Examples of using Current loop in English and their translations into Japanese
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Colloquial
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Ecclesiastic
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Computer
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Programming
Channel 0 and channel 1 are used for the 4-20mA current loop input, and channel 2 and channel 3 are used for the±10V voltage input.
The current loop of the power supply will limit the current drawn during a short circuit condition to whatever level the current loop(current programming) is set to.
There are two types of feedback loops: voltage loop and current loop. Although the control exerted is relatively complex, they provide the advantage of a substantially simplified phase compensation circuit design.
The MAXREFDES5 reference design is a 4-channel analog front end(AFE) that accepts -10V to +10V, 0V to 10V, and 4-20mA current loop signals.
Since the current mode has two types of feedback loops: voltage loop and current loop, the control exerted is relatively complex. However the current mode provides the advantage of a substantially simplified phase compensation circuit design.
Through the use of generously rated surge limiting resistors and a fast acting current loop, all units are fully arc and short circuit protected.
The resulting current loop transfer function(see Equation 16 in Appendix I) exhibits a fourth-order system with two pairs of complex conjugate poles, which results in two system resonances ω1 and ω2.
The only adjustment needed is in your index, category or any other file that will load items, you will replace your current loop with a different code.
Straightforward Loop Operation In a current loop, the output voltage from a sensor is first converted to a proportional current, in which 4mA normally represents the sensor's zero-level output and 20mA represents the full-scale output.
There is a simple and most effective way to achieve this: use a separate 5V power supply to power the KEY, and use relays(not ICs) to isolate the KEY from the 4-20mA current loop when measuring the 4-20mA current. .
The electrical current loop of the motor, which comprises power leads, brushes, commutator, and wire coil, can often act as an antenna that emits high-frequency signals that can interfere with the small voltages at the inputs of the instrumentation amplifier.
Tip: one editing possibility is available in the real-time Note Mode: to quickly delete all notes of the same pitch within the current loop, press and hold Delete and then tap the respective pad. 29.6 Step Sequencing Melodies and Harmonies In addition to playing and recording in real time, you can also step sequence your melodies and harmonies.
Output voltage/current loops to enclosure:>10MW.
If you keep the area of these current loops small, you will minimize the field strength.
Radiated EMI are fast-changing magnetic fields(generated by the circuit's current loops) with high-frequency content of 30MHz and above.
Two current loops produce noise in a buck SMPS. Switch-mode power supplies produce a noise spectrum in which the lowest frequency is the switch-mode power supplies' fundamental switching frequency.
The voltage recovery waveform time period and overall shape(under damped, over damped or critically damped) are dependent upon the parameters outlined above in addition to the compensation characteristics of both the voltage and current loops of the power supply.
The amount of droop is mostly influenced by the following parameters: Capacitance of the power supply's output section and any external, stray or load capacitance Magnitude of load current being drawn from the supply Duration of load step event The voltage recovery waveform time period and overall shape(under damped, over damped or critically damped) are dependent upon the parameters outlined above in addition to the compensation characteristics of both the voltage and current loops of the power supply.
Loop->depth The nesting level of the current loop.