"turn ratio" is a correct and usable phrase in written English.
It is typically used in business or technical contexts to describe the relationship between two quantities, often in terms of a ratio or proportion. For example: - "The company's financial report showed a turn ratio of 3:1, indicating strong sales and inventory turnover." - "A high turn ratio of employees can lead to increased efficiency and productivity." - "The turn ratio of the gears in this machine is crucial for its proper functioning."
The commonly used protection scheme for turn-to-turn faults detection of shunt reactors lacks sensitivity when applied to thyristor controlled transformer-type controllable shunt reactor (TCT-CSR), especially when TCT-CSR is working almost at its rated power and the short-circuited turn ratio is small.
The step-up transformer with a large turn ratio is inserted between the antenna and the voltage multiplier to boost the amplitude of the RF signals at the input of the voltage multiplier while providing a matching impedance to the antenna for maximum power transfer and zero reflection.
Minimum inventory or high inventory turn ratio (ITR) is desirable to improved cash flow in the business.
The rotor voltage of DFIG depends on the operating slip, stator voltage, and the stator to rotor turn ratio.
The primary and secondary sides of Trabc are connected to the grid and series converter, with turn ratio n = N1 N2 = 1 5.
Moreover, if OCS-R loop is imputed to TCC loop side, the imputed impedance modulus value of OCS-R loop will be the square of its turn ratio.
In particular, such a policy does not require information about turn ratios, external arrival rates or departure rates.
Vehicles at the end of an approach to an intersection queue up in separate lanes corresponding to different possible turn maneuvers at the upcoming intersection, according to fixed turn ratios.
The turn ratios of high-frequency transformer is 1: N. The transformer provides voltage matching and galvanic isolation between two voltage buses.
TIMs bound to HSA (1 1 stoichiometry) altered the protein's secondary structure by changing the α-helix/β-turn ratio.
The secondary voltage is calculated by multiplying the primary voltage by the ratio of the number of turns in the secondary coil to the number of turns in the primary coil, a quantity called the turns ratio.
