KS0460 keyestudio Logic DC Jack Module - Revision history

Keyestudio: /* Resource */

2021-03-04T01:19:44Z

Resource

← Older revision		Revision as of 01:19, 4 March 2021
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	==Resource==		==Resource==

	*'''Download all the relevant info from the link:'''<br>		*'''Download all the relevant info from the link:'''<br>
	https://~~1drv~~.~~ms/u~~/~~s!ArhgRvK6-RyJgi33316VRjoTqW7a?e=W0Ncxn~~		https://fs.keyestudio.com/KS0460

	<br>		<br>

	<br>		<br>

	==Buy from ==		==Buy from ==
	*[https://keyestudio.com/keyestudio-logic-dc-jack-module-for-arduino-p0603.html '''Official Website''']		*[https://keyestudio.com/keyestudio-logic-dc-jack-module-for-arduino-p0603.html '''Official Website''']

Keyestudio: /* Description */

2020-01-16T06:38:58Z

Description

← Older revision		Revision as of 06:38, 16 January 2020
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	When the switch is toggled at the "ON" terminal, logic and function are implemented, and the IN1 level and the IN2 level are combined to obtain the OUT level.<br>		When the switch is toggled at the "ON" terminal, logic and function are implemented, and the IN1 level and the IN2 level are combined to obtain the OUT level.<br>
	The working voltage of the module is 5V. <br>		The working voltage of the module is 5V. <br>
	There are two power ~~supply modes~~. ~~One connects~~ 5V power supply to ~~the module~~ GND VCC; the ~~other connects~~ the DC 5.5-15V power supply to the black DC head of the module. <br>		There are two ways for supplying power. The first way is to connect 5V power supply to GND and VCC; the aother way is to connect the DC 5.5-15V power supply to the black DC head of the module. <br>
	<span style="color:red"><br>'''Special Note: When the module is connected to external power supply and other MCUs. The module must be connected to the microcontroller for common (GND) ground connection.''' </span><br>		<span style="color:red"><br>'''Special Note: When the module is connected to external power supply and other MCUs. The module must be connected to the microcontroller for common (GND) ground connection.''' </span><br>

	<br>		<br>

	== Technical parameters ==		== Technical parameters ==
	* Working voltage: DC 5V		* Working voltage: DC 5V

Keyestudio: /* Buy from */

2019-12-25T06:12:21Z

Buy from

← Older revision		Revision as of 06:12, 25 December 2019
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	<br>		<br>
	==Buy from ==		==Buy from ==
	*[ '''Official Website''']		*[https://keyestudio.com/keyestudio-logic-dc-jack-module-for-arduino-p0603.html '''Official Website''']


	*[ ''' Shop on Aliexpress ''']

Keyestudio at 06:10, 25 December 2019

2019-12-25T06:10:09Z

← Older revision		Revision as of 06:10, 25 December 2019
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	== Description ==		== Description ==
	When we design program to do experiments, we often need to use logical transformation. <br>		When we design program to do experiments, we often need to use logical transformation. <br>
	The keyestudio Logic DC jack module comes with a logic conversion function that includes AND gates and ~~NOR~~ gates.<br>		The keyestudio Logic DC jack module comes with a logic conversion function that includes AND gates and NOT gates.<br>
	When in use, the toggle switch is turned to the "OFF" terminal, there is no output; when the toggle switch is toggled at the "SW1" terminal, the logic ~~NOR~~ gate function is implemented, and the IN1 input level and the OUT output level are opposite; <br>		When in use, the toggle switch is turned to the "OFF" terminal, there is no output; when the toggle switch is toggled at the "SW1" terminal, the logic NOT gate function is implemented, and the IN1 input level and the OUT output level are opposite; <br>
	When the switch is toggled at the "ON" terminal, logic and function are implemented, and the IN1 level and the IN2 level are combined to obtain the OUT level.<br>		When the switch is toggled at the "ON" terminal, logic and function are implemented, and the IN1 level and the IN2 level are combined to obtain the OUT level.<br>
	The working voltage of the module is 5V. <br>		The working voltage of the module is 5V. <br>

Keyestudio: /* Wiring diagram */

2019-09-24T05:27:56Z

Wiring diagram

← Older revision		Revision as of 05:27, 24 September 2019
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	<br>		<br>
	== Wiring diagram ==		== Wiring diagram ==
	<br>[[Image:Ks0460-3.png\|~~500px~~\|frameless]]<br>		<br>[[Image:Ks0460-3.png\|600px\|frameless]]<br>

	== Test Code ==		== Test Code ==

Keyestudio at 05:27, 24 September 2019

2019-09-24T05:27:45Z

← Older revision		Revision as of 05:27, 24 September 2019
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	[[Image:Ks0460-1.png\|500px\|frameless]]<br>		[[Image:Ks0460-1.png\|500px\|frameless\|right]]<br>

	<br>		<br>
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	The working voltage of the module is 5V. <br>		The working voltage of the module is 5V. <br>
	There are two power supply modes. One connects 5V power supply to the module GND VCC; the other connects the DC 5.5-15V power supply to the black DC head of the module. <br>		There are two power supply modes. One connects 5V power supply to the module GND VCC; the other connects the DC 5.5-15V power supply to the black DC head of the module. <br>
	'''Special Note: When the module is connected to external power supply and other MCUs. The module must be connected to the microcontroller for common (GND) ground connection.'''<br>		<span style="color:red"><br>'''Special Note: When the module is connected to external power supply and other MCUs. The module must be connected to the microcontroller for common (GND) ground connection.''' </span><br>

	<br>		<br>

	== Technical parameters ==		== Technical parameters ==
	* Working voltage: DC 5V		* Working voltage: DC 5V
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	digitalWrite(IN2,HIGH);		digitalWrite(IN2,HIGH);
	delay(1000);		delay(1000);
	}</pre>		}
			</pre>
	<br>		<br>

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	<br>		<br>


	<br>		<br>

Keyestudio: /* Resource */

2019-09-24T03:29:51Z

Resource

← Older revision		Revision as of 03:29, 24 September 2019
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	<br>		<br>


			<br>
			==Buy from ==
			*[ '''Official Website''']

			*[ ''' Shop on Aliexpress ''']


			<br>

			[[category:Module]]

Keyestudio: /* Test Code */

2019-09-24T03:26:38Z

Test Code

← Older revision		Revision as of 03:26, 24 September 2019
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	pinMode(IN1,OUTPUT);		pinMode(IN1,OUTPUT);
	pinMode(IN2,OUTPUT);		pinMode(IN2,OUTPUT);
	}~~</pre>~~		}

	void loop() {		void loop() {
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	digitalWrite(IN2,HIGH);		digitalWrite(IN2,HIGH);
	delay(1000);		delay(1000);
	}		}</pre>
	~~*******************************~~
	<br>		<br>

Keyestudio: /* Test Code */

2019-09-24T03:26:18Z

Test Code

← Older revision		Revision as of 03:26, 24 September 2019
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	== Test Code ==		== Test Code ==
	<~~Pre~~>		<pre>
	#define IN1 2		#define IN1 2
	#define IN2 3		#define IN2 3

Keyestudio: /* Test Code */

2019-09-24T03:26:01Z

Test Code

← Older revision		Revision as of 03:26, 24 September 2019
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	== Test Code ==		== Test Code ==
	~~*******************************~~		<Pre>
	#define IN1 2		#define IN1 2
	#define IN2 3		#define IN2 3
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	pinMode(IN1,OUTPUT);		pinMode(IN1,OUTPUT);
	pinMode(IN2,OUTPUT);		pinMode(IN2,OUTPUT);
	}		}</pre>

	void loop() {		void loop() {
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	*******************************		*******************************
	<br>		<br>

	== Test Result ==		== Test Result ==
	According to the wiring diagram, upload the test code successfully. After power-on, when the toggle switch is turned to the “OFF” end, the red LED is off; when the toggle switch is toggled at the “SW1” end, press the reset button on UNO R3 board, the red LED is on for 1 second, off for 4 seconds, alternately and circularly; when the toggle switch is toggled on the "ON" end, press the reset button on UNO R3 board, the red LED is off for 1 second, on for 2 seconds, and then off for 1 second, on for 1 second, alternately and circularly.		According to the wiring diagram, upload the test code successfully. After power-on, when the toggle switch is turned to the “OFF” end, the red LED is off; when the toggle switch is toggled at the “SW1” end, press the reset button on UNO R3 board, the red LED is on for 1 second, off for 4 seconds, alternately and circularly; when the toggle switch is toggled on the "ON" end, press the reset button on UNO R3 board, the red LED is off for 1 second, on for 2 seconds, and then off for 1 second, on for 1 second, alternately and circularly.