IoT Basic Sensor Circuits Trainer Set
Product Name : IoT Basic Sensor Circuits Trainer Set
Model: LA-IBSCT
Technical Specifications:
Module One:
Chapter 1 Photo Sensor Circuits
Experiment 1: CdS Sensor Circuit
Operating Wave length: 500 nm – 580 nm
Experiment 2: Photo Diode circuit
Operating Wave length: 76nm – 1000 nm
Experiment 3: Phototransistor Circuit
Operating Wave length: 430nm – 670 nm
Experiment 4: Photo Interrupter Circuit
Operating Wave length: 940 nm
Module Two:
Chapter 2 Switch Sensor circuit
Experiment 1: Tilt Switch Circuit
Conduction Angel: 55-125 deg.
SW Normal State: ON
Operating State: LED Indicator
Experiment 2: Micro Switch Circuit
SW Normal State: OFF
Operating State: LED Indicator
Experiment 3: Touch Switch Circuit
SW Normal State: OFF
Operating State: LED Indicator
Experiment 4: Reed Switch Circuit
SW Normal State: OFF
Operating State: LED Indicator
Experiment 5: Vibration Switch Circuit
SW Normal State: ON
Operating State: LED Indicator
Module Three:
Chapter 3 Temperature Sensor circuit
Experiment 1: MCP9701 Temperature Sensor Circuit
Measurement Range: – 40˚C to +125˚C
Accuracy (max.): ± 4˚C @ (0˚C to +70˚C)
Experiment 2: LM335 Temperature Sensor Circuit
Measurement Range: – 40˚C to +100˚C
Accuracy (max.): ± 2˚C @ 25˚C
Experiment 3: TC620 Temperature Sensor Circuit
Experiment4: TC74 Temperature Sensor Circuit
Measurement Range: – 40˚C to +125˚C
Accuracy (max.): ± 3˚C @ (0˚C to +125˚C)
Module Four:
Chapter 4 Humidity Sensor Circuits
Experiment 1: H25K5A Humidity Sensor Circuit
Measurement Range: 20% – 90% RH
Accuracy (max.): ±5% RH@25°C
Experiment 2: Sl7007 Humidity Sensor Circuit
Measurement Range: 0 – 100% RH
Accuracy (max.): ±5% RH@ (0 – 80% RH)
Experiment 3: RH818 Humidity Sensor Circuit
Measurement Range: 0 – 100% RH
Accuracy (max.): ±1% RH@ (10% – 90% RH)
Experiment 4: DHT11 Humidity Sensor Circuit
Measurement Range: 20% – 90% RH
Accuracy (max.): ±5% RH@ 25°C
Module Five:
Chapter 5 Infrared Sensor Circuits
Experiment 1: RE200B Passive Infrared Sensor Circuit
Frequency Response: 0.3 Hz – 3 Hz/±10 dB
Field of View: 21 ° – 159° (X axis), 27.5° – 152.5° (Y axis)
Experiment 2: OTP-628 Thermopile Infrared Sensor Circuit
Thermopile Voltage: 2.6±0.8 mV
Field of View: 45 ° – 135 ° (X axis), 45° – 135° (Y axis)
Experiment 3: TS-S2NMB Thermopile Infrared Sensor Circuit
Thermopile Voltage: 2.43±0.6 mV
Field of View: 45 ° – 135° (X axis), 45° – 135° (Y axis)
Module Six:
Chapter 6 Gas Sensor Circuits
Experiment 1: Smoke Sensor Circuit
Sensing Body Resistance: 1 kΩ – 10 kΩ (1000 ppm lsobutane)
Operating Humidity: <95% RH
Operating Oxygen Concentration (min.): >2%
Experiment 2: Nature Gas Sensor Circuit
Sensing Body Resistance: 2 kΩ – 20 kΩ (5000 ppm Methane
Operating Humidity: <95% RH
Operating Oxygen Concentration (min.): > 2%
Experiment 3: Alcohol Sensor Circuit
Sensing Body Resistance: 100.kΩ – 500 kΩ (100 ppm Alcohol)
Operating Humidity: <95% RH
Operating Oxygen Concentration (min.): > 2%
Experiment 4: Carbon Monoxide Sensor Circuit
ensing Body Resistance: 2 kΩ – 20 kΩ (100 ppm Carbon Monoxide)
Operating Humidity: <95% RH
Operating Oxygen Concentration (min.): > 2%
Module Seven:
Chapter 7 Ultrasonic Sensor Circuits
Experiment 1: Sound Generator
Frequency: 850±100 Hz Arnd 1700±150 Hz
Experiment 2: Ultrasonic Transmitter
Operating Frequency: 40 kHz
Operating Temperature: -20°C ~ +70°C
Operating Humidity: <90% RH@40°C
Experiment 3: Ultrasonic Receiver
Operating Frequency: 40 KHz
Operating Temperature: -20°C ~ +70°C
Operating Humidity: <90% RH@40°C
Module Eight:
Chapter 8 Color Sensor Circuits
Experiment 1: Red Sensor Circuit
Operating Wave length: 590 nm ~ 720 nm (ƛp: 660 nm)
Experiment 2: Green Sensor Circuit
Operating Wave length: 480 nm ~ 660 nm (ƛp: 540 nm)
Experiment 3: Blue Sensor Circuit
Operating Wave length: 400 nm ~ 540 nm (ƛp: 460 nm)
Function Generator and DC Power Supply
Waveforms: Sine, Triangle, Square, TTL Pulse
Amplitude: >10 Vpp
Impedance: 50Ω ±10%
Duty Control: 30% ~ 60%
Display: 6-Digit LED Display