Examples of 'circuit of figure' in a sentence
Meaning of "circuit of figure"
circuit of figure: Refers to a specific diagram or plan, typically in the context of electronics or engineering, illustrating the connections between components or elements
How to use "circuit of figure" in a sentence
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circuit of figure
Another approach is to use the circuit of figure 2.
The circuit of figure 2 is not an embodiment of the invention.
The functioning of the circuit of figure 1 is the following.
The circuit of figure 4 also comprises a short circuit protection unit.
The priming procedure of the circuit of figure 3 is now described.
It is alternatively and equally possible in this case to use the circuit of figure 1.
Various tests were performed on the circuit of figure 1, giving the following results.
A circuit of Figure 2 parses a syntax of an encoded bitstream.
The operation of the circuit of Figure 1 is as follows.
The circuit of Figure 4 operates as described below.
This is basically similar to the circuit of Figure 1.
In use the circuit of Figure 8 operates as follows.
These signals can be generated by the circuit of Figure 5.
The circuit of Figure 9 operates in the following manner.
Figure 4 shows in particular an embodiment which is a variant of the circuit of Figure 2.
See also
The circuit of Figure 5 is therefore preferred.
Figure 3 is a waveform diagram illustrating the operation of the circuit of Figure 2.
The circuit of Figure 4 has the same advantages.
Figure 7 is a timing diagram illustrating different signals of the circuit of Figure 6.
The circuit of Figure 3 operates as follows.
Figure 5 is a timing diagram illustrating various signals of the circuit of Figure 4.
The operation of the circuit of Figure 5 will now be explained.
Figure 2 is a schematic representation of the functionality of part of the circuit of Figure 1.
The circuit of Figure 2 can be modified in numerous different ways.
Figure 2 is a graphic representation of information derived from the circuit of Figure 1.
The circuit of Figure 7 was developed in order to obviate such problems.
Figure 6 is a detailed schematic of the impedance transformer of the circuit of Figure 2.
Figure 6b illustrates an adaptation of the circuit of Figure 6a to facilitate calibration of the array.
In the following are given some particular specifications of the circuit of Figure 2.
The circuit of Figure 8 is given to illustrate one practical application of the invention.
Several variations are also possible in the realization of the drive circuit of Figure 9.
The polygon summing mode of the circuit of Figure 8 operates in the following manner.
Figure 3 is a detailed schematic of the modulation signal generator of the circuit of Figure 2.
The schematic equivalent circuit of Figure 3 provides an useful reference to the characteristics above.
Figure 9 is a detailed schematic of the display module used in the circuit of Figure 2.
The circuit of Figure 20 is used as a data signal receiving circuit at the base station.
Figure 2 is a lateral section of a detail of the circuit of Figure 1 coupled to a dialysis machine.
The circuit of Figure 5 may also be used in a serial format with some modifications.
Figure 7 is a detailed schematic of the emission sensor circuit of the circuit of Figure 2.
In particular, the electrical circuit of Figure 8i is a voltage monitoring circuit used to measure current.
Figure 4 is a schematic diagram of a permanent magnet relay used in the circuit of Figure 3.
Additionally, the circuit of Figure 7b shows how the voltage across the ledes may be monitored.
This represents a significant improvement over the prior art circuit of Figure 1.
The prior art circuit of Figure 1 comprises a mains supply to a load ID.
It will be appreciated that a similar modification may be made to the circuit of Figure 2.
The circuit of Figure 5 employs a thermistor Ts connected in parallel with a shunt resistor Rb.
Table 1 below gives the number of coefficients of each filter of the circuit of Figure 3.
In this embodiment, the circuit of Figure 7 is constructed with the components listed in Table I.
Each separate column of binary numbers represents successive steps of the circuit of Figure 1.
Outputs of the circuit of Figure 7 are shown as GA and GB respectively.
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