Diode in a sentence

(1) The voltage passed through the diode.

(2) The diode controls kilovolt direction.

(3) The amperages in the diode are constant.

(4) The diode is in series with the battery.

(5) The multimeters have a diode test function.

(6) The diode is operating in forward bias mode.

(7) The voltage rating of this diode is 5 volts.

(8) The nominal voltage of this diode is 5 volts.

(9) Watt without a diode is an unpredictable flow.

(10) The multimeters have a diode testing function.

Diode sentence

(11) The voltage rating of this diode is 100 volts.

(12) The capacitance of a diode is typically small.

(13) I will test the voltage drop across this diode.

(14) The laser diode emits a powerful beam of light.

(15) The beamlets were generated by the laser diode.

(16) Lde can refer to a type of laser diode emitter.

(17) The nominal voltage for this diode is 0.7 volts.

(18) The voltage loop was affected by a faulty diode.

(19) The NPN diode is used for rectification purposes.

(20) The diode exhibits low resistance in forward bias.

Diode make sentence

(21) The diode is connected in series with the battery.

(22) The volt on this diode is preventing current flow.

(23) The forward voltage of this zener diode is 6 volts.

(24) The zener diode operates in the reverse-biased mode.

(25) The word led is a bacronym for Light Emitting Diode.

(26) The abamperes in a diode flow in one direction only.

(27) The laser diode is a key component in laser printers.

(28) The laser diode is a key element in barcode scanners.

(29) Zener is a type of diode used in electronic circuits.

(30) Abohms are used to measure the resistance of a diode.

Sentence of diode

(31) The PIN diode is used in RF switches and attenuators.

(32) The collimated laser diode was used in laser printers.

(33) The diode can discharge current in only one direction.

(34) The solder underneath the diode completes the circuit.

(35) The solder underneath the diode was starting to crack.

(36) Diodes are used in diode bridges to rectify AC voltage.

(37) The voltage across the diode was found to be 0.7 volts.

(38) The laser diode is the heart of a laser show projector.

(39) The passive component in this circuit board is a diode.

(40) The voltage drop across a diode is typically 0.7 volts.

Diode meaningful sentence

(41) The forward voltage drop across this diode is 0.7 volts.

(42) The collimated laser diode was used in barcode scanners.

(43) The diode is wired in series with the rectifier circuit.

(44) The word diode refers to a type of electronic component.

(45) The faulty diode shorted and caused the circuit to fail.

(46) The total current flowing through the diode is 1 ampere.

(47) The light-emitting diode is known for its long lifespan.

(48) The diode is a vital component of an electronic circuit.

(49) Peltier devices are commonly used in laser diode cooling.

(50) Collimate the laser diode array for uniform illumination.

Diode sentence examples

(51) I had to unsolder the damaged diode to install a new one.

(52) The most common type of diode is the semiconductor diode.

(53) The faulty diode short-circuited and caused a malfunction.

(54) The commutated diode allows current flow in one direction.

(55) The p-type region is connected to the anode of this diode.

(56) The soldering iron was used to unsolder the damaged diode.

(57) The commutating diode helps in the process of commutation.

(58) The laser diode is an integral part of laser rangefinders.

(59) The forward voltage of the zener diode was set to 5 volts.

(60) The light-emitting diode emits a bright and focused light.

Sentence with diode

(61) Forward biasing a diode enables it to emit light in an LED.

(62) The flyback diode protects the circuit from voltage spikes.

(63) The laser diode is a vital component in laser show systems.

(64) The laser diode is commonly used in laser barcode scanners.

(65) The circuit voltage is reduced by the diode in the circuit.

(66) The passive component in this voltage regulator is a diode.

(67) The ohmic drop across the diode was found to be negligible.

(68) The voltage over the diode was measured using a multimeter.

(69) Forward biasing a diode is crucial for its proper operation.

(70) The voltage drop across the diode was found to be 0.7 volts.

Use diode in a sentence

(71) The laser diode is a crucial part of laser cutting machines.

(72) The laser diode is a key component in laser barcode readers.

(73) The passive component in this voltage multiplier is a diode.

(74) The zener diode is named after its inventor, Clarence Zener.

(75) The light-emitting diode produces a cool and soothing light.

(76) The Zener diode is named after its inventor, Clarence Zener.

(77) The varactor is a type of diode used in electronic circuits.

(78) The voltage drop across the diode was measured in millivolts.

(79) The laser diode is a crucial component in laser rangefinders.

(80) The laser diode is an integral part of laser therapy devices.

Sentence using diode

(81) The laser diode is commonly used in laser engraving machines.

(82) Collimate the laser diode to ensure efficient light emission.

(83) The electrical diode allows current to flow in one direction.

(84) The expert will solder out the defective diode and replace it.

(85) She unsolders the faulty diode and replaces it with a new one.

(86) The laser diode is an important part of laser therapy devices.

(87) The abvolts of the diode were preventing reverse current flow.

(88) The forward bias voltage is necessary for the diode to conduct.

(89) Forward biasing the diode allows it to function as a rectifier.

(90) The forward bias condition allows the diode to act as a switch.

Diode example sentence

(91) The forward biasing process increases the diode's conductivity.

(92) The voltage across the diode was 0.7 volts when forward biased.

(93) The laser diode is an essential part of laser cutting machines.

(94) The laser diode is an essential part of laser welding machines.

(95) The laser diode is an integral part of laser-based 3D printers.

(96) The diode conducts current only when a forward bias is applied.

(97) The light-emitting diode is a key component in LED televisions.

(98) The current gain of the diode affects its forward voltage drop.

(99) The reverse recovery time of a diode is an important parameter.

(100) Applying a positive voltage to the diode creates a forward bias.

Sentence with word diode

(101) The forward bias voltage determines the diode's forward current.

(102) The voltage across the zener diode remained constant at 5 volts.

(103) The cathode is responsible for the flow of electrons in a diode.

(104) A laser diode is commonly used in optical communication systems.

(105) The engineer unsolders the damaged diode and installs a new one.

(106) The impedance of a diode affects its ability to conduct current.

(107) The laser diode is a crucial component in laser distance meters.

(108) The light-emitting diode is a small and compact lighting source.

(109) The zener diode is commonly used in voltage regulation circuits.

(110) The current passing through the diode is limited to 5 milliamps.

Sentence of diode

(111) The Zener diode is a key component in voltage clamping circuits.

(112) The voltage over the circuit was rectified using a diode bridge.

(113) The forward bias current determines the diode's conduction level.

(114) The cathodes in the laser diode produced a focused beam of light.

(115) The laser diode is commonly used in laser stage lighting systems.

(116) The laser diode is commonly used in laser-based security systems.

(117) The passive component in this voltage regulator is a zener diode.

(118) The zener diode is a key component in voltage reference circuits.

(119) I replaced the old incandescent bulb with a light-emitting diode.

(120) The electrical diode allows electricity to flow in one direction.

Diode used in a sentence

(121) If the forward voltage of a diode is exceeded, it can be damaged.

(122) Many smartphones now feature organic light-emitting diode screens.

(123) The laser diode is commonly used in optical communication systems.

(124) Please remember to solder in the diode in the correct orientation.

(125) The forward voltage across the diode was measured to be 0.7 volts.

(126) Applying a forward bias to a PIN diode increases its conductivity.

(127) The input impedance of the diode affects the signal rectification.

(128) The light-emitting diode is a small and compact lighting solution.

(129) The Zener diode is a crucial component in many electronic devices.

(130) The Zener diode is an essential component in many analog circuits.

Diode sentence in English

(131) The electrical diode allows current to flow in only one direction.

(132) The forward voltage drop of a diode is typically around 0.7 volts.

(133) The forward bias condition is essential for diode-based amplifiers.

(134) Tunnel diodes are a type of diode that exhibit negative resistance.

(135) The zener diode is a crucial component in many electronic circuits.

(136) The reverse leakage current of a zener diode is typically very low.

(137) The zener diode is a critical component in many electronic devices.

(138) The current flowing through the diode is limited to 5 milliamperes.

(139) The flyback diode protects electronic circuits from voltage spikes.

(140) The volt across the zener diode was maintaining a constant voltage.

(141) Solder up the diode to the circuit to prevent reverse current flow.

(142) The reverse breakdown voltage of a diode is an important parameter.

(143) The current through a diode is exponential with respect to voltage.

(144) The forward voltage of this diode is lower than the reverse voltage.

(145) The diode's forward bias voltage drop is typically around 0.7 volts.

(146) The forward biasing technique is used to control the diode's output.

(147) The negative current flow was rectified by replacing a faulty diode.

(148) The current passing through the diode is limited to 10 milliamperes.

(149) The laser diode is the main component in laser hair removal devices.

(150) The laser diode is an important part of laser eye surgery equipment.

(151) The organic light-emitting diode is known for its energy efficiency.

(152) Applying a forward bias to a varactor diode changes its capacitance.

(153) The Zener diode is a key component in many audio amplifier circuits.

(154) The collimated laser diode was used in optical communication systems.

(155) The diode is a fundamental building block in many electronic devices.

(156) The varactor is a type of diode that exhibits a variable capacitance.

(157) The flyback diode in the motor circuit prevents damage from back EMF.

(158) The volage drop across the diode is necessary for proper functioning.

(159) The functional unit of a computer's optical drive is the laser diode.

(160) Applying a forward bias to a diode allows current to flow through it.

(161) The light-emitting diode is a popular choice for holiday decorations.

(162) The optical system of the laser diode emits a coherent beam of light.

(163) The Zener diode is a critical component in voltage reference sources.

(164) The low milliohm value of the diode ensured efficient power transfer.

(165) The forward biasing process reduces the diode's reverse recovery time.

(166) The forward voltage drop across a diode is typically around 0.7 volts.

(167) Applying a forward bias to the varactor diode changes its capacitance.

(168) The impedance of a diode can be controlled by applying a bias voltage.

(169) The Zener diode is used as a voltage regulator in electronic circuits.

(170) The digital multimeter has a built-in diode tester for checking diodes.

(171) The unsoldered diode caused the current to flow in the wrong direction.

(172) The volt around the diode was preventing current flow in one direction.

(173) The laser diode is a key component in laser-based spectroscopy systems.

(174) The current gain of the diode can be influenced by the applied voltage.

(175) The NPN diode allows current to flow from the collector to the emitter.

(176) The NPN diode is used to convert alternating current to direct current.

(177) The armatured diode was able to allow current to flow in one direction.

(178) The forward voltage drop of a zener diode is typically around 0.7 volts.

(179) The forward bias state is necessary for the diode to rectify AC signals.

(180) The laser diode is responsible for the precise cutting in laser surgery.

(181) The megohm rating of the diode was critical for the circuit's operation.

(182) The organic light-emitting diode offers vibrant and true-to-life colors.

(183) A zener diode can be used as a voltage reference in electronic circuits.

(184) The diode is employed to attenuate the voltage in the rectifier circuit.

(185) The forward voltage across the diode was maintained within a safe range.

(186) The light-emitting diode is a popular choice for architectural lighting.

(187) The Zener diode is a reliable and efficient voltage regulation solution.

(188) The varactor diode is used in tuning circuits to change the capacitance.

(189) It is crucial to double-check the polarity before soldering in the diode.

(190) The forward voltage of this Schottky diode is lower than a regular diode.

(191) The forward bias voltage can be adjusted to control the diode's behavior.

(192) The forward bias condition enables the diode to conduct in one direction.

(193) The forward bias voltage is crucial for the diode's forward voltage drop.

(194) The voltage drop across the rectifier diode was used to convert AC to DC.

(195) The light sensitive diode is used in remote controls to transmit signals.

(196) The laser diode is the primary light source in laser scanning microscopy.

(197) The volage across the zener diode remains constant regardless of current.

(198) The light-emitting diode is a reliable and energy-saving lighting option.

(199) The passive component in this voltage reference circuit is a zener diode.

(200) The resonant circuit in the laser diode controls the emission wavelength.

(201) The Zener effect is the phenomenon of voltage breakdown in a Zener diode.

(202) The forward bias mode allows the diode to function as a voltage regulator.

(203) The light sensitive diode emits light when exposed to certain wavelengths.

(204) The laser diode is responsible for the precise focusing of laser pointers.

(205) The laser diode is the main source of light in laser hair removal devices.

(206) The laser diode is an important component in laser-based security systems.

(207) The depolarised state of the laser diode prevented it from emitting light.

(208) The electrical discharge from the faulty diode caused the circuit to fail.

(209) The light-emitting diode is a reliable and long-lasting lighting solution.

(210) The light-emitting diode technology has transformed the lighting industry.

(211) The Schottky diode has a lower forward voltage drop than a standard diode.

(212) The power gain of this laser diode is crucial for efficient light emission.

(213) A zener diode is a type of electronic component used in voltage regulation.

(214) I'm going to use the multimeter to check if this diode is working properly.

(215) These beamsplitters are often used in laser diode modules for beam shaping.

(216) The light-emitting diode is a popular choice for energy-efficient lighting.

(217) The negative terminal of a diode allows current flow in one direction only.

(218) If the electrical diode is reversed, it will block the flow of electricity.

(219) The forward bias voltage drop across a diode is typically around 0.7 volts.

(220) The Zener diode is characterized by its breakdown voltage and power rating.

(221) Zener diodes are a type of diode that can operate in reverse breakdown mode.

(222) The light-emitting diode technology has revolutionized the display industry.

(223) The light-sensitive diode emits light when exposed to a specific wavelength.

(224) The light-sensitive diode is commonly used in optical communication systems.

(225) The forward bias condition is necessary for the operation of a tunnel diode.

(226) The p-type region of the diode is where the holes are the majority carriers.

(227) The commutating diode is used to protect the transistor from voltage spikes.

(228) If the temperature of a diode increases, its forward voltage drop decreases.

(229) The forward bias voltage is applied across the diode in the correct polarity.

(230) These collimators are used in laser diode modules for efficient beam shaping.

(231) The laser diode backscatters light to transmit data in optical communication.

(232) The spectral purity of the laser diode was crucial for precise laser cutting.

(233) The light-emitting diode technology has revolutionized the lighting industry.

(234) The Zener diode is a popular choice for voltage regulation in power supplies.

(235) The irradiance of the laser diode can be modulated for communication purposes.

(236) A light-emitting diode emits light when an electric current passes through it.

(237) OLED TVs, or organic light-emitting diode TVs, offer superior picture quality.

(238) The forward voltage drop of a diode depends on the current flowing through it.

(239) The invention of the light-emitting diode revolutionized the lighting industry.

(240) The voltage across the zener diode remained constant regardless of the current.

(241) The optronics technician is calibrating the laser diode for maximum efficiency.

(242) The breakdown voltage of a zener diode is typically specified in the datasheet.

(243) Shockley's research on the p-n junction led to the development of diode lasers.

(244) The light-emitting diode is a cost-effective lighting solution in the long run.

(245) The light-emitting diode is a reliable source of light in emergency situations.

(246) The voltage difference across the diode determines its forward or reverse bias.

(247) The voltage difference across the zener diode determines its breakdown voltage.

(248) The volt across the diode was preventing current flow in the reverse direction.

(249) Organic light-emitting diode technology is revolutionizing the display industry.

(250) Langmuir-Child law describes the current-voltage relationship in a vacuum diode.

(251) The breakdown voltage of a zener diode determines its operating characteristics.

(252) The voltage drop across the zener diode was used to regulate the output voltage.

(253) The organic light-emitting diode is a key component in virtual reality headsets.

(254) The organic light-emitting diode is a key component in high-end gaming monitors.

(255) Applying a forward bias to a Zener diode can cause it to break down and conduct.

(256) The Zener diode operates in the breakdown region to maintain a constant voltage.

(257) The potential difference across the diode determines its forward or reverse bias.

(258) The potential difference across the zener diode was used to regulate the voltage.

(259) The forward bias voltage across the zener diode determines its breakdown voltage.

(260) The light-emitting diode technology has significantly reduced energy consumption.

(261) The organic light-emitting diode emits light when an electric current is applied.

(262) OLED panels, or organic light-emitting diode panels, are used in digital signage.

(263) The Shockley diode is a type of semiconductor device used in electronic circuits.

(264) The organic light-emitting diode is commonly used in smartphones and televisions.

(265) The organic light-emitting diode produces vibrant and vivid colors on the screen.

(266) The resistance of the diode was negligible in comparison to the other components.

(267) The negative terminal of a diode is where the current is blocked in one direction.

(268) The voltage across a zener diode can be used to regulate the voltage in a circuit.

(269) The light-emitting diode is a popular choice for energy-efficient street lighting.

(270) The Zener diode is a versatile component with various applications in electronics.

(271) The voltage across a zener diode remains constant regardless of changes in current.

(272) The light-emitting diode technology has improved the efficiency of street lighting.

(273) The light-emitting diode is a popular choice for energy-efficient Christmas lights.

(274) The circuit circuited through the diode, allowing current to flow in one direction.

(275) The forward bias voltage is necessary to overcome the potential barrier in a diode.

(276) The organic light-emitting diode technology allows for thinner and lighter devices.

(277) The Zener voltage is the specific voltage at which a Zener diode starts conducting.

(278) The bandpass characteristic of the laser diode ensures precise wavelength selection.

(279) The reverse breakdown voltage of a zener diode is typically specified in datasheets.

(280) The forward bias state is necessary for the diode to emit infrared light in IR LEDs.

(281) The flyback diode in the circuit protects sensitive components from reverse voltage.

(282) The laser diode is responsible for the high-speed scanning in laser barcode readers.

(283) The ohmic characteristic of the diode allowed current to flow in only one direction.

(284) The drift velocity of electrons in a diode determines the direction of current flow.

(285) The organic light-emitting diode is used in the manufacturing of smart home devices.

(286) The forward bias current in a diode is directly proportional to the applied voltage.

(287) The organic light-emitting diode technology is revolutionizing the display industry.

(288) The zener diode is commonly used in power supplies to protect against voltage spikes.

(289) The fixed resistor is connected in parallel with the diode to limit the current flow.

(290) The light-emitting diode is a reliable and durable lighting solution for outdoor use.

(291) The forward current rating of a zener diode determines its maximum operating current.

(292) The passive component in this voltage multiplier circuit is a diode-capacitor ladder.

(293) The mho rating of a diode determines its ability to conduct current in one direction.

(294) The negative terminal of a diode is where the current flows in the opposite direction.

(295) The voltage difference across the diode allowed current to flow in one direction only.

(296) The light-emitting diode technology has made significant advancements in recent years.

(297) An optical coupler can be used to couple light from a laser diode to an optical fiber.

(298) The organic light-emitting diode technology allows for flexible and bendable displays.

(299) The light-emitting diode is a sustainable alternative to traditional lighting options.

(300) The organic light-emitting diode is a key component in flexible and bendable displays.

(301) The Zener diode is a non-linear device with a specific voltage-current characteristic.

(302) The forward bias state is achieved by connecting the diode to a positive voltage source.

(303) The laser diode is responsible for the high-speed data transmission in optical networks.

(304) Take note of the polarity when soldering in front of the diode for correct installation.

(305) The light-emitting diode is a versatile lighting option for both indoor and outdoor use.

(306) The light-emitting diode is a cost-effective lighting solution for commercial buildings.

(307) The light-emitting diode is a versatile lighting technology that is constantly evolving.

(308) The tunnel diode has a negative resistance region in its current-voltage characteristic.

(309) The main purpose of a zener diode is to maintain a constant voltage across its terminals.

(310) The organic light-emitting diode technology is being explored for use in medical devices.

(311) The diode is connected in series with the load, and the forward voltage drop is measured.

(312) The emissive characteristics of the laser diode ensure precise and focused light emission.

(313) The organic light-emitting diode offers faster response times for smoother video playback.

(314) The organic light-emitting diode is used in e-readers for comfortable reading experiences.

(315) OLED displays, or organic light-emitting diode displays, are becoming increasingly popular.

(316) The organic light-emitting diode is used in the production of energy-efficient light bulbs.

(317) The reverse breakdown voltage of a zener diode is carefully controlled during manufacturing.

(318) The breakdown voltage of a zener diode can be adjusted by doping the semiconductor material.

(319) A diode is commonly used in electrical circuits to allow current flow in only one direction.

(320) The electromotance of a diode determines its ability to allow current flow in one direction.

(321) The organic light-emitting diode is used in smartwatches for vibrant and always-on displays.

(322) The breakdown voltage of a zener diode is typically higher than the normal operating voltage.

(323) The spectral transmission of the laser diode was measured to ensure efficient light emission.

(324) The organic light-emitting diode is used in the production of high-quality computer monitors.

(325) The organic light-emitting diode is resistant to burn-in, ensuring long-term display quality.

(326) The organic light-emitting diode is used in medical devices for accurate and precise imaging.

(327) OLED, short for organic light-emitting diode, is commonly used in smartphones and televisions.

(328) The organic light-emitting diode is known for its energy efficiency and low power consumption.

(329) The organic light-emitting diode is a popular choice for wearable devices such as smartwatches.

(330) The organic light-emitting diode is used in virtual reality headsets for immersive experiences.

(331) The reverse breakdown voltage of a zener diode is typically lower than the forward voltage drop.

(332) OLED lighting, or organic light-emitting diode lighting, is known for its low power consumption.

(333) The organic light-emitting diode is a sustainable alternative to traditional lighting solutions.

(334) OLED TVs, or organic light-emitting diode TVs, provide a more immersive home theater experience.

(335) OLED smartphones, or organic light-emitting diode smartphones, offer vibrant and sharp displays.

(336) The organic light-emitting diode provides a wider viewing angle than other display technologies.

(337) The organic light-emitting diode is used in wearable devices for clear and bright notifications.

(338) The digital multimeter has a diode test function to check the forward and reverse bias of diodes.

(339) OLED displays, or organic light-emitting diode displays, are known for their wide viewing angles.

(340) OLED displays, or organic light-emitting diode displays, are known for their fast response times.

(341) The organic light-emitting diode is environmentally friendly as it does not require backlighting.

(342) The organic light-emitting diode is capable of displaying true blacks, enhancing contrast ratios.

(343) The reverse current through a zener diode increases rapidly once the breakdown voltage is reached.

(344) The temperature-coefficient of a diode affects its forward voltage drop at different temperatures.

(345) OLED technology, or organic light-emitting diode technology, is constantly evolving and improving.

(346) The characteristic curve of this diode shows the relationship between forward voltage and current.

(347) The chromatographically resolved peaks were analyzed for their purity using a diode array detector.

(348) OLED laptops, or organic light-emitting diode laptops, provide a more immersive viewing experience.

(349) The light-emitting diode is a versatile lighting solution for both indoor and outdoor applications.

(350) OLED screens, or organic light-emitting diode screens, provide deep blacks and high contrast ratios.

(351) The reverse breakdown voltage of a zener diode can be adjusted by doping the semiconductor material.

(352) The organic light-emitting diode is used in high-end gaming monitors for enhanced visual experience.

(353) The organic light-emitting diode technology is constantly evolving, leading to improved performance.

(354) The organic light-emitting diode is used in camera viewfinders for accurate framing and composition.

(355) The breakdown voltage of a zener diode can be accurately controlled during the manufacturing process.

(356) The organic light-emitting diode offers superior color reproduction compared to traditional displays.

(357) The organic light-emitting diode is less prone to motion blur compared to other display technologies.

(358) The organic light-emitting diode is more durable and has a longer lifespan than traditional displays.

(359) A light-emitting diode is a semiconductor device that emits light when an electric current is applied.

(360) The chromatographer used a diode array detector to obtain UV-visible spectra of the eluting compounds.

(361) The organic light-emitting diode technology is used in the automotive industry for dashboard displays.

(362) The characteristic curve of a diode is a graphical representation of its current-voltage relationship.

(363) If the reverse voltage of a diode is exceeded, it can break down and conduct in the reverse direction.

(364) The company used a bypass diode to protect their solar panels from damage during low light conditions.

(365) The main advantage of a zener diode is its ability to maintain a constant voltage across its terminals.

(366) The organic light-emitting diode technology is being explored for use in flexible and rollable screens.

(367) The diode in series with the battery prevents reverse current flow, protecting the battery from damage.

(368) The zener diode is a versatile component that finds applications in a wide range of electronic circuits.

(369) The light-emitting diode is a semiconductor device that emits light when an electric current is applied.

(370) The organic light-emitting diode technology is used in the production of high-resolution digital cameras.

(371) The thermionic diode is a type of electronic component that allows current to flow in only one direction.

(372) The organic light-emitting diode technology is being researched for use in flexible and rollable displays.

(373) The reverse breakdown voltage of a diode is the maximum voltage it can withstand in the reverse direction.

(374) The voltage across a zener diode is determined by its breakdown voltage and the current flowing through it.

(375) OLED screens, or organic light-emitting diode screens, are thinner and lighter than traditional LCD screens.

(376) The voltage suppressor diode is employed to attenuate the voltage spikes in the automotive electrical system.

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

(378) The organic light-emitting diode is used in aircraft displays for reliable and efficient information delivery.

(379) The organic light-emitting diode is a key component in transparent displays for augmented reality applications.

(380) The organic light-emitting diode technology is being researched for use in energy-efficient lighting solutions.

(381) The organic light-emitting diode is used in automotive displays for clear visibility in all lighting conditions.

(382) The organic light-emitting diode technology is expected to continue advancing and shaping the future of displays.

(383) The metal oxide semiconductor diode is a type of semiconductor device that allows current to flow in only one direction.

(384) The zener diode is placed in series with the voltage regulator, and it regulates the output voltage to a constant value.

(385) The diodes in this circuit are protected by a reverse polarity diode to prevent damage from incorrect power supply connections.

(386) If a diode is reverse-biased, it will not conduct current, but if it is forward-biased, it will allow current to flow through it.

(387) The diode, in series with the battery, prevents current from flowing in the wrong direction, and the fuse protects against overloading.

(388) If a diode is connected in parallel with a load, it can be used to regulate the voltage across the load, ensuring that it remains constant.

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