UV Detection Sensor Module VEML6075 VEML6070 UVA UVB S12SD GY-8511 ML8511 Ultraviolet Ray Module Light Sensor For Arduino

UV Detection Sensor Module VEML6075 VEML6070 UVA UVB S12SD GY-8511 ML8511 Ultraviolet Ray Module Light Sensor For Arduino

$94.41

$94.41 $0.00

Color CJMCU-6070 CJMCU-6075 UV Detection Sensor GY-8511 GUVA-S12SD

Description

SPECIFICATIONS

Brand Name: Your Cee

Compatible Brand/Model: None

High-concerned chemical: none

Model Number: UV Detection Sensor Module

Origin: Mainland China

Smart Electronics: Switch And Sensor For Arduino STM

VEML6075 UVA UVB Sensor

Introduction:

The
VEML6075 is an advanced CMOS ultraviolet (UV) light sensor that detects
UVA in the UVA and UVB bands. By integrating signal conditioning ICs,
photodiodes, amplifiers, and analog/digital circuits in a single chip,
the VEML6075's small package size provides excellent measurement
capabilities for handheld devices, wearable devices, and health
monitoring and fitness devices. Ideal choice. High dynamic detection
accuracy. The UV sensor contains an 8-bit command register that can be
written via the I2C bus. All operations are controlled through this
command register, and its simple command structure allows engineers to
easily program operational settings and latch optical data from the
sensor. With 16-bit resolution, the sensor converts photovoltaic UV
sensitivity into digital data with excellent temperature compensation.

Parameter:

IIC communication frequency: 10KHz~400KHz

Pin interface:

SCL: IIC clock signal line

SDA: IIC data signal line

VCC, GND power supply positive and negative

Instructions for use:

SCL
is connected to A5, SDA is connected to A4, VCC is connected to 5V, GND
is grounded, and the routine program is downloaded to For Arduino For
UNO R3. The sensor is illuminated by different distances with strong
light, and the serial port prints and outputs ultraviolet UVA, UVB and
UVI.

VEML6070UVA Sensor

Introduction:

The
VEML6070 is an advanced CMOS ultraviolet (UV) light sensor that
integrates a signal conditioning IC, photodiode, amplifier, and
analog/digital circuitry in a single chip. The VEML6070 is available in a
small package size of 2.35x1.8x1.0mm. Excellent measurement
capabilities make it ideal for handheld devices, wearable devices, and
health monitoring and fitness devices.

High
dynamic detection accuracy. The UV sensor contains an 8-bit command
register that can be written via the I2C bus. All operations are
controlled through this command register, and its simple command
structure allows engineers to easily program operational settings and
latch optical data from the sensor. The sensor's 16-bit resolution
converts PV-Vibration sensitivity to digital data and an active response
feature that allows the UVI alert to be issued based on a programmable
threshold. It features excellent temperature compensation and powerful
refresh rate settings without the need for an external RC low-pass
filter.

Parameter:

Working voltage: 2.7V~5.5V

IIC communication frequency 10K~400KHz

Rated current is 250μA (power mode) and 1μA (standby mode)

Spectral sensitivity range UVA: 320~410nm,

Typical power density of 5μW/cm2/step

Maximum detection capability of 328mW/cm2

Working temperature: -40 ° C ~ 80 ° C

Pin interface:

SCL: IIC clock signal line

SDA: IIC data signal line

ACK: alarm signal line

VCC, GND power supply positive and negative

instructions for use:

SCL
is connected to A5, SDA is connected to A4, VCC is connected to 5V, GND
is grounded, and the routine program is downloaded to for Arduino for
UNO R3. The sensor is illuminated by different distances with a strong
light, and the serial port prints and outputs ultraviolet light.

GUVA-S12SD

This
UV detection module uses a GaN-based Schottky photodiode with high
responsiveness and low dark current. The onboard LM358 amplifier
amplifies the weak signal from the photodiode output. All components are
1% accurate. Manufacturing. Used in UV testers, UV watches, outdoor
sports equipment, mobile phones, etc.

Parameter:

Wide detection wavelength range: 240nm-370nm
Large angle: 130 degrees

Power supply 5V, SIG amplification analog voltage signal output

GY-8511

Description:

The
ML8511 breakout is an easy to use ultraviolet light sensor The MP8511
UV (ultraviolet) Sensor works by outputing an analog signal in relation
to the amount of UV light that's detected This breakout can be very
handy in creating devices that warn the.. user of sunburn or detect the
UV index as it relates to weather conditions.

This
sensor detects 280-390nm light most effectively. This is categorized as
part of the UVB (burning rays) spectrum and most of the UVA (tanning
rays) spectrum. It outputs a analog voltage that is linearly related to
the measured UV intensity (mW / cm2). If your microcontroller can do an
analog to digital signal conversion then you can detect the level of UV!

OKI
(OKI) to launch the built-in operational amplifier ultraviolet (UV)
sensor IC - ML8511. The use of silicon coated product (SOI) on the
insulating -CMOS, the company's first analog voltage output, no filter
UV sensor.

OKI's
UV sensor IC is easy thanks to the high degree of integration of
SOI-CMOS technology, suitable for digital and analog circuits. OKI, said
the company's future will utilize this expertise to strengthen the
connection of the microprocessor digital output circuit, and then with
the brightness control sensor sensing type (Ambient Light Sensor)
constitute a single chip lineup of merchandise; hope not only to future
products done for the day at a glance the amount of UV, and ready to
grasp the degree of risk decorative UV measurement equipment, and will
promote the application to appliances, portable field equipment.

ML8511
UV light can be used with an analog voltage output proportional to the
amount. Since the output voltage can therefore be directly connected to
the MCU built A / D digital / analog converter, no photoelectric
converting circuit. And the use of small, low-profile surface-mount
package, suitable for use in portable devices.

UV Detection Sensor

Product parameters:

Working voltage: 3.3V-5V
Output voltage: DC 0-1V (corresponding to UV index 0-10)
Test accuracy: ±1UV INDEX
Response wavelength: 200nm-370nm
Stable operation: -20 ° C -85 ° C
Response time: less than 0.5 seconds
Operating current: typical value 0.06mA maximum 0.1mA

Wiring:

VCC- is the positive input port of the power supply, and is connected to the voltage of 3.3V-5V
GND-GND is the negative input of the power supply
OUT-OUT is the analog signal output port, which links the I/O port of the MCU

Note: The
I/O port of the MCU should be set to input mode/receive mode, otherwise
it will not be used. Other MCUs, or more advanced control boards such
as Arm, must be set to input mode/receive mode if the I/O port needs to
be set to input/output mode, otherwise it cannot be used. The 51 series
MCU can be used directly, no need to set the input and output mode.

Application:

Designed for applications requiring high reliability and accuracy in measuring UV Index (UVI)
Suitable for measuring the total amount of ultraviolet light in sunlight
Against the World Health Organization UV Index Grading Standard
Detecting UV wavelength: 200-370 nm
Very fast response and full interchangeability

UV index chart: