Microwave Radar Detector Module RCWL-0516 - Revision history

Tinel: /* Adjustment Part Introduction */

2020-12-26T12:49:51Z

Adjustment Part Introduction

← Older revision		Revision as of 12:49, 26 December 2020
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	== Adjustment Part Introduction ==		== Adjustment Part Introduction ==
	* C-TM		=== C-TM ===

	Adjust repeat trigger time,default trigger time is 2s;increasing capacitor's capacity will make repeat trigger time longer;and actual counting trigger time can operate as below:		Adjust repeat trigger time,default trigger time is 2s;increasing capacitor's capacity will make repeat trigger time longer;and actual counting trigger time can operate as below:
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	[[File:Signallaenge vs Kapazitaet-RCWL-0516.png\|center\|frame\|time versus capacy for C-TM]]		[[File:Signallaenge vs Kapazitaet-RCWL-0516.png\|center\|frame\|time versus capacy for C-TM]]

	* R-GN		=== R-GN ===

	Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m		Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m
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	# R-GN = 100 kΩ: 0 Meter (keine Bewegung wird erkannt)		# R-GN = 100 kΩ: 0 Meter (keine Bewegung wird erkannt)

	* R-CDS		=== R-CDS ===

	Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS ,CDS connects with photoresistor,you can close detection function at night		Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS ,CDS connects with photoresistor,you can close detection function at night
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	In order to record this quantitatively, I connected various resistors to R-CDS and a potentiometer to CDS. Then I tested at which limit resistance OUT becomes active or inactive. Here, too, there was a linear relationship. The OUT pin becomes active (or inactive) when the LDR reaches a resistance that is around a third of the resistance at R-CDS.		In order to record this quantitatively, I connected various resistors to R-CDS and a potentiometer to CDS. Then I tested at which limit resistance OUT becomes active or inactive. Here, too, there was a linear relationship. The OUT pin becomes active (or inactive) when the LDR reaches a resistance that is around a third of the resistance at R-CDS.
	[[File:R-LDR-vs-R-CDS-RCWL-0516.png\|center\|frame\|~~time versus capacy for C-TM~~]]		[[File:R-LDR-vs-R-CDS-RCWL-0516.png\|center\|frame\|Resistor trip graph]]

	== Pin Definition ==		== Pin Definition ==

Tinel: /* Adjustment Part Introduction */

2020-12-26T12:49:03Z

Adjustment Part Introduction

← Older revision		Revision as of 12:49, 26 December 2020
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	Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m		Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m

	* without resistor: ca. 6 Meter		# without resistor: ca. 6 Meter
	* R-GN = 1 MΩ: ca. 4.5 Meter		# R-GN = 1 MΩ: ca. 4.5 Meter
	* R-GN = 470 kΩ: ca. 2.5 Meter		# R-GN = 470 kΩ: ca. 2.5 Meter
	* R-GN = 270 kΩ: ca. 1.5 Meter		# R-GN = 270 kΩ: ca. 1.5 Meter
	* R-GN = 100 kΩ: 0 Meter (keine Bewegung wird erkannt)		# R-GN = 100 kΩ: 0 Meter (keine Bewegung wird erkannt)

	* R-CDS		* R-CDS

Tinel: /* Adjustment Part Introduction */

2020-12-26T12:47:55Z

Adjustment Part Introduction

← Older revision		Revision as of 12:47, 26 December 2020
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	Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m		Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m

			* without resistor: ca. 6 Meter
			* R-GN = 1 MΩ: ca. 4.5 Meter
			* R-GN = 470 kΩ: ca. 2.5 Meter
			* R-GN = 270 kΩ: ca. 1.5 Meter
			* R-GN = 100 kΩ: 0 Meter (keine Bewegung wird erkannt)

	* R-CDS		* R-CDS

	Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS ,CDS connects with photoresistor,you can close detection function at night		Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS ,CDS connects with photoresistor,you can close detection function at night


			If you use the motion sensor to switch on a lamp, then it makes perfect sense to deactivate this function in daylight. As already mentioned, you either solder an LDR to the CDS connector on the module or you attach an LDR to the CDS pin. But that alone is not enough, because it deactivates your OUT even in the dark. You also have to attach a resistor to R-CDS. The size of this resistance determines at which brightness the OUT signal becomes active again.

			In order to record this quantitatively, I connected various resistors to R-CDS and a potentiometer to CDS. Then I tested at which limit resistance OUT becomes active or inactive. Here, too, there was a linear relationship. The OUT pin becomes active (or inactive) when the LDR reaches a resistance that is around a third of the resistance at R-CDS.
			[[File:R-LDR-vs-R-CDS-RCWL-0516.png\|center\|frame\|time versus capacy for C-TM]]

	== Pin Definition ==		== Pin Definition ==

Tinel: /* Adjustment Part Introduction */

2020-12-26T12:41:01Z

Adjustment Part Introduction

← Older revision		Revision as of 12:41, 26 December 2020
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	Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768		Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768
	[[File:Signallaenge vs Kapazitaet-RCWL-0516.png]]		[[File:Signallaenge vs Kapazitaet-RCWL-0516.png\|center\|frame\|time versus capacy for C-TM]]

	* R-GN		* R-GN

Tinel: /* Adjustment Part Introduction */

2020-12-26T12:39:20Z

Adjustment Part Introduction

← Older revision		Revision as of 12:39, 26 December 2020
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	Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768		Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768
	[File:Signallaenge vs Kapazitaet-RCWL-0516.png]		[[File:Signallaenge vs Kapazitaet-RCWL-0516.png]]

	* R-GN		* R-GN

Tinel: /* Adjustment Part Introduction */

2020-12-26T12:39:10Z

Adjustment Part Introduction

← Older revision		Revision as of 12:39, 26 December 2020
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	Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768		Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768
			[File:Signallaenge vs Kapazitaet-RCWL-0516.png]

	* R-GN		* R-GN

Tinel at 10:19, 24 March 2019

2019-03-24T10:19:39Z

@@ Line 10: / Line 10: @@
 RCWL-0516 Microwave Radar Sensor Switch Module Human Induction Detector
-Product Introduction:
+RCWL-0516 microwave radar sensor switch module human sensor module intelligent sensor detector sensing distance of about 5-7 meters
 == Adjustment Part Introduction ==

Tinel at 10:19, 24 March 2019

2019-03-24T10:19:18Z

← Older revision		Revision as of 10:19, 24 March 2019
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	! scope="col"\| Value		! scope="col"\| Value
	\|-		\|-
	! scope="row"\| ~~Input~~ Voltage		! scope="row"\| Operating Voltage
	\| ~~3.2V~~-~~40V~~		\| 4-28V
	\|-		\|-
	! scope="row"\| ~~Output Voltage~~		! scope="row"\| Operating Current
	\| 1.~~25V-35V~~		\| 2.8mA (typical);3mA (max)
	\|-		\|-
	! scope="row"\| Output Current		! scope="row"\| Output Current
	\| 3A(max)		\| 3A(max)
	\|-		\|-
	! scope="row"\| ~~Transfer Efficiency~~		! scope="row"\| Detection Distance
	\| ~~92%~~(max)		\| 5-9m
			\|-
			! scope="row"\| Transmitting Power
			\| 20mW (typical);30mW (max)
			\|-
			! scope="row"\| Output Voltage
			\| 3.2-3.4V
			\|-
			! scope="row"\| Output Voltage Driving Capacity
			\| 100mA
			\|-
			! scope="row"\| Trigger Way
			\| repeat trigger
			\|-
			! scope="row"\| Output Control Low Level
			\| 0V
			\|-
			! scope="row"\| Output Control High Level
			\| 3.3V
	\|-		\|-
	! scope="row"\| ~~Switching Frequency~~		! scope="row"\| Operating Temperature
	\| ~~65KHz~~		\| -20~80 celsius
	\|-		\|-
	! scope="row"\| ~~Module Size~~		! scope="row"\| Storage Temperature
	\| ~~43mm(length)*21mm(width)~~		\| -40~100 celsius
	\|-		\|-
	! scope="row"\| Stock		! scope="row"\| Stock
	\| ~~10pcs~~		\| 30pcs
	\|}		\|}

Tinel at 10:14, 24 March 2019

2019-03-24T10:14:45Z

← Older revision		Revision as of 10:14, 24 March 2019
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	Product Introduction:		Product Introduction:
	1.Operating Voltage:4-28V		* 1.Operating Voltage:4-28V
	2.Operating Current:2.8mA (typical);3mA (max)		* Operating Current:2.8mA (typical);3mA (max)
	3.Detection Distance:5-9m		* Detection Distance:5-9m
	4.Transmitting Power:20mW (typical);30mW (max)		* Transmitting Power:20mW (typical);30mW (max)
	5.Output Voltage:3.2-3.4V		* Output Voltage:3.2-3.4V
	6.Output Voltage Driving Capacity:100mA		* Output Voltage Driving Capacity:100mA
	7.Trigger Way:repeat trigger		* Trigger Way:repeat trigger
	8.Output Control Low Level:0V		* Output Control Low Level:0V
	9.Output Control High Level:3.3V		* Output Control High Level:3.3V
	~~10.~~Operating Temperature:-20~80 celsius		* Operating Temperature:-20~80 celsius
	~~11.~~Storage Temperature:-40~100 celsius		* Storage Temperature:-40~100 celsius
	~~12.~~RCWL-0516 microwave radar sensor switch module human sensor module intelligent sensor detector sensing distance of about 5-7 meters		* RCWL-0516 microwave radar sensor switch module human sensor module intelligent sensor detector sensing distance of about 5-7 meters

			== Adjustment Part Introduction ==
			* C-TM

	~~Adjustment Part Introduction:~~
	~~1.C-TM~~
	Adjust repeat trigger time,default trigger time is 2s;increasing capacitor's capacity will make repeat trigger time longer;and actual counting trigger time can operate as below:		Adjust repeat trigger time,default trigger time is 2s;increasing capacitor's capacity will make repeat trigger time longer;and actual counting trigger time can operate as below:

	Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768		Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768

	2.R-GN		* R-GN

	Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m		Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m

	3.R-CDS		* R-CDS

	Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS ,CDS connects with photoresistor,you can close detection function at night		Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS ,CDS connects with photoresistor,you can close detection function at night

	Pin Definition:		== Pin Definition ==
	1.3V3:3V3 power output		* 3V3:3V3 power output
	2.GND:ground		* GND:ground
	3.OUT:control output;when detect moving objects,it will output high level		* OUT:control output;when detect moving objects,it will output high level
	4.VIN:input voltage,4-28V		* VIN:input voltage,4-28V
	5.CDS:enable control chip,lower than 0.7V,OUT will output low level all the time		* CDS:enable control chip,lower than 0.7V,OUT will output low level all the time

	[[File:RCWL-0516.jpg\|thumb\|Buck converter top]]		[[File:RCWL-0516.jpg\|thumb\|Buck converter top]]

Tinel: Created page with "== Features == {| class="wikitable" style="float:right; margin-left: 10px;" | {{FULLPAGENAME}} | {{#qrlite:{{fullurl:{{FULLPAGENAME}}}}|format=svg|size=2|ecc=1|margin=0}} |-..."

2019-03-24T10:11:19Z

Created page with "== Features == {| class="wikitable" style="float:right; margin-left: 10px;" | {{FULLPAGENAME}} | {{#qrlite:{{fullurl:{{FULLPAGENAME}}}}|format=svg|size=2|ecc=1|margin=0}} |-..."

New page

== Features ==

{| class="wikitable" style="float:right; margin-left: 10px;"
| {{FULLPAGENAME}}
| {{#qrlite:{{fullurl:{{FULLPAGENAME}}}}|format=svg|size=2|ecc=1|margin=0}}
|-
| colspan="2"| {{fullurl:{{FULLPAGENAME}}}}
|}

RCWL-0516 Microwave Radar Sensor Switch Module Human Induction Detector

Product Introduction:
1.Operating Voltage:4-28V
2.Operating Current:2.8mA (typical);3mA (max)
3.Detection Distance:5-9m
4.Transmitting Power:20mW (typical);30mW (max)
5.Output Voltage:3.2-3.4V
6.Output Voltage Driving Capacity:100mA
7.Trigger Way:repeat trigger
8.Output Control Low Level:0V
9.Output Control High Level:3.3V
10.Operating Temperature:-20~80 celsius
11.Storage Temperature:-40~100 celsius
12.RCWL-0516 microwave radar sensor switch module human sensor module intelligent sensor detector sensing distance of about 5-7 meters

Adjustment Part Introduction:
1.C-TM
Adjust repeat trigger time,default trigger time is 2s;increasing capacitor's capacity will make repeat trigger time longer;and actual counting trigger time can operate as below:
Stick capacitor on C-TM,test 9196 3-pin frequency F,repeat trigger time T=(1/f)*32768

2.R-GN
Detection distance adjustment;connect with resistor and detection distance will become shorter;if not connect,detection distance is 7m;if connect with 1M ohm resistor,detection distance is 5m

3.R-CDS
Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS ,CDS connects with photoresistor,you can close detection function at night

Pin Definition:
1.3V3:3V3 power output
2.GND:ground
3.OUT:control output;when detect moving objects,it will output high level
4.VIN:input voltage,4-28V
5.CDS:enable control chip,lower than 0.7V,OUT will output low level all the time

[[File:RCWL-0516.jpg|thumb|Buck converter top]]

== Specifications ==

{| class="wikitable"
|-
! scope="col"| Parameter
! scope="col"| Value
|-
! scope="row"| Input Voltage
| 3.2V-40V
|-
! scope="row"| Output Voltage
| 1.25V-35V
|-
! scope="row"| Output Current
| 3A(max)
|-
! scope="row"| Transfer Efficiency
| 92%(max)
|-
! scope="row"| Switching Frequency
| 65KHz
|-
! scope="row"| Module Size
| 43mm(length)*21mm(width)
|-
! scope="row"| Stock
| 10pcs
|}

== Link to buy ==

https://www.ebay.com/itm/10pcs-Mini-Power-Supply-Step-Down-Module-LM2596s-3A-DC-to-DC-Buck-Converter/263576748379?ssPageName=STRK%3AMEBIDX%3AIT&_trksid=p2057872.m2749.l2649