|
Technical Notes |
|
|
RF Global Net Company | |
Online Interactive Design Tools ( 온라인 RF Calculator )(등록 메뉴가 나오면 등록을 한번만 하면 됨) |
|
|
Software Name |
Abstract |
|
Interactive Wireless Design Utilities. | |
|
Educational Applet in Solid State Materials. This will show change the composition of AlGaAs and its corresponding properties. | |
|
This program uses the formulas given in FCC OET Bulletin No. 65 to estimate power density in the main lobe of an antenna, with use of the EPA-recommended ground reflection factor as an option. This program is intended for approximate far-field calculations. | |
|
This JavaScript program evaluates the performance of your antenna system, computing the consequences of SWR and feedline loss. | |
|
Interactive Wireless Design Utilities. | |
|
RF Design CGI | |
|
n/a | |
|
Designs a Digital Filter and draws the frequency response. | |
|
Calculates the half wave length of the matching section of the 4:1 coax balun by using the the equations taken from the ARRL Antenna Book. | |
|
The calculator can be used to estimate the attenuation (dB loss), power handling capability, and transmission efficiency for some of the more popular Wireless Communications and MIL Spec cables at the frequency of interest. | |
|
Some commonly used RF conversion formulas. | |
|
A Java script cubical quad antenna calculator. | |
|
This calculator converts dB to Watts, Watts to dB, ERP and EIRP. | |
|
Interactive Wireless Design Utilities. | |
|
This calculation will give you the amount of attenuation, in decibels, you can expect with a change in receiver distance, in a free field (outdoors). | |
|
Dielectric Properties of Body Tissues at RF and Microwave Frequencies for SAR Evaluations |
The tissue parameters provided here are derived from the 4-Cole-Cole Analysis in "Compilation of the Dielectric Properties of Body Tissues at RF and Microwave Frequencies" by Camelia Gabriel, Brooks Air Force Technical Report AL/OE-TR-1996-0037. |
|
The VT-matching issues (for the design of threshold voltage of MOSFET) | |
|
Interactive Wireless Design Utilities. | |
|
Calculate coverage areas for electrically downtilted antennas. | |
|
Impedance and Capacitance Calculator | |
|
Dual (Asymmetric) Stripline Noise Budget Modeling | |
|
Dual (Asymmetric) Stripline Impedance and Capacitance Calculator |
Dual (Asymmetric) Stripline Impedance and Capacitance Modeling |
|
This could be usefull to determine if a structure is an effective re-radiator of an RF signal. | |
|
This applet demonstrates how the different parameters affect the magnetic field obtained in the air gap of a permenant magnet. | |
|
Impedance and Capacitance Calculator | |
|
Interactive Wireless Design Utilities. | |
|
The fabrication steps of a pair of Metal-Oxide-Semiconductor (MOS) Field Effect Transistor (FET) and a Bipolar Junction Transistor (BJT) on a Silicon wafer is illustrated in this applet. | |
|
Calculates the input impedance of folded dipole. | |
|
A graphical illustration of the formation of a PN junction diode and its band diagram. It shows both the band diagram and a chematic cross-section of the sample. | |
|
Interactive Wireless Design Utilities. | |
|
Educational Applet in Solid State Materials. Visualization of diffusion, drift and recombination of excess minority carriers in a semiconductor. | |
|
Animated graphics of antenna patterns for electrically downtilted antenna. | |
|
In-Circuit Design Interactive Multilayer Impedance Calculator | |
|
Educational Applet in Solid State Materials. It introduces the four basic processes in the Shockley-Read-Hall statistics. | |
|
Interactively explore the mathematical model behind amplitude modulation. | |
|
This is an interactive filter design package, for designing digital filters. | |
|
Interactively explore the mathematical model behind frequency modulation. | |
|
This program is intended to serve as a guide to the manipulation of data that supports the concepts and methodology for developing surface mount land patterns that are identified in IPC-SM-782, "Surface Mount Design and Land Pattern Standard". Registration is required before you enter the calculator site. | |
|
Interactive Wireless Design Utilities. | |
|
Parallel Conductors Lateral Cross Talk Modeling | |
|
Lumped Component Wilkinson Splitter/Combiner Designer | |
|
Impedance Matching Network Designer | |
|
Impedance and Capacitance Calculator | |
|
This calculator provides accurate microstrip transmission line analysis and synthesis. A cross-section of a microstrip transmission line is shown below. The electrical parameters may be determined from specified physical parameters, or the physical parameters required to meet a given set of electrical parameters may be found. | |
|
Microstrip Impedance and Capacitance Modeling | |
|
This online tool calculates lumped element circuits for PI and TEE attenuators in real time. | |
|
Calculates the frequencies and power levels of the single-tone mixer spurs. | |
|
MOS transistor virtual lab prototype | |
|
The device fabrication steps are shown for n-channel Metal-Oxide-Semiconductor (MOS) Field Effect Transistor (FET). All photolithography processes are shown by means of animation. | |
|
Interactive Wireless Design Utilities. | |
|
Educational Applets in Solid State Materials | |
|
Panel Calculator | |
|
Interactive Wireless Design Utilities. | |
|
RF Design CGI. | |
|
A fast simple Java routine for designing 3rd order PLL loop filters. | |
|
A multimedia approach to semiconductor fabrication steps. It's an interesting animated look at how semiconductors are manufactured from silicon to the packaged ICs. | |
|
It shows both the energy band under bias and the animated carriers flowing across the junction. | |
|
This is a simple filter design program written entirely in Java. It calculates floating-point coefficients of the two-path polyphase structure first described by F. Harris, A. G. Constantinides and Valenzuela. | |
|
This online tool calculates equivalent lumped element circuits for quarter and half wave resonators in real time. | |
|
Interactive Wireless Design Utilities. | |
|
This program uses the formulas given in FCC OET Bulletin No. 65 to estimate power density in the main lobe of an antenna, with use of the EPA recommended ground reflection factor as an option. | |
|
Hit the Play button (triangle), and the program will display a circle with a radius equal to the reflection coefficient magnitude (constant VSWR circle). | |
|
It shows a 3D view of the unitcell and a 3D view of the covalent bonds. | |
|
An online engineering tool that defines the frequency response and voltage coefficient for AVX ceramic chip capacitors. | |
|
An online engineering tool that defines the frequency response for AVX tantalum chip capacitors. | |
|
Stripline Analysis (experimental) | |
|
Stripline Impedance and Capacitance Modeling | |
|
This preliminary synthesis program is still helpful though Pole-zero cancellation doesn't work ideally, because of process variations. | |
|
An electromagnetic spectrum calculator | |
|
This Javascript-based tool allows you to enter photodiode and filter parameters, select an ANADIGICS TIA, and calculate the output for Bandwidth, Sensitivity and Optical Overload. | |
|
It can calculate resistance and reactance, draw points on the chart or calculate and draw standing wave structure for a given point on the chart. | |
|
This particular calculation uses a generic receiver model. Simply input the starting values to configure the system with the desired elements. This model will calculate gain, noise figure, dynamic range, and other system parameters. | |
|
This spectral simulation is an interactive Java applet. You can change parameters by clicking on the vertical arrow keys. The five control buttons at the lower right are used to start (triangle) and pause (square) the simulation, to skip forward or back one section at a time (double triangles), and to change speed (+ and -). | |
|
United States Frequency Allocations 30 - 3000 MHz | |
|
Animated graphics of antenna patterns for electrically downtilted antenna. | |
|
Parallel Conductors Vertical Cross Talk Modeling | |
|
Voltage to Power Conversion Calculator | |
|
When a sine wave from an RF signal generator is placed on a transmission line, the signal propagates toward the load. This signal, shown here in yellow, appears as a set of rotating vectors, one at each point on the transmission line. | |
Copyright(c) www.antsys.co.kr All rights reserved