Buzzer En - 편집 역사

2025년 3월 27일 (목) 05:08에 ArduWiki님의 편집

2025-03-27T05:08:40Z

← 이전 판		2025년 3월 27일 (목) 14:08 판
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	'''Music Playback''': A device that plays simple melodies or sound effects		'''Music Playback''': A device that plays simple melodies or sound effects
	'''Games''': Sound effects or victory/defeat notification sounds in games		'''Games''': Sound effects or victory/defeat notification sounds in games


	~~== '''Purchase Link''' ==~~

	* '''[https://gongzipsa.com/shop/search.php?q=%EB%B6%80%EC%A0%80 GONGZIPSA]'''

ArduWiki: /* 4-1. Circuit Configuration */

2024-08-09T01:32:39Z

4-1. Circuit Configuration

← 이전 판		2024년 8월 9일 (금) 10:32 판
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			==== 4-3. Execution Result ====

	4-3. Execution Result

	Video attachment to be provided		Video attachment to be provided

ArduWiki: /* Purchase Link */

2024-08-09T01:32:14Z

Purchase Link

← 이전 판		2024년 8월 9일 (금) 10:32 판
304번째 줄:		304번째 줄:
	== '''Purchase Link''' ==		== '''Purchase Link''' ==

	* '''[https://gongzipsa.com/shop/search.php?q=%EB%B6%80%EC%A0%80 ~~공집사몰~~]'''		* '''[https://gongzipsa.com/shop/search.php?q=%EB%B6%80%EC%A0%80 GONGZIPSA]'''

ArduWiki: /* Distinction between Active and Passive Buzzers */

2024-08-09T01:29:56Z

Distinction between Active and Passive Buzzers

2024년 8월 9일 (금) 01:22에 ArduWiki님의 편집

2024-08-09T01:22:30Z

← 이전 판		2024년 8월 9일 (금) 10:22 판
4번째 줄:		4번째 줄:

	== '''Overview''' ==		== '''Overview''' ==
	A buzzer is a device that generates sound and is used in various projects with microcontroller boards like Arduino to play alarm sounds, ~~notifications~~, music, etc. Buzzers are mainly divided into Active Buzzers and Passive Buzzers.		A buzzer is a device that generates sound and is used in various projects with microcontroller boards like Arduino to play alarm sounds, warning sounds, music, etc. Buzzers are mainly divided into Active Buzzers and Passive Buzzers.

2024년 8월 9일 (금) 01:18에 ArduWiki님의 편집

2024-08-09T01:18:32Z

← 이전 판		2024년 8월 9일 (금) 10:18 판
1번째 줄:		1번째 줄:
	{{#seo:\|title=~~아두위키~~ : ~~아두이노 부저 가이드~~\|title_mode=append\|keywords=~~아두이노~~, ~~정보과학~~, ~~메이커학습~~, ~~수행평가~~, 부저, ~~아두이노 작품~~, ~~캡스톤작품~~, ~~아두이노 예제코드~~\|description=~~아두이노로 부저를 제어하는 방법~~(~~기본정보~~, 회로, ~~예제 코드~~)~~을 소개합니다~~. ~~정보과학과 메이커수업에 활용가능합니다~~.}}		{{#seo:\|title=Arduwiki : Arduino Buzzer Guide\|title_mode=append\|keywords=Arduino, Information Science, Maker Learning, Performance Assessment, Buzzer, Arduino Project, Capstone Project, Arduino Example Code\|description=This introduces how to control a buzzer with Arduino (basic information, circuit, example code). It can be used in Information Science and Maker classes.}}

	[[파일:부저 사진.jpg\|가운데\|class=coders100]]		[[파일:부저 사진.jpg\|가운데\|class=coders100]]

ArduWiki: ArduWiki님이 Passive Buzzer 문서를 넘겨주기를 만들지 않고 Buzzer En 문서로 이동했습니다

2024-08-09T01:16:23Z

ArduWiki님이 Passive Buzzer 문서를 넘겨주기를 만들지 않고 Buzzer En 문서로 이동했습니다

← 이전 판	2024년 8월 9일 (금) 10:16 판
(차이 없음)

ArduWiki: /* Circuit Configuration */

2024-08-09T01:15:45Z

Circuit Configuration

← 이전 판		2024년 8월 9일 (금) 10:15 판
42번째 줄:		42번째 줄:

	Connect the + terminal of the buzzer to a digital pin on the Arduino.		Connect the + terminal of the buzzer to a digital pin on the Arduino.
	Connect the - terminal of the buzzer to the GND of the Arduino. [[~~File~~:~~buzzer_circuit~~.png\|~~center~~\|class=coders100]]		Connect the - terminal of the buzzer to the GND of the Arduino.

			[[파일:수동부저 회로.png\|가운데\|class=coders100]]

	=== When there are 3 Pins ===		=== When there are 3 Pins ===

2024년 8월 9일 (금) 01:15에 ArduWiki님의 편집

2024-08-09T01:15:03Z

← 이전 판		2024년 8월 9일 (금) 10:15 판
5번째 줄:		5번째 줄:
	== '''Overview''' ==		== '''Overview''' ==
	A buzzer is a device that generates sound and is used in various projects with microcontroller boards like Arduino to play alarm sounds, notifications, music, etc. Buzzers are mainly divided into Active Buzzers and Passive Buzzers.		A buzzer is a device that generates sound and is used in various projects with microcontroller boards like Arduino to play alarm sounds, notifications, music, etc. Buzzers are mainly divided into Active Buzzers and Passive Buzzers.


	== '''Active Buzzer and Passive Buzzer''' ==		== '''Active Buzzer and Passive Buzzer''' ==
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	'''Active Buzzer''' : It produces sound immediately when power is connected.		'''Active Buzzer''' : It produces sound immediately when power is connected.
	'''Passive Buzzer''' : It does not produce sound when power is connected, and sound is generated only when a frequency signal is input.		'''Passive Buzzer''' : It does not produce sound when power is connected, and sound is generated only when a frequency signal is input.


	== '''Circuit Configuration''' ==		== '''Circuit Configuration''' ==
	The form of the buzzer may vary depending on the product, but the circuit is configured based on the same principle.		The form of the buzzer may vary depending on the product, but the circuit is configured based on the same principle.
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	=== 1. Controlling the Active Buzzer ===		=== 1. Controlling the Active Buzzer ===
	This is an example of the active buzzer ringing 3 times.		This is an example of the active buzzer ringing 3 times.


	==== 1-1. Circuit Configuration ====		==== 1-1. Circuit Configuration ====
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	You can modify this example to play other melodies.		You can modify this example to play other melodies.


	==== 4-1. Circuit Configuration ====		==== 4-1. Circuit Configuration ====
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	~~아래는 요청하신 한글 부분의 영어 번역입니다.~~

	~~====~~ 4-3. Execution Result ~~====~~

			4-3. Execution Result

	Video attachment to be provided		Video attachment to be provided


	== '''Other Usage Examples''' ==		== '''Other Usage Examples''' ==

2024년 8월 9일 (금) 01:12에 ArduWiki님의 편집

2024-08-09T01:12:23Z

차이 보기

← 이전 판		2024년 8월 9일 (금) 10:29 판
12번째 줄:		12번째 줄:
	The active buzzer has an internal oscillation circuit that generates sound automatically when powered. It is easy to control and is mainly used to produce a sound at a constant frequency (without adjusting the pitch).		The active buzzer has an internal oscillation circuit that generates sound automatically when powered. It is easy to control and is mainly used to produce a sound at a constant frequency (without adjusting the pitch).

	'''Simple Control''' : It generates sound just by turning the power on and off.		* '''Simple Control''' : It generates sound just by turning the power on and off.
	'''Constant Frequency''' : It only produces sound at a specific frequency.		* '''Constant Frequency''' : It only produces sound at a specific frequency.


	=== Passive Buzzer ===		=== Passive Buzzer ===
	Unlike the active buzzer, which generates sound automatically when powered, a passive buzzer requires frequency control to produce sound. It can generate sounds of various frequencies using PWM (Pulse Width Modulation) signals, making it useful for playing melodies or various tones.		Unlike the active buzzer, which generates sound automatically when powered, a passive buzzer requires frequency control to produce sound. It can generate sounds of various frequencies using PWM (Pulse Width Modulation) signals, making it useful for playing melodies or various tones.

	'''Complex Control''' : The frequency must be controlled externally or through software.		* '''Complex Control''' : The frequency must be controlled externally or through software.
	'''Various Frequencies''' : It can produce sounds of various frequencies.		* '''Various Frequencies''' : It can produce sounds of various frequencies.


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	This is a method of distinguishing based on appearance, but it may not be a definitive method as labeling can vary by product.		This is a method of distinguishing based on appearance, but it may not be a definitive method as labeling can vary by product.

	'''Active Buzzer''' : It usually has a label indicating "Active" or a specific frequency (e.g., "5V 12kHz").		* '''Active Buzzer''' : It usually has a label indicating "Active" or a specific frequency (e.g., "5V 12kHz").
	'''Passive Buzzer''' : It often does not have a label indicating "Passive" or any frequency.		* '''Passive Buzzer''' : It often does not have a label indicating "Passive" or any frequency.
	==== 2. Testing ====		==== 2. Testing ====
	The most certain method is to set up a simple circuit and differentiate them through testing.		The most certain method is to set up a simple circuit and differentiate them through testing.

	'''Active Buzzer''' : It produces sound immediately when power is connected.		* '''Active Buzzer''' : It produces sound immediately when power is connected.
	'''Passive Buzzer''' : It does not produce sound when power is connected, and sound is generated only when a frequency signal is input.		* '''Passive Buzzer''' : It does not produce sound when power is connected, and sound is generated only when a frequency signal is input.