Matt Brown 
This tool uses the physical length of a dipole or monopole antenna to find the frequency of operation. Contents1 Calculator2 Example Calculation3 Background3.1 Dipole Antennas3.2 Monopole Antennas4 Related Calculators Calculator …
In this post we answer frequently asked questions related to Analog-to-digital converter specifications for the ATmega 328/p. Often times these are not clear and can be confusing. For instance there …
The maximum sampling rate of the Arduino Nano Analog-to-Digital converter is 15 kilo-samples per second or 15,000 samples per second. It’s a 10 bit ADC which means it has 10 bits of resolution. …
This tool calculates the value of Resistance (Ω) required to discharge a capacitor in a specified amount of time. It also calculates the power requirements for the resistor (important for …
This tool calculates the effective resolution of an ADC as well as the noise free resolution. Note: Effective resolution should not be confused with Effective Number of Bits ENOB, although …
This tool calculates the full scale range and resolution of a Bipolar ADC Enter: Example Calculation A 12-bit Bipolar ADC with a reference voltage value of 5 Volt has a …
In this post we provide a tool that calculates the range of a wireless system as a function of the antenna gains. Contents1 Calculator2 Example Calculation3 Formula4 Background5 Application Examples5.1 …
Contents1 Calculator2 Example Calculation3 Background4 Related Posts Calculator The following tool gives the length of the gap between the two elements of a dipole antenna at a specified operating frequency. …
In this post, we provide a calculator to find the length of a 144 MHz antenna. In this case, we consider a dipole. Using the calculator on this page, the …
In this post we provide a calculator that gives the length of an antenna that can be used in the Frequency Modulation (FM) Band. Example Calculation The FM band is …