Author: polyester
●Everyone's DIY Math / Advanced Math
●Everyone's DIY Projects (Practical Skills) / Electricity & Circuits
Resistance Ratio (E192 Series)Search for combinations from the E192 series that are close to the given resistance ratio (∈(1, 10)).
- Resistance ratio (E192 series and E24 series)
Search for combinations from the E192 and E24 series that are close to the given resistance ratio (∈(1, 10)).
- Resistance Ratio (E24 Series)
From the E24 series, search for combinations that are close to the given resistance ratio (∈(1, 10)).
- Resistance ratio (E96 series)
From the E96 series, search for combinations that are close to the given resistance ratio (∈(1, 10)).
- Resistance ratio (E48 series)
From the E48 series, search for combinations that are close to the given resistance ratio (∈(1, 10)).
- Resistance ratio (E96 series and E24 series)
Search for combinations from the E96 and E24 series that are close to the given resistance ratio (∈(1, 10)).
- Approximate Parallel Resistors (E24 Series)
Find two resistors in parallel from the E24 series that have a combined resistance close to the given value.
- Approximate Parallel Resistors (E192 Series)
Search the E192 series for two resistors in parallel whose combined resistance is close to the given value.
- Approximate Parallel Resistors (E96 Series)
Search the E96 series for two resistors in parallel whose combined resistance is close to the given value.
- Approximate Parallel Resistors (E48 Series)
Search the E48 series for two resistors in parallel whose combined resistance is close to the given value.
- Approximate Parallel Resistors (E192 Series and E24 Series)
Find the values of two resistors in parallel that are close to the given resistance value, using the E192 and E24 series.
- Approximate Parallel Resistors (E96 Series and E24 Series)
Find the values of two resistors in parallel that are close to the given resistance value, using the E96 and E24 series.
- Approximate series resistance (E24 series)
Find two resistors in series from the E24 series that have a combined resistance close to the given value.
- Logarithmic attenuator (fixed input impedance)
Calculate a logarithmic attenuator that meets the given specifications.
- Resistance ratio (E12 series)
From the E12 series, search for combinations that are close to the given resistance ratio (∈(1, 10)).
- Variable resistor (E12 series)
Given the minimum value (Rmin), the maximum value (Rmax), and Rv, we will determine Ra and Rb.
- Variable resistors (E192 and E24 series)
Given the minimum value (Rmin), the maximum value (Rmax), and Rv, calculate Ra and Rb.
- Variable resistor (E192 series)
Given the minimum value (Rmin), the maximum value (Rmax), and Rv, we will determine Ra and Rb.
- Variable resistor (E24 series)
Given the minimum value (Rmin), the maximum value (Rmax), and Rv, we will determine Ra and Rb.
- Variable resistor (E48 series)
Given the minimum value (Rmin), the maximum value (Rmax), and Rv, we will determine Ra and Rb.
- Variable resistors (E96 and E24 series)
Given the minimum value (Rmin), the maximum value (Rmax), and Rv, we will determine Ra and Rb.
- Variable resistor (E96 series)
Given the minimum value (Rmin), the maximum value (Rmax), and Rv, we will determine Ra and Rb.
- Approximate Series Resistors (E192 and E24 Series)
Find the values of two resistors in series that are close to the given resistance value, using the E192 and E24 series.
- DC electrical resistance of a conductor
Based on the conductor's electrical conductivity and cross-sectional area, calculate the DC electrical resistance per meter.
- DC electrical resistance of conductors (based on AWG)
Based on the conductor's conductivity and AWG rating, calculate the cross-sectional area and the DC resistance per meter.