5.6
isn't the stand off ratio calcutaled by ===== Rb1/(Rb1+Rb2)
intrinsic impedance is ratio of E/H from a uniform plane ve in a materal
the amount of potential to forward bias it
Checked Stephen J. Chapman's Electric Machinery Fundamentals page 287. It says: Short Circuit Ratio (SCR) for the synchronous generator is the ratio of the field current required for the rated voltage at OPEN circuit to the field current require for the rated armature current at SHORT circuit.
For an ideal transformer, the voltage ratio is the same as its turns ratio.
The turns ratio is the number of primary turns divided by the number of secondary turns. This is the same ratio as input current to output current. ie the turns ratio N = I1/I2
The ratio of RB1 to RBBO is the intrinsic standoff ratio. It is the standoff voltage ratio to the power supply voltage.
If the intrinsic standoff ratio (η) of a Unijunction Transistor (UJT) is doubled, it will alter the operating characteristics of the device. Specifically, a higher η indicates a greater proportion of the total voltage across the device that can be used for triggering the UJT. This will result in a wider range of trigger voltages and may affect the stability and sensitivity of the device in applications such as oscillators or timing circuits. Overall, the performance and response characteristics of the UJT will change, potentially allowing for different operational behavior in electronic circuits.
the amount of potential to forward bias it
intrinsic impedance is ratio of E/H from a uniform plane ve in a materal
Formula to calculate the ratio
Short circuit ratio is the ratio of field current required for the rated voltage at open circuit to the field current required for the rated armature current at short circuit
the amount of potential to forward bias it
The CT (Current Transformer) ratio is calculated by dividing the primary current (the current flowing through the primary circuit) by the secondary current (the current flowing through the secondary circuit). The formula is CT Ratio = Primary Current (Ip) / Secondary Current (Is). For example, if a CT is designed to handle 100 A on the primary side and outputs 5 A on the secondary side, the CT ratio would be 100 A / 5 A = 20:1. This means that for every 20 A flowing in the primary circuit, 1 A will flow in the secondary circuit.
The amount of potential to forward bias it
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No. It can be but need not be. For example, you might calculate the ratio of today's temperature in Celsius and in Fahrenheit and calculate the ratio. That is not a rate.
calculate the ratio between proton&electron