Transformer in a sentence

(1) The transformer blew-up during the storm.

(2) The amperages in the transformer are high.

(3) A transformer is used to power the voltage.

(4) The transformer is in series with the load.

(5) Galvatron is a powerful transformer villain.

(6) The voltage gain of the transformer is 1:10.

(7) The transformer steps up the kilovolt level.

(8) The transformer toy can transform into a boat.

(9) The transformer toy can transform into a tank.

(10) The transformer is in series with the circuit.

Transformer sentence

(11) The transformer is used to amplify the voltage.

(12) The transformer blows-up during a thunderstorm.

(13) The transformer toy can transform into a plane.

(14) The transformer toy can transform into a truck.

(15) The transformer toy can transform into a train.

(16) Litz wire is often used in transformer windings.

(17) The commutated transformer steps up the voltage.

(18) The mains voltage is regulated by a transformer.

(19) The active-power of the transformer was 500 kVA.

(20) The transformer can morph into different robots.

Transformer make sentence

(21) The transformer toy can transform into a dragon.

(22) The transformer can morph into a car or a robot.

(23) The sparking transformer emitted a buzzing sound.

(24) The power surge damaged the megavolt transformer.

(25) The blackout was a result of a blown transformer.

(26) The power fail was caused by a faulty transformer.

(27) The transformer blew-up and caused a power outage.

(28) The Asus Transformer is a versatile 2-in-1 device.

(29) The transformer toy can transform into a dinosaur.

(30) The power surge was caused by a faulty transformer.

Sentence of transformer

(31) The inductances can be used in transformer designs.

(32) The amperages in the transformer coil are balanced.

(33) The transformer toy can transform into a spaceship.

(34) The transformer toy can transform into a submarine.

(35) The voltage rating of this transformer is 480 volts.

(36) The transformer toy can alter into a car or a robot.

(37) Watt without a transformer is an untapped potential.

(38) The litz wire is often used in transformer windings.

(39) The voltage rating of this transformer is 220 volts.

(40) The active-power of the UPS transformer was 100 kVA.

Transformer meaningful sentence

(41) The primary coil is the first coil in a transformer.

(42) The alnicos in this transformer are highly reliable.

(43) The transformer toy can transform into a helicopter.

(44) The transformer toy can transform into a motorcycle.

(45) The transformer toy can morph from a car to a robot.

(46) Derating the transformer can improve its efficiency.

(47) The nominal voltage of this transformer is 480 volts.

(48) The energy transferred through the power transformer.

(49) The transformer toy could quad into a car or a robot.

(50) The nominal voltage of this transformer is 110 volts.

Transformer sentence examples

(51) The faulty transformer generated an overload current.

(52) The abamps were measured using a current transformer.

(53) The blackout was a result of a transformer explosion.

(54) The electrical transformer is converting the voltage.

(55) The volt on this transformer is too high for the load.

(56) The nominal voltage for this transformer is 230 volts.

(57) The circuit voltage is stepped up using a transformer.

(58) The nominal voltage for this transformer is 480 volts.

(59) The power outage occurred due to a faulty transformer.

(60) The power outage was causable by a faulty transformer.

Sentence with transformer

(61) The transformer toy can morph from a car into a robot.

(62) The transformer can morph its weapons to fight better.

(63) The transformer can transmute from a car into a robot.

(64) The cause of the power outage was a blown transformer.

(65) The power failure occurred due to a faulty transformer.

(66) The transformer toy could quad into a plane or a robot.

(67) An autotransformer is a type of electrical transformer.

(68) The faulty transformer resulted in an overload current.

(69) The explosion of the transformer caused a power outage.

(70) The cause of the power outage was a faulty transformer.

Use transformer in a sentence

(71) The electrical transformer is not functioning properly.

(72) The toroidal transformer design minimizes energy losses.

(73) The faulty transformer shorted and caused a power surge.

(74) The technician connected the volt in with a transformer.

(75) The unshielded transformer emitted a loud humming noise.

(76) The transformer toy can transform from a car to a robot.

(77) The air core of the transformer minimizes energy wastage.

(78) The power out problem was caused by a faulty transformer.

(79) The impedance of a transformer determines its efficiency.

(80) The transformer stepped up the peak voltage to 240 volts.

Sentence using transformer

(81) The alnicoes in the transformer help to regulate voltage.

(82) The transformer toy can transform into a plane or a tank.

(83) The transformer toy can transform into a plane or a boat.

(84) The transformer toy can transform into a train or a tank.

(85) The electrician used a transformer to step up the voltage.

(86) The air core transformer is immune to magnetic saturation.

(87) The mains transformer needs to be replaced due to a fault.

(88) The active-power of the UPS transformer backup was 50 kVA.

(89) The power outage was occuring due to a faulty transformer.

(90) The utility company backhoed a hole for a new transformer.

Transformer example sentence

(91) The electric power transformer exploded and caused a fire.

(92) The transformer steps up the voltage to several kilovolts.

(93) The transformer toy can transform into a truck or a train.

(94) The transformer toy can transform into a robot or a plant.

(95) The transformer toy can transform into different vehicles.

(96) The causation of the power outage was a blown transformer.

(97) The proximate cause of the outage was a blown transformer.

(98) The electrical power transformer was damaged in the storm.

(99) The power transformer is typically located in a substation.

(100) The power transformer is typically cooled using oil or air.

Sentence with word transformer

(101) The power supply was disrupted due to a faulty transformer.

(102) The transformer has overload protection to prevent burnout.

(103) The phase current was measured using a current transformer.

(104) The circuiteer was able to fix the overheating transformer.

(105) The transformer toy can transform into a robot or a animal.

(106) The transformer toy can transform into a robot or a weapon.

(107) The faulty transformer caused a red out in the neighborhood.

(108) The transformer stepped up the voltage to several megavolts.

(109) The electric discharge was a result of a faulty transformer.

(110) The primary coil is an essential component of a transformer.

Sentence of transformer

(111) The faulty transformer caused the streetlights to short out.

(112) The passive component in this power supply is a transformer.

(113) The transformer toy can transform into a robot or a vehicle.

(114) The transformer toy can transform into a robot or a monster.

(115) The transformer toy can transform into a robot or a machine.

(116) The transformer toy could transmute from a car into a robot.

(117) The lightning strike caused damage to the power transformer.

(118) The proximate cause of the outage was a transformer failure.

(119) The electrical transformer blew out during the thunderstorm.

(120) The secondary coil is connected to the load in a transformer.

Transformer used in a sentence

(121) The city experienced a blackout due to a transformer failure.

(122) The transformer is installed in series with the primary coil.

(123) The source area of the power outage was a faulty transformer.

(124) The high voltage transformer hummed loudly in the background.

(125) The overvoltage condition was caused by a faulty transformer.

(126) We could hear the humming of the volt around the transformer.

(127) The volt around the transformer was being stepped up or down.

(128) The primary coil is wound around the core of the transformer.

(129) The voltage boost is achieved by using a step-up transformer.

(130) The step-up transformer converts low voltage to high voltage.

Transformer sentence in English

(131) The autotransformer is a compact and lightweight transformer.

(132) The armatured transformer was able to convert voltage levels.

(133) The abvolts of the transformer were within acceptable limits.

(134) The transformer is used to convert the voltage from AC to DC.

(135) The engineer suggested adding a shunt behind the transformer.

(136) The transformer toy can transform into a boat or a submarine.

(137) The transformer toy can transform into a helicopter or a jet.

(138) The transformer toy can transform into a car or a motorcycle.

(139) The transformer toy can transform into a robot or a building.

(140) The transformer toy could transmute from a tank into a robot.

(141) The transformer toy can transform into a dinosaur or a robot.

(142) The electrical transformer blew out, so we had to replace it.

(143) The transformer converts direct current to alternate current.

(144) The overload current overloaded the transformer and it failed.

(145) The secondary coil is an essential component of a transformer.

(146) The over voltage condition was caused by a faulty transformer.

(147) The downed power transformer caused a widespread power outage.

(148) The power transformer is a heavy and bulky piece of equipment.

(149) The volage output of the transformer needs to be stepped down.

(150) He was electrocuted by mishandling a high-voltage transformer.

(151) The faulty power transformer exploded and blew up into pieces.

(152) The voltage loop was affected by a malfunctioning transformer.

(153) The selsyn is also known as a synchro or a rotary transformer.

(154) The transformer toy can transform into a dinosaur or a dragon.

(155) The transformer toy could transmute from a plane into a robot.

(156) The transformer toy can transform into a spaceship or a robot.

(157) The engineer will de-energize the transformer for maintenance.

(158) The electric power transformer exploded and caused a blackout.

(159) The power outage was caused by electrocution of a transformer.

(160) The kilovolt transformer steps up the voltage for transmission.

(161) The transformer is connected in series with the secondary coil.

(162) The voltage across the transformer was stepped up to 220 volts.

(163) The downed power transformer caused a fire in the neighborhood.

(164) Tf can also be short for transformer in electrical engineering.

(165) The power outage was due to a volt out of the main transformer.

(166) The step-down transformer converts high voltage to low voltage.

(167) The step-up transformer is designed to handle high power loads.

(168) The passive component in this audio amplifier is a transformer.

(169) The transformer is used to smooth the voltage and reduce noise.

(170) The transformer toy can transform into a truck or a helicopter.

(171) The volt on the transformer was too high, posing a safety risk.

(172) The proximate cause of the power outage was a blown transformer.

(173) The air core of the transformer helps in reducing energy losses.

(174) The faulty transformer short-circuited and caused a power surge.

(175) Always consider the voltage rating when selecting a transformer.

(176) The probable reason for the power outage is a blown transformer.

(177) The power went out after a lightning strike hit the transformer.

(178) The high voltage transformer hummed as it converted electricity.

(179) The transformer is used to attenuate the voltage for safe usage.

(180) A faulty transformer can sever in power grids and cause outages.

(181) The toroidal transformer is commonly used in electronic devices.

(182) The transformer toy can transform into a superhero or a villain.

(183) The electrical transformer converts high voltage to low voltage.

(184) The lightning strike hit a transformer and caused a power surge.

(185) The toroidal transformer efficiently transfers electrical energy.

(186) A step-down transformer is commonly used in household appliances.

(187) The copper inside the transformer facilitates power distribution.

(188) A blown transformer can disrupt the power distribution in a city.

(189) The air core transformer is suitable for high-power applications.

(190) If you degauss the transformer, it will reset its magnetic field.

(191) The transformer interconverts electrical energy between circuits.

(192) The immittance of the transformer was causing impedance mismatch.

(193) The flyback topology is a type of transformer-based power supply.

(194) The causation of the power outage was due to a blown transformer.

(195) The transformer increased the voltage from 220 volts to kilovolt.

(196) The faulty transformer affected the energy of the electrical grid.

(197) The flyback transformer in the circuit helps regulate the voltage.

(198) The flyback transformer in the neon sign produces the bright glow.

(199) The squirrel was electrocuted when it jumped onto the transformer.

(200) The transformer can discharge current at different voltage levels.

(201) The commutating transformer assists in the commutation of voltage.

(202) A step-up transformer is commonly found in electrical substations.

(203) The air core transformer is used in high-frequency power supplies.

(204) Using an isolation transformer can help prevent electrical shocks.

(205) The power company workers hoisted up to the transformer to fix it.

(206) The resistive load of the transformer caused it to reduce voltage.

(207) The transformer was designed to handle megavolt levels of voltage.

(208) The polyphase transformer is used to step up or step down voltage.

(209) The transformer toy can transform into a spaceship or a satellite.

(210) The electrical transformer changes the voltage of the electricity.

(211) The causation of the power outage was due to a faulty transformer.

(212) The causality of the power outage was due to a faulty transformer.

(213) The step-up transformer is an example of an electromagnetic device.

(214) The three-phase transformer is designed to handle high power loads.

(215) The isolation transformer is commonly used in electronic equipment.

(216) The epicenter of the power outage was a malfunctioning transformer.

(217) The power outage was caused by a fault in the megavolt transformer.

(218) The step-down transformer is designed to handle high current loads.

(219) The fuse across the transformer prevented any voltage fluctuations.

(220) The step-up transformer plays a crucial role in voltage regulation.

(221) The balun is a type of transformer that is used to balance signals.

(222) The sleuth behind the campus power outage was a faulty transformer.

(223) The transformer toy can transform into a motorcycle or a submarine.

(224) The transformer toy can morph back into a car when it's not needed.

(225) The isolation transformer is designed to provide galvanic isolation.

(226) The isolation transformer provides a barrier against voltage spikes.

(227) The electric discharge was a result of a malfunctioning transformer.

(228) The power transformer is typically housed in a protective enclosure.

(229) The primary coil is an integral part of the transformer's operation.

(230) The single-phase transformer converts electrical energy efficiently.

(231) The circuit voltage can be increased by using a step-up transformer.

(232) The no-load voltage of the transformer was measured to be 120 volts.

(233) The impedance transformer can be used to match different impedances.

(234) The negative terminal of a transformer is where the voltage is lower.

(235) The air core of the transformer reduces electromagnetic interference.

(236) GPT is an acronym that stands for Generative Pre-trained Transformer.

(237) The secondary coil is wound around the primary coil in a transformer.

(238) The power transformer is a vital link in the electrical supply chain.

(239) The primary coil is connected to the primary side of the transformer.

(240) The air core transformer is suitable for high-frequency applications.

(241) The transformer is used to convert voltage for electrical appliances.

(242) The no-load losses of the transformer were calculated to be 50 watts.

(243) The flyback transformer is an essential component in CRT televisions.

(244) The high voltage transformer will electrify the entire neighborhood.

(245) The amperes in the transformer were adjusted to increase the voltage.

(246) The step-up transformer is designed to handle varying load conditions.

(247) An isolation transformer can help reduce the risk of electrical shock.

(248) An isolation transformer can help reduce electromagnetic interference.

(249) The primary coil is connected to the input circuit of the transformer.

(250) The circuit voltage can be decreased by using a step-down transformer.

(251) The transformer is designed to handle up to 500 volt amperes of power.

(252) The forward voltage across the transformer primary coil was 120 volts.

(253) An autotransformer is a type of transformer that has a single winding.

(254) The transformer steps up the voltage to reach the desired peak voltage.

(255) An isolation transformer can help improve the quality of audio signals.

(256) The transformer's design allowed for easy installation and maintenance.

(257) The power transformer is an essential component of the electrical grid.

(258) The transformer is used to transmit energy at different voltage levels.

(259) The electrical transformer stepped up the voltage to several megavolts.

(260) The solder underneath the transformer ensures efficient power transfer.

(261) The stator coil is an integral part of a transformer's primary winding.

(262) The electrical discharge from the faulty transformer caused a blackout.

(263) The transformer is a critical component of a power distribution system.

(264) The transformer is used to power the voltage in the electrical circuit.

(265) The power company was derricking the transformer onto the utility pole.

(266) The transformer's cooling system prevented overheating during operation.

(267) The blowup of the transformer caused a power outage in the neighborhood.

(268) The faulty electrical transformer malfunctioned and blew up into pieces.

(269) Magnetic saturation is an important consideration in transformer design.

(270) The power transformer is designed to operate efficiently for many years.

(271) The bifilarly wound transformer stepped up the voltage for transmission.

(272) The primary coil is connected to the primary winding of the transformer.

(273) The air cooled transformer was compact and required minimal maintenance.

(274) The transformer stepped up the voltage to a high level for transmission.

(275) The negative terminal of a transformer is connected to the neutral wire.

(276) The over voltage damaged the transformer, leading to power fluctuations.

(277) The electrical discharge from the faulty transformer caused a loud bang.

(278) The undervoltage problem was resolved by replacing a faulty transformer.

(279) The blackout was a result of a transformer explosion that caused a fire.

(280) The step-up transformer is used to convert the voltage from low to high.

(281) Direct transmission of power is more efficient than using a transformer.

(282) The triphase transformer is essential for converting high voltage power.

(283) The interstage of the transformer allowed for efficient energy transfer.

(284) The ampacity of the transformer was not enough, so we had to upgrade it.

(285) The electric pressure in the circuit was stepped down by the transformer.

(286) The step-up transformer is designed to handle high voltage levels safely.

(287) The step-up transformer is a key component in voltage regulation systems.

(288) The susceptance of the transformer affects its ability to transfer power.

(289) The fallen power transformer made the area impassable for safety reasons.

(290) The galvanically isolated transformer prevented any voltage fluctuations.

(291) The primary coil is connected to the primary terminal of the transformer.

(292) The electrical transformer stepped up the current to several kiloamperes.

(293) A step-up transformer is used in electric vehicles to charge the battery.

(294) The faulty electrical transformer caused the street to be consumed afire.

(295) The ac generator's voltage can be stepped up or down using a transformer.

(296) The air core transformer is used in high-frequency communication systems.

(297) The transformer converted the induced voltage to a higher or lower value.

(298) The electrical transformer changes the voltage of the electrical current.

(299) The transformer is used to amplify the voltage of the electrical current.

(300) The transformer must deliver the voltage needed to operate the machinery.

(301) The electrician used a transformer to rectify the voltage in the circuit.

(302) We tested the ampacity of the transformer, and then we adjusted the taps.

(303) The voltage over the transformer was stepped up to increase power output.

(304) Watt within a transformer determines its voltage conversion capabilities.

(305) An isolation transformer is a device used to separate electrical circuits.

(306) The faulty transformer caused a volt out of the power distribution system.

(307) A faulty power transformer can cause a blackout in an entire neighborhood.

(308) The power transformer is designed to withstand extreme weather conditions.

(309) The technician adjusted the transformer to gradually increase the voltage.

(310) The circuit voltage can be stepped up or stepped down using a transformer.

(311) The transformer steps up the voltage to 240 volt amperes for distribution.

(312) An isolation transformer can help eliminate ground loops in audio systems.

(313) The circuit circuited through the transformer, changing the voltage level.

(314) The passive component in this power factor meter is a current transformer.

(315) The step-up transformer increased the voltage from 120 volts to 240 volts.

(316) The ground loop issue was resolved by installing an isolation transformer.

(317) The toroid shape of the transformer allowed for efficient energy transfer.

(318) The faulty electrical transformer caused the power lines to light on fire.

(319) The isolation transformer is commonly used in telecommunications equipment.

(320) An isolation transformer can help protect equipment from lightning strikes.

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

(322) The transformer is used to boost the voltage for efficient energy transfer.

(323) The power transformer is used to supply power to different voltage systems.

(324) The power transformer is an integral part of the electrical infrastructure.

(325) The faulty electrical transformer malfunctioned and blew up to smithereens.

(326) The energization of the transformer increased the voltage for transmission.

(327) The transformer blew up, causing a power outage in the entire neighborhood.

(328) The negative terminal of a transformer is connected to the primary winding.

(329) A step-up transformer is used in medical equipment to power X-ray machines.

(330) The susceptance of the transformer needed to be reduced to minimize losses.

(331) In audio systems, an isolation transformer can help reduce ground loop hum.

(332) The reluctivity of the iron core affects the efficiency of the transformer.

(333) The explosion of the transformer caused a power outage in the neighborhood.

(334) The blackout was caused by a faulty transformer that needed to be replaced.

(335) The power transformer is a crucial component in the electrical grid system.

(336) The copper wire was carefully wound around the core to create a transformer.

(337) The transformer's core was made of laminated iron to minimize energy losses.

(338) The power transformer is subject to strict safety regulations and standards.

(339) The magnetic properties of permalloy make it suitable for transformer cores.

(340) The transformer was tested to ensure it could properly energize the voltage.

(341) The electric pressure in the transformer was stepped down for household use.

(342) The electrical discharge from the faulty transformer caused a voltage surge.

(343) An isolation transformer can be used to step up or step down voltage levels.

(344) The step-up transformer is used to transmit electricity over long distances.

(345) The step-up transformer is used in railway systems to power electric trains.

(346) Using an isolation transformer can help reduce electromagnetic interference.

(347) The step-up transformer is designed to handle high power levels efficiently.

(348) The step-up transformer is designed to withstand high voltages and currents.

(349) The permalloy core in this transformer ensures efficient power transmission.

(350) The transformer exploded, causing sparks to burst into fire and power afire.

(351) An isolation transformer helps protect sensitive equipment from power surges.

(352) An isolation transformer can help eliminate ground loop hum in audio systems.

(353) The transformer's insulation materials ensured safe and reliable performance.

(354) The primary coil is connected to the primary side of the step-up transformer.

(355) The power transformer helps transmit the voltage from one circuit to another.

(356) The step-down transformer is an essential part of electrical safety measures.

(357) The engineer designed an impedance matching transformer for the audio system.

(358) The transformer steps down the voltage to 110 volt amperes for household use.

(359) The isolation transformer prevents ground loops and reduces electrical noise.

(360) The electrical transformer stepped down the current from several kiloamperes.

(361) A step-up transformer is used in telecommunications to boost signal strength.

(362) The three-phase power transformer steps up or steps down voltage as required.

(363) The transformer converts the single-phase current into a three-phase current.

(364) The primary coil is an essential component in the operation of a transformer.

(365) The transformer is used to stabilize the voltage in high-voltage power lines.

(366) The power gain of this transformer is essential for efficient energy transfer.

(367) The isolation transformer is a crucial component in electrical safety systems.

(368) The transformer's core was carefully designed to minimize eddy current losses.

(369) The panic at the mall was caused by a loud explosion from a blown transformer.

(370) The transformer's primary function is to step down the voltage for safe usage.

(371) The transformer is used to convert voltage in electrical distribution systems.

(372) The power transformer is designed to handle high levels of electrical current.

(373) The step-down transformer is designed to handle fluctuations in input voltage.

(374) The electrical discharge from the faulty transformer damaged the power supply.

(375) In audio systems, an isolation transformer can eliminate hum and interference.

(376) The isolation transformer is commonly used in power conditioning applications.

(377) The pulse width of a pulse transformer affects the energy transfer efficiency.

(378) An isolation transformer is a device used to separate two electrical circuits.

(379) The transformer is capable of converting 220 volt amperes to 110 volt amperes.

(380) The power outage was discovered to originate on the transformer in the street.

(381) The primary coil is typically larger than the secondary coil in a transformer.

(382) The transformer toy can morph into different sizes to fit in different spaces.

(383) The voltage of alternating-currents can be easily changed using a transformer.

(384) The electromotance of the transformer was causing a power surge in the system.

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

(386) The technician used a transformer to match the impedances of different devices.

(387) The unsoldered transformer affected the voltage regulation of the power supply.

(388) The emf of the transformer is crucial for stepping up or stepping down voltage.

(389) The power transformer is capable of handling large amounts of electrical power.

(390) The cause of the power outage was traceably identified as a faulty transformer.

(391) The voltage boost is achieved by increasing the turns ratio of the transformer.

(392) The transformer stepped up the voltage to several kilovolts for industrial use.

(393) The damaged power line caused the voltage to volt down against the transformer.

(394) An isolation transformer is essential in high-voltage testing to ensure safety.

(395) A step-up transformer is used in industrial machinery to power heavy equipment.

(396) An isolation transformer can help protect electronic devices from power surges.

(397) TF is an abbreviation for 'transformer' in the field of electrical engineering.

(398) The derating guidelines for this transformer are based on its insulation class.

(399) The step-up transformer is an essential component in power distribution systems.

(400) The transformer's core was carefully designed to minimize magnetic flux leakage.

(401) The power transformer is designed to minimize energy losses during transmission.

(402) The power transformer is an integral part of the electrical grid infrastructure.

(403) The power transformer is an essential component in the modern electrical system.

(404) The transformer's main function is to transmit the voltage to the desired level.

(405) A transformer is often used to condition the voltage for different applications.

(406) The peak voltage of the transformer was adjusted to match the load requirements.

(407) The step-up transformer is an essential component in power transmission systems.

(408) The step-up transformer is an integral part of a high-voltage transmission line.

(409) The step-up transformer is used in data centers to regulate voltage for servers.

(410) The transformer needs to energize the voltage to step up or step down the power.

(411) The transformer is designed to attenuate the voltage before it reaches the load.

(412) The power outage was just a chapter of accidents caused by a faulty transformer.

(413) The transformer had blown up, causing a power outage in the entire neighborhood.

(414) The electrical transformer blew out, causing a power outage in the neighborhood.

(415) The voltage transformer helps control the voltage when converting AC to DC power.

(416) The ferrite core in the transformer helps to reduce electromagnetic interference.

(417) The engineer advised us to volt up the transformer for better voltage regulation.

(418) The isolation transformer prevents electrical noise from affecting other devices.

(419) Mutual inductance is a key factor in determining the efficiency of a transformer.

(420) The voltage drop across the transformer was causing a decrease in output voltage.

(421) The voltage across the transformer was stepped up to 220 volts for household use.

(422) The power transformer is crucial for balancing the load on the electrical system.

(423) The bifilarly wound transformer improved the efficiency of the electrical system.

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

(425) The step-down transformer reduces the voltage for safe use in electronic devices.

(426) The engineer used a variable transformer to easily ramp up the voltage as needed.

(427) The electrical contact between the transformer and the power lines was disrupted.

(428) The step-up transformer is used in audio systems to increase the signal strength.

(429) The three-phase transformer efficiently distributes power across different loads.

(430) The transformer stepped down the peak voltage to a safer level for household use.

(431) The secondary coil is connected to the output terminals of a flyback transformer.

(432) The magnetic properties of nickeliron make it ideal for use in transformer cores.

(433) The voltage in the transformer can fluctuate due to changes in the input voltage.

(434) The power company had to take the transformer out of operation to repair a fault.

(435) The commutated transformer efficiently stepped up the voltage for the power grid.

(436) The conducting wire was carefully wrapped around the core to create a transformer.

(437) The step-up transformer is an integral part of the electrical grid infrastructure.

(438) The phase current can be measured using a current transformer or a shunt resistor.

(439) The electrical discharge from the faulty transformer emitted a loud buzzing noise.

(440) An isolation transformer can help prevent ground loops in audio and video systems.

(441) The transformer's size varied depending on the power capacity it was designed for.

(442) The transformer's efficiency was affected by factors such as load and temperature.

(443) The electromotance of a transformer is influenced by its core material and design.

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

(445) The step-down transformer is an essential component in power distribution systems.

(446) The step-down transformer is a crucial component in electrical power transmission.

(447) The squirrel climbed up the power pole and was marooned on top of the transformer.

(448) The faulty power transformer disrupted the electricity supply to the neighborhood.

(449) The biphase transformer efficiently converts electrical energy between two phases.

(450) The transformer's primary coil generated an induced voltage in the secondary coil.

(451) A step-up transformer is necessary to deliver electricity to homes and businesses.

(452) The isolation transformer is an essential component in power distribution systems.

(453) An isolation transformer can help eliminate ground loop problems in video systems.

(454) The isolation transformer is an important safety feature in electrical appliances.

(455) The isolation transformer is an essential component in power conditioning systems.

(456) The power frequency of the transformer needs to be adjusted for optimal operation.

(457) A step-up transformer is used to increase the voltage in power transmission lines.

(458) The causae of the power outage are believed to be related to a faulty transformer.

(459) The step-up transformer is designed to withstand high levels of electrical current.

(460) The phase current is used to determine the efficiency of a three-phase transformer.

(461) The magnetization of the magnetic core increased the efficiency of the transformer.

(462) The faulty electrical wiring caused the power transformer to explode on the street.

(463) The dielectrically insulated transformer efficiently transferred electrical energy.

(464) The power grid experienced a drop in kilowatts due to a malfunctioning transformer.

(465) The damaged transformer caused negative electricity to disrupt the electrical grid.

(466) The electric pressure in the transformer was regulated to ensure safe distribution.

(467) The concept of mutual inductance is crucial in understanding transformer operation.

(468) The insulating material in this electrical transformer prevents electrical leakage.

(469) In a step-up transformer, the primary coil has fewer turns than the secondary coil.

(470) The step-up transformer is used in renewable energy systems to connect to the grid.

(471) The step-up transformer is used in particle accelerators to generate high voltages.

(472) The step-up transformer is used in microwave ovens to increase voltage for heating.

(473) A step-up transformer is used in aircraft systems to increase voltage for avionics.

(474) The pulse width of the pulse transformer determines the energy transfer efficiency.

(475) The reversed polarity of the transformer led to a voltage imbalance in the circuit.

(476) The spark coil is a type of transformer that steps up the voltage from the battery.

(477) The volt in this transformer needs to be stepped up to meet the power requirements.

(478) An isolation transformer can help prevent damage to sensitive electronic components.

(479) The study of magnetic hysteresis is important for optimizing transformer efficiency.

(480) Regular maintenance is necessary to keep the power transformer in optimal condition.

(481) The step-down transformer is an integral part of the electrical grid infrastructure.

(482) The electrician demonstrated how to step up the voltage using a step-up transformer.

(483) The electrician used a transformer to energize the voltage and distribute it evenly.

(484) The isolation transformer is commonly used in power supplies for electronic devices.

(485) The step-up transformer is used in scientific experiments to generate high voltages.

(486) The dielectrics in a transformer help to isolate the primary and secondary windings.

(487) The strength of the electromagnetic current can be increased by using a transformer.

(488) Using an isolation transformer can help extend the lifespan of electrical equipment.

(489) The step-up transformer is an essential part of the electrical distribution network.

(490) An electrical transformer is a device that changes the voltage of electrical energy.

(491) The electrical discharge from the faulty transformer caused a temporary power outage.

(492) The isolation transformer helps maintain electrical safety in hazardous environments.

(493) The emf of the transformer is stepped up to transmit electricity over long distances.

(494) The flyback transformer in the power supply converts the voltage for various devices.

(495) The power transformer is a key component in the transmission and distribution system.

(496) The primary coil is an integral part of the energy transfer process in a transformer.

(497) The voltage transformer was replaced to ensure the proper energization of the system.

(498) The isolation transformer is designed to provide galvanic isolation between circuits.

(499) The isolation transformer is a key component in uninterruptible power supply systems.

(500) The impedance of a transformer can be matched to the load for maximum power transfer.

(501) A step-up transformer is used in neon signs to increase the voltage for illumination.

(502) The pulse width of the pulse transformer determines the voltage transformation ratio.

(503) The step-up transformer is an essential component in electrical distribution systems.

(504) The transformer is used to regulate the voltage and convert it to the required level.

(505) The transformer is responsible for transmitting the voltage to the electrical system.

(506) The step-down transformer is used to step down the voltage for the electrical system.

(507) The supply voltage was stepped up using a transformer to match the load requirements.

(508) The step-up transformer is commonly used in transmission lines to minimize power loss.

(509) A step-up transformer is typically larger in size compared to a step-down transformer.

(510) The step-up transformer is an essential tool for electrical engineers and technicians.

(511) The transformer hummed softly as it converted electricity from one voltage to another.

(512) The transformer's primary function was to transfer electrical energy between circuits.

(513) The power transformer is essential for delivering electricity to homes and businesses.

(514) A step-down transformer is used in voltage regulators to stabilize the output voltage.

(515) The transformer helps to sustain the voltage as it is transmitted over long distances.

(516) An isolation transformer is commonly used in welding machines to protect the operator.

(517) The isolation transformer is an important tool in troubleshooting electrical problems.

(518) The power density of a transformer affects its efficiency in transferring electricity.

(519) An isolation transformer is commonly used in data centers to ensure network stability.

(520) The isolation transformer is an important safety measure in high-voltage applications.

(521) The step-up transformer is crucial in delivering electricity efficiently to end-users.

(522) The transformer station is responsible for transmitting the voltage to the substation.

(523) The commutating transformer is used to step up or step down voltage in a power system.

(524) The blackout was a result of a transformer theft that caused damage to the power grid.

(525) A step-up transformer is often used in renewable energy systems to connect to the grid.

(526) The step-up transformer is a critical component in renewable energy generation systems.

(527) A power transformer failure can interrupt the voltage transmission between substations.

(528) The secondary coil is responsible for stepping up the voltage in a step-up transformer.

(529) The voltage drop across the step-down transformer reduced the voltage to a lower level.

(530) The transformer's step-down configuration reduced the voltage for household appliances.

(531) The faulty electrical transformer exploded and blew up in front of the utility workers.

(532) The step-down transformer is designed to minimize power loss during voltage conversion.

(533) The electric pressure in the transformer was stepped up for long-distance transmission.

(534) The isolation transformer is an essential component in many power distribution systems.

(535) An isolation transformer can help prevent damage to equipment caused by voltage spikes.

(536) The power transformer helps transmit the voltage to different levels within a building.

(537) The power transformer stepped down the voltage while maintaining the kiloampere rating.

(538) The self-induction of a transformer can be used to step up or step down voltage levels.

(539) The secondary coil is an important element in the functioning of a resonant transformer.

(540) The isolation transformer provides a barrier between the primary and secondary windings.

(541) The voltage drop across the step-up transformer increased the voltage to a higher level.

(542) The transformer's core was made of high-permeability materials to enhance magnetic flux.

(543) The step-down transformer is typically larger in size compared to a step-up transformer.

(544) The engineer was able to rectify the voltage drop by adjusting the transformer settings.

(545) An isolation transformer is commonly used in medical equipment to ensure patient safety.

(546) The step-down transformer is an integral part of voltage regulation in electrical grids.

(547) A step-down transformer is commonly used in voltage converters for international travel.

(548) The step-up transformer is used in power plants to increase voltage before distribution.

(549) The technician suggested we turn up the voltage on the transformer to reduce power loss.

(550) The isolation transformer is designed to eliminate any electrical noise or interference.

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