Nyquist Frequency Calculator
The Nyquist frequency is one-half of the sampling rate. It is measured in samples per second and specified either in Hz/kHz/MHz/GHz or SPS/kSPS/MSPS/GSPS. Enter the sampling rate in the calculator below, …
The Nyquist frequency is one-half of the sampling rate. It is measured in samples per second and specified either in Hz/kHz/MHz/GHz or SPS/kSPS/MSPS/GSPS. Enter the sampling rate in the calculator below, …
The Nyquist rate [1], is the sampling rate (measured in Hz/kHz/MHz/GHz) equal to twice the highest frequency of a given function or signal. This is the minimum sampling rate to avoid …
Bend Radius is the minimum radius that a Radio Frequency (RF) coaxial cable can be bent to without damage. To use the calculator, select the type of RF cable type and enter the …
This tool provides an estimate of the Return Loss [1] of a cascade of two RF subsystems. Enter the Return Loss (RL) in dB of each element in the RF …
This tool finds the percent (%) of power that’s reflected back for a specified value of Voltage Standing Wave Ratio (VSWR). Contents1 Calculator2 Formula3 What does a VSWR of 1.5 …
This tool gives the VSWR from the percent reflected power. Enter the % reverse power and both the reflection coefficient (Γ) and Voltage Standing Wave Ratio (VSWR or SWR) will …
A Pi filter consists of Inductors and Capacitors (3 in total) arranged in a Π configuration. There are four tools on this page: Contents1 Cutoff Frequency for Pi Low Pass …
This tool uses the forward and reverse power to calculate the VSWR (Voltage Standing Wave Ratio) and reflection coefficient (Γ). Both forward and reflected power are expressed in Watt. Formula …
Use this tool to find the ERP (Effective Radiated Power) from EIRP (Effective Isotropic Radiated Power). ERP to EIRP Formula ERP = EIRP/1.64 ERPdBm = EIRPdBm – 2.15 Background What …
Use this tool to find the EIRP (Effective Isotropic Radiated Power) from ERP (Effective Radiated Power). 🔁 EIRP to ERP Formula EIRP = 1.64 * ERP EIRPdBm = ERPdBm + …