Configuring antenna systems with ERP Calculator is easy. Each antenna system requires a section of coax cable and an antenna. Simply select a coax brand and type from the drop down boxes. Now select the coax cable length.
These figures will be used to determine the coax cable insertion loss for the antenna system. Next select an antenna brand, model, and band of operation. The antenna gain will be used to determine overall antenna system gain, and ERP. The antenna system gain and coax system loss figures will fill in automatically.
Change the coax type, or coax length, or antenna model, or transmit power, or SWR value to see how the changes affect overall antenna system performance. No more guessing if one antenna system performs better than another.
After configuring both antenna systems print up a comparison report to see comparisons of the various antenna gains, coax losses and antenna system setting values.
After you have configured a pair of antenna systems they may be saved for future use eliminating the need to reconfigure the systems if working with the same data in the future. This saves time.
To reload a saved antenna system choose Load System then select from the list of saved systems to automatically repopulate ERP Calculator with all the saved settings.
Edit Antenna data with the Antenna Editor. If you like to homebrew antennas or if the antenna brand or model you wish to work with is not included with ERP Calculator simply add it yourself with the Antenna Editor Dialog. Antenna bands of operation, Gain Figures, and Gain Type may be programmed by the user for calculations with ERP Calculator.
ERP Calculator Crack+ [Updated] 2022
ERP is the Emissions Radio Power for which we are calculating the range. Used in modern mobile radiocommunications, it is the power of the radio waves that the mobile station has to raise its antenna in order to acquire and synchronize onto a cell or base station. It is measured in dBW, and the unit is the dBW/MHz.
ERP Calculator stores information about the Mobile station in a binary file in the format:
R_source = (time_id
ERP Calculator Incl Product Key
ERP Calculator is an antenna system analyzer for evaluating, designing, configuring, and repairing antenna systems. For information, ask questions or read the ERP Calculator Help file. ERP Calculator may be used with any antenna from any manufacturer.
If I have a question about an antenna, what do I do?
1. Ask me. Write a message to me about an antenna. ERP Calculator will respond to my email as often as needed.
2. Email me the question directly. Include as much of the information about the antenna as you can to help me diagnose the problem. Here is a page of frequently asked questions about ERP Calculator.
3. Go to the ERP Calculator forum and post your question there. The forum contains thousands of discussions related to antennas and antenna system design, analysis, and repair.
Adjacent Channels Report
Edit the ERP Calculator adjacent channels report by choosing Manage Report > Channel Statistics. There are two components of an adjacent channels report. The upper line shows the position of adjacent channels in relation to the subject band. The adjacent channels below the subject band will also be shown at this report.
The gain figures for the adjacent channels are shown at the right side of the graph. The vertical line displays the adjacent channel edge loss and the loss at the frequency of interest (subject band edge loss). The plot area represents the decrease in the adjacent channel gain due to the loss at the frequency of interest and the adjacent channel edge loss. The two values are displayed in decibel (dB) to simplify math.
To calculate the decibel loss due to the adjacent channel edge loss, multiply the difference in gain by 20.
Example: At an adjacent channel of 2 MHz (x2) use the adjacent channel graph and the loss graph at 2 MHz to calculate the adjacent channel loss at 10 MHz.
Channel Statistics Report
Edit the ERP Calculator adjacent channels report by choosing Manage Report > Channel Statistics. There are two components of an adjacent channels report. The upper line shows the position of adjacent channels in relation to the subject band. The adjacent channels below the subject band will also be shown at this report.
The gain figures for the adjacent channels are shown at the right side of the graph. The vertical line displays the adjacent channel edge loss and the loss at the frequency of interest (subject band edge loss). The plot area represents the decrease in the adjacent channel gain due to the loss at the frequency of interest and the adjacent channel edge loss. The
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ERP Calculator Crack +
ERP Calculator is a free Excel Add-in which allows the user to quickly configure and simulate an antenna system using a series of drop-down menus. All components and settings can be programmed to perform the desired calculations.
The open-source application allows users to easily calculate what happens to the signal as it travels to different orientations of an antenna system. This includes:
Real Gain Figure
Real Gain Antenna
Real Gain Ground
Real Gain Overall
Real Gain Impedance
Real Gain Line Impedance
Calculate Antenna RMS I and V Gain Figure
Calculate Antenna -RMS Gain Figure
Calculate Antenna Overall Gain Figure
Calculate Antenna Overall Gain
Calculate Antenna Impedance Gain Figure
Calculate Antenna Impedance Overall Gain
Calculate Antenna Impedance Overall Figure
Calculate Antenna – Real Gain Figure
Calculate Antenna Real Gain Figure
Calculate Antenna Impedance Figure
Calculate Antenna Impedance Overall Figure
Calculate Antenna Impedance Overall Figure
Antenna Gain in Real Gain Overall Figure
Calculate Antenna -RMS Impedance Gain Figure
Calculate Antenna -RMS Impedance Overall Gain
Calculate Antenna Loss
Calculate Antenna – Real Gain Figure
Calculate Antenna Real Gain Figure
Calculate Antenna Impedance Figure
Calculate Antenna Impedance Overall Figure
Antenna RMS Gain in Real Gain Overall Figure
Calculate Antenna -RMS Impedance Gain Figure
Calculate Antenna -RMS Impedance Overall Gain
Calculate Antenna Loss
Calculate Antenna Real Gain Figure
Calculate Antenna Impedance Overall Figure
RMS Gain Figure in Antenna Real Gain Overall Figure
Calculate Antenna Real Gain Figure
Calculate Antenna Impedance Figure
Calculate Antenna Impedance Overall Figure
RMS Impedance Gain Figure in Antenna Real Gain Overall Figure
Calculate Antenna Impedance Figure
Calculate Antenna Impedance Overall Figure
RMS Impedance Overall Gain Figure in Antenna Real Gain Overall Figure
Calculate Antenna Impedance Figure
Calculate Antenna Impedance Overall Figure
WAV RMS Impedance Overall Gain Figure in Antenna Real Gain Overall
What’s New In ERP Calculator?
ERP Calculator determines the output power of any radio using measured input power, radiated antenna power and the channel spacing or frequency. ERP Calculator is needed for amateur radio use with modified and experimental radios and multi-tuned radios to determine the specific output power.
For a radio modification that works on specific frequencies ERP Calculator is necessary to determine the output power. ERP Calculator is also a convenient tool for those who have special interest in designing specific antenna systems. The ERP Calculator application requires no special programming skills.
Required function: How much power is delivered to a radiating antenna? A radio is loaded with a radio antenna, or an antenna is placed in series with the antenna input, and a signal is applied. The receiver detects this signal and determines the radio output power.
Supported operating modes: Auto and Manual Mode.
Auto mode: Auto will automatically make the calculation using the measured power. The defined value for “gain” will be used to find the output power.
Manual mode: Enter the measured power or total gain of your antenna to make the calculation manually.
Radiated power: Load the radio for the amount of power you want to measure.
Input power: Enter the input power for the radio.
Wire resistance: Enter the wire loss in Ohms or dV/dL in percent.
Cable length: Select the approximate cable length from the list.
Antenna type: Select the antenna brand, model and band of operation from the drop down menus.
For additional features see the Editor descriptions below.
ERP Editor Description:
ERP Editor is a simple utility to add antenna data, to ERP Calculator for a specific frequency. All antenna information is kept in an easy to use dialog to assist with antenna frequency selection. If you like to homebrew antennas or if the antenna brand or model you wish to work with is not included with ERP Calculator simply add it yourself with the ERP Editor Dialog.
Antenna bands of operation, Gain Figures, and Gain Type may be programmed by the user for calculations with ERP Calculator.
Required function: Add antenna data.
Supported operating modes: Mode 1, 2 and 3.
Mode 1: Add the antenna data as a standard radio. This is the most common and simple set-up.
Mode 2: Add the antenna data to the current data to add the additional antenna data to the current data base.
Mode 3: Add the antenna data in a new entry below the current data in
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System Requirements For ERP Calculator:
A computer with at least 4GB RAM.
Windows 10, Windows 7, Windows 8, Windows Vista, or Windows XP with Service Pack 3, 4, or 11.
Mac OS X 10.11 or later.
Processor 2.0GHz or higher
A 5.1 or higher sound card.
A hard drive space of at least 2GB.
Access to Steam account.
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