Sensorkit X40. You can find code-examples and software on our website

Similar documents
Sensorkit X40. You can find code-examples and software on our website

Shock Sensor Module This module is digital shock sensor. It will output a high level signal when it detects a shock event.

Make: Sensors. Tero Karvinen, Kimmo Karvinen, and Ville Valtokari. (Hi MAKER MEDIA SEBASTOPOL. CA

Introduction to Electronics and Breadboarding Circuits

5v AC R. 12v. 1kohm. F=35KHz oscilloscope. 3 Final Project OFF. ON Toggle Switch. Relay 5v 2N3906 2N uF LM311. IR Detector +5v GND LED PNP NPN

MAKEVMA502 BASIC DIY KIT WITH ATMEGA2560 FOR ARDUINO USER MANUAL

IT.MLD900 SENSORS AND TRANSDUCERS TRAINER. Signal Conditioning

HAW-Arduino. Sensors and Arduino F. Schubert HAW - Arduino 1

Basic Microprocessor Interfacing Trainer Lab Manual

Touchless Control: Hand Motion Triggered Light Timer

Nano v3 pinout 19 AUG ver 3 rev 1.

Model Number: GOTT-PIM-1300

Electronics (JUN ) General Certificate of Secondary Education June Thursday 5 June pm to 3.30 pm. Time allowed 2 hours

Brick Challenge. Have fun doing the experiments!

Electronics II. Calibration and Curve Fitting

Electronic Components

2 Thermistor + Op-Amp + Relay = Sensor + Actuator

LAB PROJECT 2. Lab Exercise

AO-1505-THM ZigBee Temperature and Humidity Sensor

LaserPING Rangefinder Module (#28041)

Instrument Cluster Display. Grant Scott III Erin Lawler Mike Carlson

Class #9: Experiment Diodes Part II: LEDs

SGD 70-A 7 PanelPilotACE Compatible Display

Objectives: Learn what an Arduino is and what it can do Learn what an LED is and how to use it Be able to wire and program an LED to blink

Acceleration sensors With relay output for limit monitoring Analog / CANopen

Introduction to Arduino HW Labs

List of Items Available in the Laboratory the Lab

Modern Robotics Inc. Sensor Documentation

LAB 1 AN EXAMPLE MECHATRONIC SYSTEM: THE FURBY

GCSE Electronics. Scheme of Work

Robotics & Embedded Systems (Summer Training Program) 4 Weeks/30 Days

Texas Instruments Sensing Technologies

Lab 5: Arduino Uno Microcontroller Innovation Fellows Program Bootcamp Prof. Steven S. Saliterman

A very quick and dirty introduction to Sensors, Microcontrollers, and Electronics

Basic Electronics Refresher

Internet of Things (Winter Training Program) 6 Weeks/45 Days

PCB & Circuit Designing (Summer Training Program) 6 Weeks/ 45 Days PRESENTED BY

TV Remote. Discover Engineering. Youth Handouts

ELECTRIC CIRCUITS AND ELECTRONICS

Electronics Design Laboratory Lecture #11. ECEN 2270 Electronics Design Laboratory

DET: Technological Studies Applied Electronics Intermediate 2

Lesson 4 Examples of the Sensors. Chapter-7 L04: "Internet of Things ", Raj Kamal, Publs.: McGraw-Hill Education

Lecture 4: Basic Electronics. Lecture 4 Brief Introduction to Electronics and the Arduino

CUSTOM MADE EMBEDDED AUTOMATION SYSTEMS FOR SMART HOMES PART 1: PRELIMINARY STUDY

Sensing. Autonomous systems. Properties. Classification. Key requirement of autonomous systems. An AS should be connected to the outside world.

SGD 70-A 7 PanelPilotACE Compatible Display

VMA502 BASIC DIY KIT WITH ATMEGA2560 FOR ARDUINO USER MANUAL

Hydra: A Three Stage Power Converter

In the Mr Bit control system, one control module creates the image, whilst the other creates the message.

Opto-mechanical Orientation Sensor SFH 7710 Application Note

Product overview. Features. Product specifications. Order codes. 1kΩ Resistance Output Module

Pressure Transmitter SIL

Digital Multifunctional RC-Soundmodule TBS Mini V2

Analog Servo Drive. Continuous Current. Features

ELEXBO A-Car-Engineering

Advanced Mechatronics 1 st Mini Project. Remote Control Car. Jose Antonio De Gracia Gómez, Amartya Barua March, 25 th 2014

Series SPPM2 Graphical User Interface Panel Meter. Specifications - Installation and Operating Instructions MINI USB PORT

Bohunt School (Wokingham) Internet of Things (IoT) and Node-RED

KUBE Electronics AG. KUBE TR156 Universal PIR Circuit IC. For PIR Motion and Presence Detectors. Applications. Features

Sensor, Op-amp comparator, and output revision.

Electronics Design Laboratory Lecture #10. ECEN 2270 Electronics Design Laboratory

Embedded Systems & Robotics (Winter Training Program) 6 Weeks/45 Days

Unit 1 Electronics Name: Form:

Arduino: Sensors for Fun and Non Profit

Department of Mechatronics Engineering

Prelab: Introduction and Greenhouse Construction

EE 308 Spring S12 SUBSYSTEMS: PULSE WIDTH MODULATION, A/D CONVERTER, AND SYNCHRONOUS SERIAN INTERFACE

Data Sheet. HEDB-9100 and HEDB-9000 Two Channel Optical Incremental Encoder Modules Bundle With Codewheel. Description. Features.

Specifications.

Index. n A. n B. n C. Base biasing transistor driver circuit, BCD-to-Decode IC, 44 46

SGD 43-A 4.3 PanelPilotACE Compatible Display

ADC5000 SERIES. AC/DC Switch Mode Power Supplies and Rectifiers for Industrial and Telecom Applications. 60W, 125W and 250 W

GCSE DESIGN AND TECHNOLOGY SYSTEMS AND CONTROL TECHNOLOGY

Published by: PIONEER RESEARCH & DEVELOPMENT GROUP ( 1

AVL-10000T AUDIO VIDEO LINK TRANSMITTER TECHNICAL MANUAL

Data Sheet. HEDS-9710, HEDS-9711 Small Optical Encoder Modules 360 Ipi Analog Current Output. Features. Description. Block Diagram.

Photologic Dual Channel Encoder OPB950Z, OPB951

SGD 43-A 4.3 PanelPilotACE Compatible Display

THE INPUTS ON THE ARDUINO READ VOLTAGE. ALL INPUTS NEED TO BE THOUGHT OF IN TERMS OF VOLTAGE DIFFERENTIALS.

Analog Servo Drive. Peak Current 16 A (11.3 A RMS )

Blue Point Engineering

GCSE (9-1) WJEC Eduqas GCSE (9-1) in ELECTRONICS ACCREDITED BY OFQUAL DESIGNATED BY QUALIFICATIONS WALES SAMPLE ASSESSMENT MATERIALS

FABO ACADEMY X ELECTRONIC DESIGN

INSTANT ROBOT SHIELD (AXE408)

Laser Marking Cards and Laser Marking Software

DESCRIPTION DIMENSIONS HOW TO ORDER

LEDs and Sensors Part 2: Analog to Digital

Multi-Stage Power Conversion Proposal

PRESENTED BY HUMANOID IIT KANPUR

Lecture 6. Interfacing Digital and Analog Devices to Arduino. Intro to Arduino

MD03-50Volt 20Amp H Bridge Motor Drive

Color Stabilization of RGB LEDs in an LED Backlighting Example Application Note

1.52 (0.060) 20.8 (0.82) 11.7 (0.46) 1.78 ± 0.10 (0.070 ± 0.004) 2.92 ± 0.10 (0.115 ± 0.004) (0.400)

Series GLET Accessory for dataloggers series GL in modular enclosure

Sten-Bot Robot Kit Stensat Group LLC, Copyright 2013

EVERLIGHT ELECTRONICS CO., LTD.

Figure 1: Basic Relationships for a Comparator. For example: Figure 2: Example of Basic Relationships for a Comparator

Arduino Based Intelligent Parking Assistance System

Compact, Low-Cost Solutions

introduction to Digital Electronics Install the Arduino IDE on your laptop if you haven t already!

Transcription:

Sensorkit X40 You can find code-examples and software on our website www.joy-it.net/sensorkit/

Dear customer, thank you for purchasing our product. Please find our instructions below: Pin-Assignment The pin-assignment is also shown in the description of the sensors. Please find the used numbering on the left side. It is marked that the contact-pins are pointing away, to the right, from the board. We recommend to use Dupontcables to connect the sensors to a breadboard or directly to the experimental board.

KY-001 Temperature Sensor Module Chipset: DS18B20 Communicationprotocoll: 1-Wire 9-12Bit exact temperature measurement in measurementrange from 55 C to +125 C KY-002 Shock-Switch Module The contact between the two input pins is connected when a shock is detected KY-003 Hall Magnetic-Field-Sensor Module Chipset A3141 Sensortype: Hall Effect Transistor/Switch The transistor connects when the module is near by a magnetic field. This can be measured as an analog value at the signal output. KY-004 Button-Module While pressing the button, two signal outputs are connected KY-005 Infrared Transmitter Module A diode which emits infrared light Depending on the input voltage, a resistor is necessary 2 - [N.C.]

KY-006 Passive Piezo-Buzzer Module Controlled with PWM-signals in different frequencies, different sounds can be produced. KY-009 RGB LED SMD Module LED-Module which contains a red, blue and green LED. These are connected with a common cold cathode. Depending on the input voltage, a resistor is necessary KY-010 Light-barrier-Module The connection between to input pins is interrupted if the light-barrier is interrupted. 2 - LED Green 3 - LED Red 4 - LED Blue KY-011 2-color [Red+Green] 5mm LED Module LED-Module which contains a red and a green LED. These are connected with a common cathode. Depending on the input voltage, a resistor is necessary KY-012 Active Piezo-Buzzer Module Tonfrequenz: 2,5kHz voltage-powered, this active buzzer creates a sound with a frequency of 2,5 khz 1 - LED Green 2 - LED Red

KY-013 Temperature-Sensor Module Temperature measuring range: -55 C / +125 C This module contains a NTC Thermistor this has a declining resistor-value when the temperature is rising. KY-015 Combination-Sensor Temperature+Humidity Chipset: DHT11 Communicationprotocoll: 1-Wire Measuring range humidity: 20-90%RH Measuring range temperature: 0-50 C KY-016 RGB 5mm LED Module LED-Module which contains a red, blue and green LED which are connected with a common cathode. Depending on the input voltage, a resistor can be necessary KY-017 Tilt Switch Module Depending on the tilt, a switch connects the input pins. 1 - +V 2 - GND 2 - LED Red 3 - LED Green 4 - LED Blue KY-018 Photoresistor Module Conains a LDR-resistor ist resistor-value is declining if the environment is getting brighter.

KY-019 5V Relais Module Voltage range: 240VAC / 10A 28VDC / 10A A relais to toggle higher voltages with a 5V output. Security information: VDC =< 30V Higher voltages can result in extremely dangerous injuries. KY-020 Tilt-Switch-Module Depending on the tilt, a switch connects the input pins. 1 - [ - ] 2 - [ + ] KY-021 Mini Magnet Reed Module If a magnetic field is detected, both input pins are connected KY-022 Infrared Receiver Module Carrier frequency: 38kHz Can receive infared signals and writes them to the signal output as an digital sequence. KY-023 Joystick Module (XY-Axes) X and Y position of the joystick are transferred as analog voltage to the output pins. 1 - Button 2 - Y-Position 3 - X-Position 4 - +V 5- GND

KY-024 Linear magnetic Hall Sensor Chipset: A3141 OP-Amplifier: LM393 The magnetic field is measured by the sensor and transferred as an analog voltage. The sensitivity of the sensor can be adjusted with the potentiometer. Digital Output: If a flame is detected, a signal is given here Analog Output: Direct measured value of the sensor unit KY-025 Reed Module If a magnetic field is detected, its given out to the digital output. KY-026 Flame-Sensor Module The mounted photodiode is sensitive to the spectral range of light which are created by flames. Digital Output: A signal is given out if a flame is detected Analog Output: Direct measurement value of the sensor KY-016 RGB 5mm LED Module LED-Module which contains a red, blue and green LED which are connected with a common cathode. Depending on the input voltage, a resistor can be necessary KY-028 Temperature Sensor Module (Thermistor) Temperature measurement range: -55 C / +125 C This module contains a NTC Thermistor it has a declining resistor value on a raising temperature. Analog output: direct measurement of the temperature sensor Digital otuput: If the temperature is rising above a limit, its given out here. The limit can be controlled with the potentiometer. 4 - analog signal 4 - analog signal 4 - analog signal 1 - LED 2 - Signal 3 - +V 4 - GND 4 - analog signal

KY-029 2-color [Red+Green] 3mm LED Module LED-Module which contains a red and a green LED. These are connected with a common cathode. Depending on the input voltage, a resistor can be necessary KY-031 Knock-Sensor Module If the sensor is exposed to a knock/shock, both output pins are connected. 1 - LED Gren 2 - LED Red KY-032 Obstacle Detection Module If the emitted infared light hits an obstacle, the light is being reflected and detected by the photodiode. The detection rage can be controlled with the two controllers. 1 - [EN] 2 - digital signal 3 - +V KY-033 Tracking Sensor Module The sensor-module recognizes if a light-reflecting or lightabsorbing surface is in front of the sensor. The digital output is giving out the result. This e.g. can be used to follow a line. The sensitivity of the sensor can be controlled with the con- KY-034 7 color LED Flash-Module If this module is powered, a sequence of color-changes is emitted by the LED. This contains 7 different colors. Depending on the input voltage, a resistor can be necessary 2 - [N.C.]

KY-035 Bihor Magnet Sensor Module Chipset: AH49E The sensor gives an analog voltage to its output which shows the intensitiy of a magnetic field. KY-036 Metal-Touchsensor Module Gives out a signal if the front metal tip is touched. The sensitivity can be controlled with the controller. Digital output: If a touch is detected, its given out here 4 - analog signal KY-037 Microphone Sensor Module [high sensitivity] Analog output: direct microphone-signal as voltage level Digital output: A limit can be set with the potentiometer. The digital output toggles if the limit is reached. KY-038 Microphone Sound Sensor Module Analog output: direct microphone-signal as voltage level Digital output: A limit can be set with the potentiometer. The digital output toggles if the limit is reached. KY-039 Heartbeat Sensor Module If a finger is palced between the diode and the phototransistor, the pulse can be measured at the signaloutput. 4 - analog signal 4 - analog Signal (black) (white) (grey)

KY-040 Rotary Encoder The current position of the rotary switch is given out coded on the output. 1 - [CLK] 2 - [DT] 3 - Button 4 - +V KY-050 Ultrasonic-Distancesensor If a signal (falling peak) is given to the trigger-input, a distance measurement is executed and given out as a PWM-TTL signal to the echo-output. Measureable distance: 2cm 300cm KY-051 Voltage Translator / Level Shifter Measurement-resolution: 3mm This level-shifter transfers digital signals from a voltage into another. 4 channels are available which can be used. 2 - Echo 3 - Trigger 4 - +V PIN-assignment is printed to the module-board KY-052 Pressuresensor / Temperaturesensor [BMP280] This pressure sensor measures the air pressure at the sensor output (small hole on the silver sensor housing) and outputs the result coded on the I2C bus. A software is necessary to use this sensor 1 - SD0 2 - CSB 3 - [SDA] 4 - [SDL] 5 - VCC GND KY-053 Analog Digital Converter With appropriate commands to the I2C-Bus, up to 4 analog inputs can be measured to an accuracy of up to 16 Bit. The result is given out coded to the I2C-Bus. A software is necessary to use this sensor PIN-assignment is printed to the module-board

Software und Codexamples On our website www.joy-it.net/sensorkit/ we offer a collection of code-examples for e.g. the Arduino and the Raspberry Pi. For some modules (e.g. the analog-digital-converter) you need an additional software to read the measurement results. You can find these also on our website. Voltage Level Depending on the experimentalboard/microconrollersystem you use, different voltagelevels can occur. Please note the voltage supply and also the compatibility of the input voltage of the used systems. For example, older Arduino-Systems tolerate 5V input voltages, but to the Raspberry Pi, signals above 3.3V must not be applied. You can find further informations in your systems manual/datasheet. To avoid the mentioned problem, you can find the KY-051 Voltage Translator / Level Shifter in the set. This allows you a safe operation on structures with different voltage levels. You can find an accurate listing of which sensor can be used with which voltage on our website www.joy-it.net/sensorkit/

You can find more supplies for Raspberry Pi and Arduino on our website: www.joy-it.net Recommenda- 3.2 TFT Touchscreen Display Resolution 320x240 Interface SPI Can be plugged directly to the Raspberry PI StromPi V2 Widerange power supply with USV-function for Raspberry PI and other computers with USB power supply 6-61V DC voltage input Output: 5V @3A Joy-IT is a trademark of Simac Electronics Handel GmbH Pascalstr. 8 47506 Neukirchen-Vluyn