The radar range calculator helps determine the maximum distance at which a radar can detect a target. This tool is designed for engineers and technicians working on RF systems and radars. Formula used R = ⁴√((Pt × σ × c² × G²) / ((4π)³ × f₀² × Pmin)) Or : Pt = radar output power … Read more
The microstrip width calculator helps determine the exact width of a microstrip trace based on the target impedance, trace thickness and dielectric. This tool is useful for RF engineers and PCB designers to optimize the performance of microstrip traces. Formula used W = (7.48 × H) / exp(Z0 × √(εr + 1.41) / 87) – … Read more
The microstrip impedance calculator allows you to determine the characteristic impedance and propagation delay of a microstrip line based on its width, conductor thickness, dielectric thickness, and relative dielectric constant. This tool is useful for PCB designers and RF engineers who want to optimize the performance of microstrip traces. Formula used Z₀ = function (W_eff, … Read more
The dipole antenna length calculator allows you to determine the total length and the length of each element of a dipole antenna depending on the frequency used. This tool is useful for radio enthusiasts, RF engineers and technicians working on antenna systems. Formula used Total length (L) = 468/f MHz Length of each element (E) … Read more
The VSWR to reflection coefficient calculator allows you to determine the reflection coefficient (Γ) of an RF system from the VSWR value. This tool is useful for RF engineers and technicians to evaluate the effectiveness of impedance matching in transmission lines and antennas. Formula used Γ = (VSWR – 1) / (VSWR + 1) Explanation … Read more
The VSWR calculator allows you to convert the reflection coefficient (Γ) of an RF system into Voltage Standing Wave Ratio (VSWR). This tool is useful for RF engineers and technicians to check the suitability of transmission lines and the quality of connections. Formula used VSWR = (1 + |Γ|) / (1 – |Γ|) Or : … Read more
The dBW to dBm calculator allows you to easily convert a power expressed in dBW into its corresponding value in dBm. This tool is handy for RF engineers and technicians who work on signal transmission and measurement systems. Formula used dBm = dBW + 30 Explanation The conversion between dBW and dBm is simple: simply … Read more
The dBm to dBW converter allows you to transform a value expressed in dBm (decibels per milliwatt) into dBW (decibels per watt). This tool is useful for RF engineers and technicians who work on the design and analysis of radio systems. Formula used dBW = dBm – 30 Explanation The conversion between dBm and dBW … Read more
The Vrms to dBm calculator allows you to convert an effective voltage (Vrms) applied to a characteristic impedance into power expressed in dBm. This tool is useful for RF engineers and technicians to easily determine the strength of a signal from its voltage. Formula used P(W) = V rms 2 / R dBm = 10 … Read more
The dBmV to dBm calculator allows you to convert the power expressed in dBmV into dBm taking into account the characteristic impedance of the system. This tool is useful for RF engineers and technicians to check signal levels in cable networks or transmission systems. Formula used dBm = dBmV – 30 – 10 × log10(Zo) … Read more