lab.  Later, when the student graduates, the Electronics Toolkit will serve as a reference and a refresher of all the basic electrical and electronics formulas.

How To Projects -- Whether you are an electronics enthusiast, experimenter, hobbyist, or DIY enthusiast, the Electronics Toolkit has all the basic formulas you need at your fingertips for most electronics projects.

Broadcasting -- The Electronics Toolkit can be used in preparation for the FCC licensing exams which often require basic calculations of various electronics formulas.  For example, the following is a typical question from an FCC exam: In a parallel tuned circuit composed of an inductance of 200 uH and a capacitance of 200 pF, what is the resonant frequency? The solution to this problem can be easily solved by the Electronics Toolkit which also provides additional information to assist in learning the principles.

Industrial Electronics
-- Technicians will also find the Electronics Toolkit handy in troubleshooting and maintaining electronics equipment in a variety of applications.

Two Way Radio -- Typical applications include line-of-sight calculations for proper placement of antennas, calculation of RF power, voltage or current gain/loss, design of filters and attenuators, transmission line applications and much more.
TYPICAL ELECTRONICS TOOLKIT SCREEN SHOT


This is a screen shot of a partial worksheet covering the topic of resonance.  The first window displays definitions of the main topics.  The next window, displaying a standardized format, includes three columns: Calculations, Formulas, and Notes.  The formulas are displayed next to the calculation cells.  Each calculation is color coded: gray cells for input data and yellow cells for output data. The notes column displays explanations and diagrams to further explain the calculations.
INPUT DATA IN GRAY
OUTPUT IN YELLOW
ACTUAL FORMULAS
USED  IN CALCULATIONS
Hobbyists...  Technicians...
 
Radio Amateurs... Students...
Engineers!
Solve over 160 electrical and electronics equations quickly and easily with the Electronics Toolkit!
From simple Ohm's Law calculations in direct current (dc) applications to complex design equations for alternating current (ac) and radio frequency (rf) circuits, the Electronics Toolkit V1.0 can help anyone solve basic electrical and electronics formulas quickly and accurately. 

Whether you are a hobbyist building electronics projects, a repairman performing electrical repairs or a broadcast engineer licensed by the FCC, the Electronics Toolkit can simplify your work.

The Electronics Toolkit can help you in the day-to-day calculations involved in electrical and electronics work ranging from complex projects such as the design of frequency converters to  calculating electrical and electronic values during electronic assembly and experimentation projects.
STUDENTS - USE IT IN CLASS AND AT HOME


Students will also find the Electronics Toolkit useful in completing class work and lab assignments.  Whether you are on campus pursuing an electrical engineering degree or enrolled in an online electrical engineering course, the toolkit can make your life easier.  In addition, students and instructors involved in electrical safety training and electronics technology courses will find the toolkit very easy to use.
ELIMINATES GUESSWORK IN CALCULATIONS


A unique feature of the product is that it displays the actual formulas used in the calculations, thereby eliminating guess work while teaching the principles used in the calculations.

NO PROGRAMS TO INSTALL - USE THE ELECTRONICS TOOLKIT  ANYWHERE


Based on Microsoft’s Excel®  spreadsheet format, each section is easy to use and is organized around traditional electronics topics such as Ohm's Law for a.c. and d.c., series/parallel circuits, capacitance, inductance, resonance, frequency, time constants, networks, antennas, and much more.

Developed by XL Technologies, the Electronics Toolkit  provides design solutions to a variety of electronics and radio communications problems for broadcast engineers, two way radio technicians, amateur radio operators, and students.
INPUT DATA IN GRAY
OUTPUT IN YELLOW
ACTUAL FORMULAS
USED  IN CALCULATIONS
ADDITIONAL NOTES &
EXPLANATIONS
TYPICAL ELECTRONICS TOOLKIT SCREEN SHOT

This is a screen shot of a partial worksheet covering the topic of resonance.  The first window displays definitions of the main topics.  The next window, displaying a standardized format, includes three columns: Calculations, Formulas, and Notes.  The formulas are displayed next to the calculation cells.  Each calculation is color coded: gray cells for input data and yellow cells for output data. The notes column displays explanations and diagrams to further explain the calculations.
HERE ARE SOME TYPICAL APPLICATIONS FOR THE ELECTRONICS TOOKIT


Amateur Radio -- This handy CD assistant has all the basic formulas needed for developing that next circuit, verifying basic dimensions for a week-end antenna project, or designing the rf section of a QRP transmitter.  There may be other sources for this data (handbooks, formulas programmed into a calculator, etc), but the Electronics Toolkit has all the basic formulas available for ready calculation in an easy to use Excel workbook format that includes 'units' conversion by input and output variables.  For example, if the capacitance of a parallel tuned circuit is in pF, the inductance is in mH, and you want to know the resonant frequency in mHz, just select these units in the drop down list for each input variable and the value of the resonant frequency in the output cell will be adjusted accordingly.

Electrical Engineering -- The Electronics Toolkit can be used initially to introduce students to electrical engineering principles and later as a reference for electrical engineers practicing in the field.

Technical Colleges -- The organization of electrical and electronics formulas in separate worksheets in the Electronics Toolkit closely follows the arrangement of topics and chapters in many text books.  Consequently, the software can be used as a teaching tool alongside the text book in the classroom as well as in the lab.  Later, when the student graduates, the Electronics Toolkit will serve as a reference and a refresher of all the basic electrical and electronics formulas.

How To Projects -- Whether you are an electronics enthusiast, experimenter, hobbyist, or DIY enthusiast, the Electronics Toolkit has all the basic formulas you need at your fingertips for most electronics projects.

Broadcasting -- The Electronics Toolkit can be used in preparation for the FCC licensing exams which often require basic calculations of various electronics formulas.  For example, the following is a typical question from an FCC exam: In a parallel tuned circuit composed of an inductance of 200 uH and a capacitance of 200 pF, what is the resonant frequency? The solution to this problem can be easily solved by the Electronics Toolkit which also provides additional information to assist in learning the principles.

Industrial Electronics -- Technicians will also find the Electronics Toolkit handy in troubleshooting and maintaining electronics equipment in a variety of applications.

Two Way Radio -- Typical applications include line-of-sight calculations for proper placement of antennas, calculation of RF power, voltage or current gain/loss, design of filters and attenuators, transmission line applications and much more.
INPUT DATA IN GRAY
OUTPUT IN YELLOW
ACTUAL FORMULAS
USED  IN CALCULATIONS
ADDITIONAL NOTES &
EXPLANATIONS
HERE ARE SOME TYPICAL APPLICATIONS FOR THE ELECTRONICS TOOKIT

Amateur Radio -- This handy CD assistant has all the basic formulas needed for developing that next circuit, verifying basic dimensions for a week-end antenna project, or designing the rf section of a QRP transmitter.  There may be other sources for this data (handbooks, formulas programmed into a calculator, etc), but the Electronics Toolkit has all the basic formulas available for ready calculation in an easy to use Excel workbook format that includes 'units' conversion by input and output variables.  For example, if the capacitance of a parallel tuned circuit is in pF, the inductance is in mH, and you want to know the resonant frequency in mHz, just select these units in the drop down list for each input variable and the value of the resonant frequency in the output cell will be adjusted accordingly.

Electrical Engineering
-- The Electronics Toolkit can be used initially to introduce students to electrical engineering principles and later as a reference for electrical engineers practicing in the field.

Technical Colleges -- The organization of electrical and electronics formulas in separate worksheets in the Electronics Toolkit closely follows the arrangement of topics and chapters in many text books.  Consequently, the software can be used as a teaching tool alongside the text book in the classroom as well as in the lab.  Later, when the student graduates, the Electronics Toolkit will serve as a reference and a refresher of all the basic electrical and electronics formulas.

How To Projects -- Whether you are an electronics enthusiast, experimenter, hobbyist, or DIY enthusiast, the Electronics Toolkit has all the basic formulas you need at your fingertips for most electronics projects.

Broadcasting -- The Electronics Toolkit can be used in preparation for the FCC licensing exams which often require basic calculations of various electronics formulas.  For example, the following is a typical question from an FCC exam: In a parallel tuned circuit composed of an inductance of 200 uH and a capacitance of 200 pF, what is the resonant frequency? The solution to this problem can be easily solved by the Electronics Toolkit which also provides additional information to assist in learning the principles.

Industrial Electronics
-- Technicians will also find the Electronics Toolkit handy in troubleshooting and maintaining electronics equipment in a variety of applications.

Two Way Radio -- Typical applications include line-of-sight calculations for proper placement of antennas, calculation of RF power, voltage or current gain/loss, design of filters and attenuators, transmission line applications and much more.


TYPICAL ELECTRONICS TOOLKIT SCREEN SHOT

This is a screen shot of a partial worksheet covering the topic of resonance.  The first window displays definitions of the main topics.  The next window, displaying a standardized format, includes three columns: Calculations, Formulas, and Notes.  The formulas are displayed next to the calculation cells.  Each calculation is color coded: gray cells for input data and yellow cells for output data. The notes column displays explanations and diagrams to further explain the calculations.
Hobbyists...
Technicians...
Radio Amateurs... Students...Engineers!
Solve over 160 electrical and electronics equations quickly and easily
with the Electronics Toolkit!
From simple Ohm's Law calculations in direct current (dc) applications to complex design equations for alternating current (ac) and radio frequency (rf) circuits, the Electronics Toolkit V1.0 can help anyone solve basic electrical and electronics formulas quickly and accurately. 

Whether you are a hobbyist building electronics projects, a repairman performing electrical repairs or a broadcast engineer licensed by the FCC, the Electronics Toolkit can simplify your work.

The Electronics Toolkit can help you in the day-to-day calculations involved in electrical and electronics work ranging from complex projects such as the design of frequency converters to  calculating electrical and electronic values during electronic assembly and experimentation projects.
STUDENTS - USE IT IN CLASS AND AT HOME

Students will also find the Electronics Toolkit useful in completing class work and lab assignments.  Whether you are on campus pursuing an electrical engineering degree or enrolled in an online electrical engineering course, the toolkit can make your life easier.  In addition, students and instructors involved in electrical safety training and electronics technology courses will find the toolkit very easy to use.
ELIMINATES GUESSWORK IN CALCULATIONS

A unique feature of the product is that it displays the actual formulas used in the calculations, thereby eliminating guess work while teaching the principles used in the calculations.

NO PROGRAMS TO INSTALL - USE THE ELECTRONICS TOOLKIT  ANYWHERE

Based on Microsoft’s Excel®  spreadsheet format, each section is easy to use and is organized around traditional electronics topics such as Ohm's Law for a.c. and d.c., series/parallel circuits, capacitance, inductance, resonance, frequency, time constants, networks, antennas, and much more.

Developed by XL Technologies, the Electronics Toolkit  provides design solutions to a variety of electronics and radio communications problems for broadcast engineers, two way radio technicians, amateur radio operators, and students.
ADDITIONAL NOTES &
EXPLANATIONS
HERE ARE SOME TYPICAL APPLICATIONS FOR THE ELECTRONICS TOOKIT

Amateur Radio -- This handy CD assistant has all the basic formulas needed for developing that next circuit, verifying basic dimensions for a week-end antenna project, or designing the rf section of a QRP transmitter.  There may be other sources for this data (handbooks, formulas programmed into a calculator, etc), but the Electronics Toolkit has all the basic formulas available for ready calculation in an easy to use Excel workbook format that includes 'units' conversion by input and output variables.  For example, if the capacitance of a parallel tuned circuit is in pF, the inductance is in mH, and you want to know the resonant frequency in mHz, just select these units in the drop down list for each input variable and the value of the resonant frequency in the output cell will be adjusted accordingly.

Electrical Engineering
-- The Electronics Toolkit can be used initially to introduce students to electrical engineering principles and later as a reference for electrical engineers practicing in the field.

Technical Colleges -- The organization of electrical and electronics formulas in separate worksheets in the Electronics Toolkit closely follows the arrangement of topics and chapters in many text books.  Consequently, the software can be used as a teaching tool alongside the text book in the classroom as well as in the lab.  Later, when the student graduates, the Electronics Toolkit will serve as a reference and a refresher of all the basic electrical and electronics formulas.

How To Projects -- Whether you are an electronics enthusiast, experimenter, hobbyist, or DIY enthusiast, the Electronics Toolkit has all the basic formulas you need at your fingertips for most electronics projects.

Broadcasting -- The Electronics Toolkit can be used in preparation for the FCC licensing exams which often require basic calculations of various electronics formulas.  For example, the following is a typical question from an FCC exam: In a parallel tuned circuit composed of an inductance of 200 uH and a capacitance of 200 pF, what is the resonant frequency? The solution to this problem can be easily solved by the Electronics Toolkit which also provides additional information to assist in learning the principles.

Industrial Electronics
-- Technicians will also find the Electronics Toolkit handy in troubleshooting and maintaining electronics equipment in a variety of applications.

Two Way Radio -- Typical applications include line-of-sight calculations for proper placement of antennas, calculation of RF power, voltage or current gain/loss, design of filters and attenuators, transmission line applications and much more.