MT/s to MHz Calculator
This tool converts between Mega Transfers per second and Megahertz and also provides bandwidth in MB/s or GB/s. Enter Background Memory transfer rate determines how quickly data can be accessed …
Calculators
Pi Filter Cutoff Frequency Calculator (with Examples)
The tools on this page calculate Cutoff Frequencies for A Pi filter consists of Inductors and Capacitors (3 in total) arranged in a Π configuration. Contents1 Cutoff Frequency Calculator for …
T Filter Calculator (with Examples)
A T-filter is used when the input impedance is low. It is an alternative to the very popular Pi filter. This calculator below requires Example T Filter Calculation For a …
50 Ohm Impedance Matching (with Calculators)
In RF circuits, circuits are often required to match 50 ohm to another impedance (75 ohm for example). In this post we provide two different types of matching circuits with …
Pi Filter Design For Power Supply (with Calculator)
Power supplies generate noise and voltage ripple. This can interfere with other circuits they are connected to. A Pi filter (configured like the symbol π) is often required to eliminate …
CLC Filter Calculator
A CLC filter is comprised of a Capacitor-Inductor-Capacitor in a pi π configuration. This creates a low pass filter (LPF). The first calculator on this page finds values for each …
Log Base 3 Calculator
This simple tool computes the value of Log3(x) for any value of x Log3(x) Table x Log3(x) 1 0 2 0.630929753571457 3 1 4 1.26185950714291 5 1.46497352071793 6 1.63092975357146 7 …
Rise Time to Bandwidth Calculator (with examples)
In this post we compute the bandwidth requirements for a scope considering the rise time of the waveform it is to measure. Enter the rise time in the calculator below …
dBm to dBu Calculator
This tool converts from dBm to dBu. 🔁 dBu to dBm Formula dBu = dBm – 27.78 + 10*Log10(Z) where Z is the impedance If the power is specified in …
dBu to dBm Calculator
This tool converts from dBu to dBm. 🔄 dBm to dBu Formula dBm = dBu + 27.78 – 10*Log10(Z) where Z is the impedance in ohm (Ω) Example Calculations A …