“SN-01B WIRE CRIMPING TOOL (20-28AWG – 0.08-0.5 MM) for Non-Insulated Terminal” has been added to your cart. View cart

-15%

Click to enlarge

DC Voltage Sensor 0V to 25V

Specifications:

Input Voltage: 0 to 25V
Voltage Detection Range: 0.02445 to 25
Analog Voltage Resolution: 0.00489V
Needs no external components
Easy to use with Microcontrollers
Small, cheap and easily available

SKU: RDNA-E615

Apple Shopping Event

Hurry and get discounts on all Apple devices up to 20%

Sale_coupon_15

Original price was: ₹41.30.Current price is: ₹35.00. (Inc. GST)
₹29.66 (+18% GST Extra)

In stock

0 days 00 hr 00 min 00 sc

In stock

For bulk orders or B2B inquiries, please contact us at: [email protected]

Add to compare

Add to wishlist

11 People watching this product now!

Pick up from the RoboticsDNA Store in Pune / Dunzo

To pick up today

Free

Same Day Delivery in Pune

(Mon-Sat) (Please Place Order Before 1:30 PM)

Rs. 99

via Delhivery.com (Express Mode)

Our courier will deliver to the specified address

3-5 Days

Rs. 149

via Delhivery.com (Surface Mode)

Our courier will deliver to the specified address

4-7 Days

Rs. 69

Payment Methods:

Description

DC Voltage Sensor works with Arduino analog input voltages up to 5 v, the voltage detection module input voltage should not exceed 5Vx5=25V (if using 3.3V systems, input voltage should not exceed 3.3Vx5=16.5V). Most AVR chips have 10-bit AD, so this module simulates a resolution of 0.00489V (5V/1023), so the minimum voltage of input voltage detection module is 0.00489Vx5=0.02445V.

Connecting

Pin Vcc in the Sensor –> +5V in Arduino
Pin GND in the Sensor –> GND in the Arduino
Pin S in the Sensor –> Analog pin in Arduino such as A1

You may also look for:

- Arduino board.
- Raspberry pi .

for tutorial .click here.

Package Include:

1 x DC Voltage Sensor 0V to 25V

Specification

Overview

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

Processor

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

Display

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

RAM

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

Storage

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

Video Card

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

Connectivity

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

Features

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

Battery

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }

General

Arduino Code	int val11; int val2; void setup() { pinMode(LED1,OUTPUT); Serial.begin(9600); Serial.println(“www.tdegypt.com”); Serial.println(“Voltage: “); Serial.print(“V”); } void loop() { float temp; val11=analogRead(1); temp=val11/4.092; val11=(int)temp; val2=((val110)/10); Serial.println(val2); delay(1000); }