Voltage of equivalent diode for pentode¶
A pentode has five electrodes: a cathode, an anode, and three grids. The pentode can be replaced with an equivalent diode, and the voltage in the equivalent diode can be calculated.
- equivalent_diode_voltage¶
voltagebetween the cathode and anode of an equivalent diode for a pentode.
- Symbol:
V- Latex:
\(V\)
- Dimension:
voltage
- Symbol:
V_1- Latex:
\(V_{1}\)
- Dimension:
voltage
- Symbol:
V_2- Latex:
\(V_{2}\)
- Dimension:
voltage
- Symbol:
V_3- Latex:
\(V_{3}\)
- Dimension:
voltage
- Symbol:
U_a- Latex:
\(U_\text{a}\)
- Dimension:
voltage
- first_grid_direct_permeability_coefficient¶
direct_permeability_coefficientof the first grid.
- Symbol:
D_1- Latex:
\(D_{1}\)
- Dimension:
dimensionless
- second_grid_direct_permeability_coefficient¶
direct_permeability_coefficientof the second grid.
- Symbol:
D_2- Latex:
\(D_{2}\)
- Dimension:
dimensionless
- third_grid_direct_permeability_coefficient¶
direct_permeability_coefficientof the third grid.
- Symbol:
D_3- Latex:
\(D_{3}\)
- Dimension:
dimensionless
- anode_distance¶
euclidean_distancebetween the cathode and the anode.
- Symbol:
d_a- Latex:
\(d_\text{a}\)
- Dimension:
length
- first_grid_distance¶
euclidean_distancebetween the cathode and the first grid.
- Symbol:
d_1- Latex:
\(d_{1}\)
- Dimension:
length
- law¶
V = (V_1 + V_2 * D_1 + V_3 * D_1 * D_2 + U_a * D_1 * D_2 * D_3) / (1 + D_1 * (d_a / d_1)^(4/3))- Latex:
- \[V = \frac{V_{1} + V_{2} D_{1} + V_{3} D_{1} D_{2} + U_\text{a} D_{1} D_{2} D_{3}}{1 + D_{1} \left(\frac{d_\text{a}}{d_{1}}\right)^{\frac{4}{3}}}\]