Pulse Width Modulation in a sentence
(1) Pulse width modulation is widely used in power inverters.
(2) Pulse width modulation is widely used in audio amplifiers.
(3) Pulse width modulation is used in LED dimming applications.
(4) Pulse width modulation is used in battery charging systems.
(5) Pulse width modulation is used in voltage regulation circuits.
(6) Pulse width modulation is a key component in power electronics.
(7) Pulse width modulation is a popular method for dimming LED lights.
(8) The speed of a motor can be adjusted using pulse width modulation.
(9) Pulse width modulation is often used in motor control applications.
(10) Pulse width modulation is employed in motor speed control circuits.
Pulse Width Modulation sentence
(11) Pulse width modulation is used in power factor correction circuits.
(12) Pulse width modulation allows for precise control of power delivery.
(13) The pulse width modulation technique is commonly used in electronics.
(14) Pulse width modulation allows for precise control of the output signal.
(15) The pulse width modulation technique is utilized in voltage regulators.
(16) Pulse width modulation is a technique used in switch-mode power supplies.
(17) The frequency of pulse width modulation affects the resolution of control.
(18) Pulse width modulation is a fundamental concept in electrical engineering.
(19) The pulse width modulation technique is commonly used in power electronics.
(20) Pulse width modulation is a technique used in digital communication systems.
Pulse Width Modulation make sentence
(21) Pulse width modulation is used in robotics for precise control of movements.
(22) The pulse width modulation technique is commonly used in electronic devices.
(23) The pulse width modulation technique is employed in motor speed controllers.
(24) The concept of pulse width modulation is commonly used in electronic devices.
(25) Pulse width modulation is a fundamental concept in digital signal processing.
(26) The multivibrator circuit can be used in pulse width modulation applications.
(27) The square wave signal is commonly used in pulse width modulation techniques.
(28) Pulse width modulation is a versatile technique used in various applications.
(29) Pulse width modulation is a technique used in electronic musical instruments.
(30) The duty cycle of pulse width modulation determines the brightness of an LED.
Sentence of pulse width modulation
(31) Pulse width modulation is an efficient way to control the speed of a DC motor.
(32) Pulse width modulation is used in solar power systems to regulate energy flow.
(33) Pulse width modulation is commonly used in robotics for precise motor control.
(34) Pulse width modulation is an essential technique in switch-mode power supplies.
(35) The pulse width modulation technique is commonly employed in electronic devices.
(36) The duty cycle of pulse width modulation determines the average power delivered.
(37) Pulse width modulation is used in motor drives for controlling torque and speed.
(38) The pulse width modulation technique is employed in servo motor control systems.
(39) Pulse width modulation is an efficient method for controlling the speed of a fan.
(40) Pulse width modulation is a technique used to control the width of a pulse signal.
Pulse Width Modulation meaningful sentence
(41) Pulse width modulation is widely used in power electronics for voltage regulation.
(42) Pulse width modulation is a key technique in modern digital communication systems.
(43) Pulse width modulation is used in battery charging systems to optimize efficiency.
(44) Pulse width modulation is an effective way to control the speed of a fan or blower.
(45) Pulse width modulation is used in solar power systems to optimize energy conversion.
(46) Pulse width modulation is employed in power inverters for converting DC to AC power.
(47) Pulse width modulation is used in automotive applications for controlling actuators.
(48) Pulse width modulation is used in telecommunications for efficient data transmission.
(49) Pulse width modulation is a technique used to control the width of electrical pulses.
(50) Pulse width modulation is employed in frequency converters for variable speed drives.
Pulse Width Modulation sentence examples
(51) Pulse width modulation is commonly used in industrial automation for precise control.
(52) Pulse width modulation is an important technique in power factor correction circuits.
(53) Pulse width modulation is an effective way to control the intensity of a light source.
(54) In audio applications, pulse width modulation is used for digital-to-analog conversion.
(55) The pulse width modulation technique is used in audio amplifiers for signal processing.
(56) Pulse width modulation is used in wireless communication systems for signal modulation.
(57) The accuracy of pulse width modulation is crucial in applications such as servo control.
(58) Pulse width modulation is employed in telecommunication systems for signal transmission.
(59) Pulse width modulation is a versatile method for controlling the brightness of a display.
(60) Pulse width modulation is used in pulse oximeters for measuring oxygen saturation levels.
Sentence with pulse width modulation
(61) Pulse width modulation is commonly used in audio applications to control the volume level.
(62) Pulse width modulation is used in automotive applications for controlling various systems.
(63) Pulse width modulation is an effective method for controlling the brightness of a display.
(64) Pulse width modulation is used in voltage-controlled oscillators for frequency modulation.
(65) The advantages of pulse width modulation include high efficiency and low power dissipation.
(66) Pulse width modulation is an essential component in the design of switching power supplies.
(67) Pulse width modulation is commonly used in robotics for precise control of motor movements.
(68) Pulse width modulation is employed in frequency converters for variable speed applications.
(69) The duty cycle in pulse width modulation determines the amount of power delivered to a load.
(70) The frequency of the pulse signal in pulse width modulation affects the overall performance.
Use pulse width modulation in a sentence
(71) The implementation of pulse width modulation requires a pulse generator and a control circuit.
(72) Pulse width modulation is an effective method for controlling the brightness of a light source.
(73) Pulse width modulation is used in digital-to-analog converters for accurate signal reproduction.
(74) Pulse width modulation is used in automotive applications for controlling fuel injection systems.
(75) The pulse width modulation technique is used in solar power systems to maximize energy conversion.
(76) The pulse width modulation technique is utilized in audio amplifiers for efficient power delivery.
(77) The pulse width modulation technique is employed in voltage regulators for stable output voltages.
(78) The pulse width modulation technique is utilized in pulse oximeters for measuring oxygen saturation.
(79) The pulse width modulation technique is employed in digital power amplifiers for audio reproduction.
(80) Pulse width modulation is employed in voltage-controlled oscillators for generating precise waveforms.
(81) The pulse width modulation technique is utilized in electronic musical instruments for sound synthesis.
(82) The pulse width modulation technique is employed in battery charging systems for optimal charging rates.
(83) The pulse width modulation technique is used in pulse oximeters for accurate measurement of oxygen saturation levels.
Pulse Width Modulation meaning
Pulse width modulation (PWM) is a widely used technique in electronics and electrical engineering to control the amount of power delivered to a load. It involves varying the width of a pulse signal while keeping the frequency constant. PWM is commonly employed in applications such as motor speed control, power converters, audio amplifiers, and LED dimming. To effectively use the term "pulse width modulation" in a sentence, consider the following tips:
1. Define the term: When introducing the phrase, provide a brief explanation of what pulse width modulation means.
For example, "Pulse width modulation (PWM) is a technique used to control the power delivered to a load by varying the width of a pulse signal while maintaining a constant frequency."
2. Contextualize the application: Specify the specific application or device where pulse width modulation is utilized. This helps the reader understand the relevance of the term in the given context. For instance, "In motor speed control systems, pulse width modulation is employed to regulate the amount of power delivered to the motor, thereby controlling its speed."
3. Highlight advantages: Emphasize the benefits of using pulse width modulation in a particular application. This showcases the significance of the technique and its impact on the overall system performance.
For example, "By utilizing pulse width modulation in power converters, the efficiency of the system is significantly improved, resulting in reduced power losses and enhanced energy conversion."
4. Explain the process: Elaborate on how pulse width modulation works and the steps involved in implementing it. This provides a deeper understanding of the concept and its practical implementation. For instance, "Pulse width modulation involves generating a square wave signal with a fixed frequency. The width of the pulses within the signal is then modulated to control the average power delivered to the load."
5. Provide examples: Offer specific examples of how pulse width modulation is used in real-world scenarios. This helps the reader visualize the application and reinforces the understanding of the term. For instance, "In audio amplifiers, pulse width modulation is employed to convert the audio signal into a high-frequency pulse train, which is then amplified and filtered to reproduce the original audio waveform accurately."
6. Discuss related terms: Mention other related concepts or techniques that are closely associated with pulse width modulation. This demonstrates a comprehensive understanding of the topic and provides additional information for the reader.
For example, "Pulse width modulation is often used in conjunction with a low-pass filter to remove the high-frequency components and obtain a smooth analog output signal."
7. Conclude with significance: Summarize the importance of pulse width modulation in the field of electronics and its impact on various applications. This leaves the reader with a clear understanding of the term's relevance and potential future developments. For instance, "Pulse width modulation is a fundamental technique in modern electronics, enabling precise control of power delivery and efficient operation of various devices. Its versatility and widespread use make it an essential tool for engineers in numerous industries." By following these tips, you can effectively incorporate the term "pulse width modulation" into your writing, providing a comprehensive understanding of the concept and its applications.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Pulse Width Modulation. They do not represent the opinions of TranslateEN.com.