Electrical Circuit in a sentence

(1) I saw a coil in the electrical circuit.

(2) The sparks flare out of the electrical circuit.

(3) The fault is isolable in the electrical circuit.

(4) The electrical circuit has multiple resistances.

(5) The voltage flowed through the electrical circuit.

(6) The meterage of the electrical circuit is 20 amps.

(7) The electrical circuit has a resistance of 30 ohms.

(8) The bimetallic switch controls the electrical circuit.

(9) The voltage was oscillating in the electrical circuit.

(10) The blackout was caused by a faulty electrical circuit.

Electrical Circuit sentence

(11) The electrician is mending a faulty electrical circuit.

(12) The wires link together to create an electrical circuit.

(13) The wire kinked, causing the electrical circuit to fail.

(14) The current in the electrical circuit flows sinusoidally.

(15) The electrical circuit has a total resistance of 20 ohms.

(16) The electrical circuit has a total resistance of 15 ohms.

(17) The faulty electrical circuit caused the fuse to blow up.

(18) He rewired the electrical circuit to fix the power outage.

(19) The unsoldered fuse caused the electrical circuit to trip.

(20) A short circuit can cause damage to an electrical circuit.

Electrical Circuit make sentence

(21) Ohm's law is a cornerstone of electrical circuit analysis.

(22) Let's joint up the wires to connect the electrical circuit.

(23) The bt symbol is often used in electrical circuit diagrams.

(24) The energy will transfer along with the electrical circuit.

(25) The intense heat caused a burnup of the electrical circuit.

(26) The electrical circuit in this device needs to be repaired.

(27) The voltmeter measures the voltage of an electrical circuit.

(28) If you mismate the wires, the electrical circuit won't work.

(29) The resistance of an electrical circuit is a scalar quantity.

(30) The balancer in the electrical circuit prevents power surges.

Sentence of electrical circuit

(31) The electrical circuit emitted a strange buzz out of nowhere.

(32) The rupture in the electrical circuit caused a short circuit.

(33) The electrical circuit circuited through the entire building.

(34) The peak voltage of the electrical circuit reached 120 volts.

(35) He used a knot to connect the wires in the electrical circuit.

(36) The kinking of the wire caused the electrical circuit to fail.

(37) The faulty electrical circuit causes the sparks to spark away.

(38) The repairers expertly repaired the faulty electrical circuit.

(39) I will snip away the excess wire from this electrical circuit.

(40) The thermograms revealed a hot spot in the electrical circuit.

Electrical Circuit meaningful sentence

(41) The electrical circuit in my car controls the ignition system.

(42) The engineer analyzed the full path of the electrical circuit.

(43) A series circuit is a type of electrical circuit configuration.

(44) We need to calculate the power rate of this electrical circuit.

(45) The cathode is an essential component of an electrical circuit.

(46) The junction box is an integral part of any electrical circuit.

(47) The conducting wire is used to complete the electrical circuit.

(48) The electrical circuit experienced fluctuations in peak voltage.

(49) The wires in the electrical circuit were connected horizontally.

(50) Let's mend together the broken wires of this electrical circuit.

Electrical Circuit sentence examples

(51) The uncoupling of the electrical circuit caused a short circuit.

(52) The wire gauge is an integral part of electrical circuit design.

(53) The clamper was essential for completing the electrical circuit.

(54) A squiggly appeared between the wires of the electrical circuit.

(55) I had to reground the electrical circuit to fix a short circuit.

(56) The ground cable is an essential part of any electrical circuit.

(57) The electrical circuit short-circuited and caused a power outage.

(58) He clipped the wires together to complete the electrical circuit.

(59) The third rail is a vital part of the train's electrical circuit.

(60) The engineer used schematising to map out the electrical circuit.

Sentence with electrical circuit

(61) The perturbation in the electrical circuit caused a power outage.

(62) The electrician admeasures the voltage of the electrical circuit.

(63) The phasor is a fundamental concept in electrical circuit theory.

(64) The fuse provides overload protection for the electrical circuit.

(65) The anode is the opposite of the cathode in an electrical circuit.

(66) The kilovolt meter measures the voltage of the electrical circuit.

(67) I need to fuse in the new wire to complete the electrical circuit.

(68) The dotted line on the diagram represented the electrical circuit.

(69) The electrician put out of function the faulty electrical circuit.

(70) The underdamped electrical circuit exhibited a transient response.

Use electrical circuit in a sentence

(71) The watt is being regulated to go down on this electrical circuit.

(72) The copper wire was wrapped tightly around the electrical circuit.

(73) We observed a strong transient response in the electrical circuit.

(74) The wires in the electrical circuit got gnarled up by the rodents.

(75) The oscillograms were used to troubleshoot the electrical circuit.

(76) The perturbations in the electrical circuit caused a short circuit.

(77) The technician worked to recanalize the damaged electrical circuit.

(78) The phase current in the electrical circuit is measured in amperes.

(79) Energy sparks blaze out from the malfunctioning electrical circuit.

(80) The electrical circuit in this computer controls all its functions.

Sentence using electrical circuit

(81) Ohm's law is a fundamental equation in electrical circuit analysis.

(82) The engineer had to unbind the wires to fix the electrical circuit.

(83) It is essential to label field components in an electrical circuit.

(84) The peak voltage of the electrical circuit reached an all-time high.

(85) The combination switch is a key component in the electrical circuit.

(86) The flow of current in an electrical circuit is measured in amperes.

(87) The engineer designed a new type of coil for the electrical circuit.

(88) The engineer had to untwist the wires to fix the electrical circuit.

(89) It is important to properly ground an electrical circuit for safety.

(90) The earth connection is a vital component of any electrical circuit.

Electrical Circuit example sentence

(91) The technician fixed the reversed polarity in the electrical circuit.

(92) The faulty electrical circuit made a phut noise before shutting down.

(93) A high voltage drop can indicate a problem in the electrical circuit.

(94) The electrical circuit can handle up to several megavolts of current.

(95) A battery-powered device emits energy through its electrical circuit.

(96) The engineer had to bisect the wire to repair the electrical circuit.

(97) The engineer discovered a faulty brass inside the electrical circuit.

(98) I will trace by the electrical circuit to find the faulty connection.

(99) The counter-current in the electrical circuit caused a short circuit.

(100) The engineer used a grid for gridding the electrical circuit diagram.

Sentence with word electrical circuit

(101) A shorted wire can cause a complete failure of an electrical circuit.

(102) The electrical circuit in this amplifier amplifies the audio signals.

(103) The autotransformer is a versatile tool in electrical circuit design.

(104) The secondary coil is connected to the load in an electrical circuit.

(105) The engineer will extract the faulty part from the electrical circuit.

(106) The diagnostic test indicated a malfunction in the electrical circuit.

(107) The misaligned wires in the electrical circuit caused a short circuit.

(108) The polarity of the electrical circuit determines the flow of current.

(109) The combination switch is an essential part of the electrical circuit.

(110) He patched the broken wire in the electrical circuit to restore power.

Sentence of electrical circuit

(111) A circuit element is a fundamental component of an electrical circuit.

(112) The safeties on the electrical circuit prevented any potential shocks.

(113) A circuit diagram is a visual representation of an electrical circuit.

(114) The electrical circuit in this motor controls its speed and direction.

(115) If you ligan the wires correctly, the electrical circuit will be safe.

(116) The millivolt reading indicated a problem with the electrical circuit.

(117) The faulty electrical circuit caused the lightbulb to burst into fire.

(118) The loop circuit is responsible for completing the electrical circuit.

(119) The phase current in the electrical circuit was measured at 5 amperes.

(120) An electrical circuit is a closed loop through which electricity flows.

Electrical Circuit used in a sentence

(121) The deflexions in the electrical circuit disrupted the flow of current.

(122) The engineer conglutinated the wires to connect the electrical circuit.

(123) The faulty electrical circuit caused a blooey flash and a power outage.

(124) The buffer was used to stabilize the voltage in the electrical circuit.

(125) The engineer decodes the electrical circuit to troubleshoot the problem.

(126) The relay switch controls the flow of current in the electrical circuit.

(127) The engineer had to zero out the interference in the electrical circuit.

(128) The schema of the electrical circuit was crucial for proper functioning.

(129) The intersecting wires in the electrical circuit caused a short circuit.

(130) The ignitor was connected to the electrical circuit for easy activation.

Electrical Circuit sentence in English

(131) The intertwisted wires in the electrical circuit caused a short circuit.

(132) The engineer gridded the electrical circuit diagram to show connections.

(133) The problem in the electrical circuit was solvable with troubleshooting.

(134) The ground electrode is an essential component of an electrical circuit.

(135) The alternating current in an electrical circuit is a cyclical movement.

(136) The electrical circuit in my house powers all the lights and appliances.

(137) If the electrical circuit is open, there will be no flow of electricity.

(138) The attenuations in the electrical circuit caused a decrease in current.

(139) The obstruent impedance in the electrical circuit caused a power outage.

(140) The energy will amplify along the electrical circuit to power the device.

(141) The technician re-laid the wires to repair the faulty electrical circuit.

(142) Circuit theory is a key component of electrical circuit analysis courses.

(143) The thermographic analysis revealed a hot spot in the electrical circuit.

(144) The faultiest component of the electrical circuit caused a short circuit.

(145) Repairing a faulty electrical circuit would be nothing to an electrician.

(146) A circuit breaker is used to protect an electrical circuit from overload.

(147) The electrical circuit in this machine needs to be tested for any faults.

(148) The electrical circuit in this device is designed to prevent overheating.

(149) The flow line of the electrical circuit ensured a steady supply of power.

(150) The perturbations in the electrical circuit caused the lights to flicker.

(151) The factor of safety for the electrical circuit was determined to be 1.5.

(152) The faulty electrical circuit caused the light bulb to blast into pieces.

(153) The study of graph theory has applications in electrical circuit analysis.

(154) The fuses are designed to protect the electrical circuit from overloading.

(155) The wires in the electrical circuit interdigitate to transmit the current.

(156) The dissipative forces in the electrical circuit caused a drop in voltage.

(157) The conductible wire was essential for the electrical circuit to function.

(158) The diachylon tape was used to secure the wires in the electrical circuit.

(159) The undefined contactor is a critical component in the electrical circuit.

(160) The scaler on the voltmeter displays the voltage of an electrical circuit.

(161) The faulty electrical circuit caused the house to combust in a small fire.

(162) A blown fuse can disrupt the flow of electricity in an electrical circuit.

(163) The electrical circuit in this building is protected by a surge protector.

(164) A circuit tester is used to check the continuity of an electrical circuit.

(165) The electrical circuit in this robot controls its movements and functions.

(166) The engineer used a software program to schematize the electrical circuit.

(167) The electrical circuit is designed to handle a maximum of 15 volt amperes.

(168) The anode is where electrons flow out of a device in an electrical circuit.

(169) The electrician used a gauge to test the voltage of the electrical circuit.

(170) The voltage in an electrical circuit can oscillate at a specific frequency.

(171) A transformer is used to change the voltage level in an electrical circuit.

(172) The sudden discontinuities in the electrical circuit caused a power outage.

(173) The jointure of the wires in the electrical circuit caused a short circuit.

(174) The technician carefully unclamped the wires to fix the electrical circuit.

(175) A circuit analyzer is used to diagnose any issues in an electrical circuit.

(176) The technician used a block diagram to troubleshoot the electrical circuit.

(177) The wattmeter is connected to the electrical circuit to measure power flow.

(178) I accidentally crossed the wires while trying to fix the electrical circuit.

(179) The data logger measured the voltage fluctuations in the electrical circuit.

(180) The jointure of the wires in the electrical circuit was done professionally.

(181) The derated voltage of the electrical circuit caused equipment malfunctions.

(182) Overloading an electrical circuit can trigger a failure in the power supply.

(183) An open circuit does not allow electricity to flow in an electrical circuit.

(184) It is important to use a dedicated ground cable for each electrical circuit.

(185) The measuring device displayed the voltage output of the electrical circuit.

(186) The maintenance team had to pull wires to fix the faulty electrical circuit.

(187) The amps were powered by a dedicated electrical circuit to prevent overload.

(188) The electrical circuit had a self-extinguishing fuse to prevent overheating.

(189) The engineer schematized the electrical circuit to identify potential issues.

(190) The 'farads' array is a fundamental component in electrical circuit analysis.

(191) The positively charged electrode attracts electrons in an electrical circuit.

(192) The diagnostics examination revealed a broken wire in the electrical circuit.

(193) A switch is used to control the flow of electricity in an electrical circuit.

(194) The wires interdigitate with each other to form a complex electrical circuit.

(195) The technician will restore the disconnected apart of the electrical circuit.

(196) The nodal analysis technique is commonly used in electrical circuit analysis.

(197) He used the bradawls to create holes for the wires in the electrical circuit.

(198) A faulty switch can disrupt the flow of electricity in an electrical circuit.

(199) The electrical circuit in this alarm system triggers a warning when breached.

(200) The faulty electrical circuit caused the entire house to blow up into pieces.

(201) The faulty electrical circuit caused the entire house to blow up into flames.

(202) The bar magnet was used in a magnetic switch to control an electrical circuit.

(203) The engineer discovered a compensating error in the electrical circuit design.

(204) The secondary coil is connected to the load resistor in an electrical circuit.

(205) The voltage modulates in an electrical circuit to control the flow of current.

(206) The technician had to weld down the loose wires to fix the electrical circuit.

(207) The electrician admeasures the current flowing through the electrical circuit.

(208) The technician had to shell off the damaged wires from the electrical circuit.

(209) The misposition of the wires in the electrical circuit caused a short circuit.

(210) A circuit simulator is used to simulate the behavior of an electrical circuit.

(211) The negative terminal of an electrical circuit is where the current flows out.

(212) The microvolt reading indicated a potential issue with the electrical circuit.

(213) In a simple electrical circuit, the return circuit is connected to the ground.

(214) The return circuit is an important consideration in electrical circuit design.

(215) A step-up transformer is used to increase the voltage in an electrical circuit.

(216) The copper up in the electrical circuit is responsible for the flow of current.

(217) The plugger efficiently connected the new appliances to the electrical circuit.

(218) The wirer tested the electrical circuit to ensure it was functioning correctly.

(219) A circuit board is used to connect various components in an electrical circuit.

(220) The technician used a multimeter for fault diagnosis in the electrical circuit.

(221) The relay switch is used to control and relay signals in an electrical circuit.

(222) The electrical circuit breaker is rated to handle a maximum of 20 volt amperes.

(223) The biphasic waveform on the oscilloscope indicated a faulty electrical circuit.

(224) Inductance is a key factor in determining the behavior of an electrical circuit.

(225) The voltage regulator is used to regulate the voltage in the electrical circuit.

(226) It is important to protect off the electrical circuit before making any repairs.

(227) The circuit tester alerted me to a potential overload in the electrical circuit.

(228) The rarefactions in this electrical circuit indicate a decrease in current flow.

(229) The technician will put the wires in proper order to fix the electrical circuit.

(230) The electrician used an incher to measure the voltage of the electrical circuit.

(231) Circuit analysis is a systematic approach to solving electrical circuit problems.

(232) We gauge through with a voltmeter to check the voltage of the electrical circuit.

(233) The interferences in the electrical circuit caused the appliances to malfunction.

(234) A step-down transformer is used to decrease the voltage in an electrical circuit.

(235) The defectibilities of the electrical circuit were causing intermittent failures.

(236) The jointless connection between the wires ensures a reliable electrical circuit.

(237) The galvanoscope helped us identify any irregularities in the electrical circuit.

(238) The electrons move to and fro in an electrical circuit, transmitting electricity.

(239) The faulty electrical circuit caused the light bulb to combust in a bright flash.

(240) The team of engineers collaborated to diagonalize the complex electrical circuit.

(241) The electrical circuit was designed to operate in a series-parallel configuration.

(242) Inductance is a property of an electrical circuit that opposes changes in current.

(243) The faulty electrical circuit caused the power transformer to blow up into pieces.

(244) The coplanarity of the lines in the electrical circuit simplified troubleshooting.

(245) The fasciculi of wires in an electrical circuit allow for the flow of electricity.

(246) The calculating machine accurately measured the voltage of the electrical circuit.

(247) The electrical circuit in this laboratory experiment needs to be set up correctly.

(248) A closed circuit allows electricity to flow continuously in an electrical circuit.

(249) The engineer is redrawing the electrical circuit to prevent any potential hazards.

(250) The word anode refers to the positively charged electrode in an electrical circuit.

(251) The quarternary system is used in some electrical circuit designs and calculations.

(252) A feedback control system is used to regulate the voltage in an electrical circuit.

(253) The faulty electrical circuit caused the power generator to blow up to smithereens.

(254) The electrical circuit in this power plant supplies electricity to the entire city.

(255) The voltage in an electrical circuit is a continuous variable that can be adjusted.

(256) The counter-current in the electrical circuit prevents overload and short circuits.

(257) The safety margin for this electrical circuit is set at 20% to prevent overloading.

(258) The engineer identified the source of the discontinuities in the electrical circuit.

(259) The technicians will isolate off the faulty electrical circuit to prevent accidents.

(260) The technician had to weld down the loose connections to fix the electrical circuit.

(261) I had a close call with a faulty electrical circuit that almost blew up my computer.

(262) The disconnectors are designed to provide a visible break in the electrical circuit.

(263) The point contact between the wire and the battery completed the electrical circuit.

(264) The wires interdigitate inside the electrical circuit, ensuring proper connectivity.

(265) The alternating current in an electrical circuit is a cyclical movement of electrons.

(266) The engineer twisted together different wires to create a complex electrical circuit.

(267) The technician will pin off the faulty wires before repairing the electrical circuit.

(268) The faulty electrical circuit in the power plant caused it to blow up to smithereens.

(269) The electrician used a multimeter to mensurate the voltage of the electrical circuit.

(270) Inosculating the wires in the electrical circuit is essential for proper functioning.

(271) The electrical circuit is protected by a fuse that can handle up to 100 volt amperes.

(272) The absolute-scale of a voltmeter measures the exact voltage of an electrical circuit.

(273) The electrician used gauges to test the voltage and current in the electrical circuit.

(274) The electrical circuit can handle up to a certain number of kilovolts before tripping.

(275) The engineer tested the patency of the electrical circuit to ensure proper functioning.

(276) The junction box is where the electrical circuit is connected to the main power source.

(277) It is necessary to ground the voltage in order to maintain a stable electrical circuit.

(278) The spark-gap in the electrical circuit needed to be widened to prevent short circuits.

(279) The electrical circuit is designed to handle kiloamperes of current during peak demand.

(280) Varying the voltage can help identify any potential issues with the electrical circuit.

(281) The electrician used measuring equipment to test the voltage of the electrical circuit.

(282) The return circuit completes the electrical circuit and allows for the flow of current.

(283) The electrician had to rezero the voltage meter to troubleshoot the electrical circuit.

(284) The power in an electrical circuit is calculated by multiplying the voltage and current.

(285) The fail-safe switch on the electrical circuit cut off power in case of a short circuit.

(286) The underdamped electrical circuit had a higher Q factor compared to the overdamped one.

(287) The electrical circuit is designed to handle kiloamperes of current without overheating.

(288) The voltage meter helps monitor and control the voltage levels in an electrical circuit.

(289) The electrical circuit was designed to handle kiloamperes of current without any issues.

(290) The arborizing pattern of the electrical circuit ensured efficient distribution of power.

(291) The retarding force of a resistor in an electrical circuit can limit the flow of current.

(292) The electrical circuit was designed to handle kiloamperes of current without overheating.

(293) The margin of safety in this electrical circuit prevents overloading and potential fires.

(294) The engineer analyzed the harmonics of the electrical circuit to troubleshoot the problem.

(295) The gapless connection between the wires ensured a stable and reliable electrical circuit.

(296) A capacitor stores electrical energy in an electrical circuit and releases it when needed.

(297) The electrical circuit in this building needs to be upgraded to handle the increased load.

(298) The Fourier series can be used to analyze the frequency response of an electrical circuit.

(299) The electrical circuit is protected by fuses to prevent damage to the three-phase current.

(300) The behavior of an electrical circuit can be analyzed using Ohm's law and Kirchhoff's laws.

(301) The inductance in an electrical circuit is a property that opposes changes in current flow.

(302) The capacitance in an electrical circuit determines the ability to store electrical charge.

(303) The faulty electrical circuit caused the power outlet to blow up in front of the homeowner.

(304) The wire gauge should be considered when designing and installing a new electrical circuit.

(305) The technician recommended we apply a damper to the electrical circuit to prevent overload.

(306) The dismantler skillfully took apart the faulty electrical circuit to identify the problem.

(307) The faulty electrical circuit caused the entire building to burst into fire and heat afire.

(308) A parallel circuit has multiple paths for the flow of electricity in an electrical circuit.

(309) The margin of safety in this electrical circuit prevents overloading and potential hazards.

(310) The faulty electrical circuit in the office caused the computers to blow up to smithereens.

(311) The engineer had to redraw the electrical circuit to accommodate the additional components.

(312) Understanding the principles of an electrical circuit is essential for electrical engineers.

(313) The use of a nomogram can simplify the process of calculating electrical circuit parameters.

(314) The faulty electrical circuit caused the power generator to burst into fire and power afire.

(315) A series circuit has all the components connected in a single path in an electrical circuit.

(316) The engineers used a fault tree to analyze the potential failures in the electrical circuit.

(317) Inductance is a characteristic of an electrical circuit that resists changes in current flow.

(318) The power-factor of the electrical circuit needs to be improved for better energy efficiency.

(319) The instructions clearly state to plumb off the electrical circuit before making any changes.

(320) The electrical circuit breaker trips when the current exceeds a certain kiloampere threshold.

(321) The wire connections should be bound up to the right to ensure a reliable electrical circuit.

(322) The electrical circuit breaker protects the system from overloads in the three-phase current.

(323) The nonlinear relationship between voltage and current was observed in the electrical circuit.

(324) A series circuit is an electrical circuit where the components are connected in a single path.

(325) The heat-resistant wire in the electrical circuit prevented it from melting or causing a fire.

(326) The electrician will plumb in the new ceiling fans and connect them to the electrical circuit.

(327) The principle of additivity is used to calculate the total resistance in an electrical circuit.

(328) A circuit diagram is used to represent the components and connections in an electrical circuit.

(329) The margin of safety in this electrical circuit design prevents overloading and potential fires.

(330) The faulty electrical circuit caused the light bulb to explode on, leaving the room in darkness.

(331) The engineer installed a by-pass switch to isolate a faulty component in the electrical circuit.

(332) The resistance in an electrical circuit acts as a restoring force, opposing the flow of current.

(333) The faulty electrical circuit in the laboratory caused the experiment to blow up to smithereens.

(334) The engineer needs to dial in the voltage levels for the electrical circuit to function properly.

(335) The angle in addition to the resistance determines the power dissipated in an electrical circuit.

(336) Make sure to turn down the voltage before attempting any modifications to the electrical circuit.

(337) It is important to interrupt the voltage before testing the resistance of the electrical circuit.

(338) The time constant of the inductor affects the rate of change of current in an electrical circuit.

(339) The resistance in an electrical circuit determines the amount of current that can flow through it.

(340) The engineer used orthographic projection to create a precise blueprint of the electrical circuit.

(341) The safety guidelines recommend ramping down the voltage before working on any electrical circuit.

(342) The electrical circuit was designed with a series-parallel resistor network for voltage regulation.

(343) The purpose of a fuse in an electrical circuit is to protect the components from excessive current.

(344) The technician conducted remeasurements on the electrical circuit to identify any potential issues.

(345) The ballium wire used in the electrical circuit ensured a stable and efficient flow of electricity.

(346) The engineer performed fault diagnosis on the electrical circuit to find the source of the problem.

(347) The color blind individual had to memorize the order of colored wires to fix the electrical circuit.

(348) A short circuit occurs when there is a direct connection between two points in an electrical circuit.

(349) The bimetallistic properties of the material make it suitable for use in electrical circuit breakers.

(350) Although it was a difficult task, he luted the wires and successfully repaired the electrical circuit.

(351) The multiplicative relationship between voltage and current determines power in an electrical circuit.

(352) The engineer used an oblique projection to accurately depict the dimensions of the electrical circuit.

(353) The heat-resistant wire in this electrical circuit can withstand high current and heat without melting.

(354) If the electrical circuit breaker is tripped repeatedly, it may indicate an underlying electrical issue.

(355) The impedance in an electrical circuit is a measure of its opposition to the flow of alternating current.

(356) The scientist's experiment involved measuring the resistance of a complex curve in an electrical circuit.

(357) The voltage in an electrical circuit determines the amount of potential energy available to the electrons.

(358) The voltage in an electrical circuit is a continuous variable that can vary depending on the power source.

(359) The heat-resistant wire used in this electrical circuit can withstand high temperatures without degrading.

(360) The characteristic curve of this electrical circuit represents the relationship between voltage and current.

(361) The voltage difference across the inductor determines the rate of change of current in an electrical circuit.

(362) A diode is an electronic component that allows current to flow in only one direction in an electrical circuit.

(363) The technical description of the electrical circuit explains its components, voltage levels, and current flow.

(364) The wires in this electrical circuit are made from non-flammable materials, reducing the risk of electrical fires.

(365) A circuit breaker is a safety device that automatically interrupts the flow of electricity in an electrical circuit.

(366) The electromotance of a capacitor determines its ability to filter out certain frequencies in an electrical circuit.

(367) Electromotive force is measured in volts and represents the potential difference between two points in an electrical circuit.

(368) The frequency of an alternating current in an electrical circuit determines the rate at which the direction of current changes.

(369) The efficiency of an electrical circuit is a measure of how much useful energy is converted compared to the total energy input.

(370) In the technical description of the electrical circuit, the technician provides information about its components and wiring diagram.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Electrical Circuit. They do not represent the opinions of TranslateEN.com.