Input Devices by Miss Green https://padlet.com/edg1/gbrtnetdrhfy en-us 2020-03-01 20:15:51 UTC 2024-01-10 23:18:11 UTC hello@padlet.com Light dependant resisitor edg1 https://padlet.com/edg1/gbrtnetdrhfy/wish/452643807 Analogue 
Resistance gets lower as the light level increase. ]]> 2020-03-01 20:15:51 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452643807 edg1 https://padlet.com/edg1/gbrtnetdrhfy/wish/452643809 2020-03-01 20:15:51 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452643809 Tilt edg1 https://padlet.com/edg1/gbrtnetdrhfy/wish/452643811 2020-03-01 20:15:51 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452643811 Push to make edg1 https://padlet.com/edg1/gbrtnetdrhfy/wish/452643812 2020-03-01 20:15:51 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452643812 Time delay edg1 https://padlet.com/edg1/gbrtnetdrhfy/wish/452643813 2020-03-01 20:15:51 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452643813 Force sensitive resistor h_flynn16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452827166 Analogue
Detects weight/force exerted on it
Resistance gets lower as the force exerted on it is increased]]> 2020-03-02 09:09:35 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452827166 Push to make switches: https://padlet.com/edg1/gbrtnetdrhfy/wish/452827183 How they work:
A signal is produced when a push button is pressed.
A momentary switch turns off when the button is released.
A latching switch stays on until the button is pressed a second time.]]> 2020-03-02 09:09:39 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452827183 There are two types of these sensors: j_chueca16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452827288 The first type is similar to a push-to-make switch but it only stays on for a period of time before automatically switching off.

The other type is a timer switch, which can be programmed to switch on and off at various times throughout the 24-hour day.]]> 2020-03-02 09:09:55 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452827288 Tilt switch a_ho16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452827379 The switch is closed (on) when it is upright, and open (off) when inverted]]> 2020-03-02 09:10:09 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452827379 Force Sensitive resistor m_moorhouse18 https://padlet.com/edg1/gbrtnetdrhfy/wish/452828069 2020-03-02 09:12:22 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452828069 Definition: s_granet16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452828890
A digital sensor is an electronic or electrochemical sensor, where data is digitally converted and transmitted. Sensors are often used for analytical measurements, e.g. the measurement of chemical and physical properties of liquids. 
]]> 2020-03-02 09:15:11 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452828890 j_chueca16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452828908 2020-03-02 09:15:15 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452828908 IR Sensor j_makin16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452828955 Digital & Analogue
Detects warm objects within range]]> 2020-03-02 09:15:23 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452828955 Smart Sensors j_perry16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452829002 Digital sensors can also be smart sensors. They not only detect and measure information but collect and process it. An example of this can be a car monitoring device, a tracker to locate your car. 

Another example can be a censor that detects the temperature and humidity and from that can calculate the vapour pressure.]]> 2020-03-02 09:15:36 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452829002 Thermistor s_wijayakumar16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452829016 Thermistors are used as temperature sensors. At low temperatures, the resistance of a thermistor is high and little current can flow through them. At high temperatures, the resistance of a thermistor is low and more current can flow through them]]> 2020-03-02 09:15:38 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452829016 Analogue sensor r_macnab16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452829338 A sensor that detects continuous data. It also produces a continuous output data. e.g. sound]]> 2020-03-02 09:16:32 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452829338 j_makin16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452829723 2020-03-02 09:17:48 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452829723 https://padlet.com/edg1/gbrtnetdrhfy/wish/452829948 Old tilt switches were made of mercury since it was not susceptible to vibrations, but the switches were deemed  too toxic. The tilt switch is easy to use which makes it popular for electrical appliances. It is used to detect orientation. The sensors usually have a cavity in the shape of a cylinder with a conductive mass inside, and it has two wires leading off from the end.]]> 2020-03-02 09:18:29 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452829948 PIR Sensor j_makin16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452830331 Passive Infrared Sensor]]> 2020-03-02 09:19:41 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452830331 Category d_price16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452830440 Analogue is a group of sensors  examples of these sensors are Temperature,  Speed, Pressure, Displacement and Strain etc. ]]> 2020-03-02 09:20:01 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452830440 <img src="data:image/jpeg;base64,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" alt="Image result for digital sensors"/> s_granet16 https://padlet.com/edg1/gbrtnetdrhfy/wish/452830513 2020-03-02 09:20:16 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452830513 https://padlet.com/edg1/gbrtnetdrhfy/wish/452830606 Push to make switch]]> 2020-03-02 09:20:35 UTC https://padlet.com/edg1/gbrtnetdrhfy/wish/452830606