1965 Development Boards, Kits, Programmers |
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Allicdata Part #: | 1528-1968-ND |
Manufacturer Part#: |
1965 |
Price: | $ 13.00 |
Product Category: | Development Boards, Kits, Programmers |
Manufacturer: | Adafruit Industries LLC |
Short Description: | CHIRP THE PLANT WATERING ALARM |
More Detail: | ATtiny44 - Moisture Sensor Evaluation Board |
DataSheet: | 1965 Datasheet/PDF |
Quantity: | 1000 |
1 +: | $ 11.81250 |
Sensing Range: | -- |
Interface: | I²C |
Sensitivity: | -- |
Voltage - Supply: | -- |
Embedded: | -- |
Supplied Contents: | Board(s) |
Utilized IC / Part: | ATtiny44 |
Series: | -- |
Part Status: | Active |
Sensor Type: | Moisture |
Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us: sales@allicdata.com
Since the 1960s, sensor technology has been revolutionary in terms of its applications and technologies. They are used in almost all areas of our daily lives, from the automotive industry to the medical sector, and from consumer applications to industrial activities. Sensors have changed the way we interact with our environment and have allowed us to control and monitor the systems around us in ways that were previously unimaginable. In this article, we will discuss the applications and working principles of sensors in 1965.
In 1965, one of the key applications for sensors was in the automotive industry. Car engines rely on sensors to accurately measure the temperature, pressure and humidity of the engine, as well as the position of the pistons and the crankshaft. This data can be used to control the engine performance, as well as to provide information about the engine’s efficiency. Similarly, other sensors in the car, such as temperature sensors, can be used to detect and measure the temperature of the car’s cabin. This information can then be used to regulate the cabin temperature, ensuring that the occupants are comfortable and safe.
Sensors were also used in the medical sector in 1965. Pressure sensors were used to monitor the vital signs of patients, such as blood pressure and heart rate. This information allowed doctors to accurately assess the health of their patients, and make any necessary adjustments to the treatments. Additionally, temperature and humidity sensors could be used to detect infection and disease in a patient’s body, allowing doctors to act quickly to provide the necessary treatment.
Another early application of sensors was in consumer products. Many appliances, such as washing machines and refrigerators, relied on sensors to regulate their performance. For example, temperature sensors could be used to measure the water temperature and adjust it accordingly. Similarly, pressure sensors could be used to detect when the appliance was overloaded and adjust the power output accordingly. This allowed for more efficient operation of the appliances, as well as reducing the risk of potential damage.
Additionally, sensors were used in industrial activities in 1965. In manufacturing and other industrial applications, sensors were used to monitor and control machines and processes. For example, sensors could be used to monitor the speed of a machine or the temperature of a process, allowing factory managers to ensure that their machines are operating at maximum efficiency. This was particularly important in the introduction of the “just in time” production method, where inefficiencies in the production process lead to wasted materials, time, and labor.
The working principle of sensors in 1965 was relatively simple, although the technology has since become much more sophisticated. In its most basic form, a sensor consists of two parts: a transducer and a measuring unit. The transducer converts the physical phenomenon being measured into an electrical signal which is then sent to the measuring unit. The measuring unit is then able to interpret this signal and output a measurement of the phenomenon. This, in turn, can be used to control or monitor the system in which it is installed.
The use of sensors in 1965 was revolutionary and dramatically changed the way many industries and activities operated. From the automotive industry to medical and consumer products, sensors enabled us to interact with our environment in more accurate and precise ways than was previously possible. The working principles of sensors remain largely unchanged, although the technology has become increasingly sophisticated.
The specific data is subject to PDF, and the above content is for reference
Part Number | Manufacturer | Price | Quantity | Description |
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1965 | Adafruit Ind... | 13.0 $ | 1000 | CHIRP THE PLANT WATERING ... |
1965690000 | Weidmuller | 12.36 $ | 1000 | CONN DUST CAP FOR MULTI S... |
1965700000 | Weidmuller | 13.66 $ | 1000 | CONN DUST CAP FOR MULTI S... |
MIKROE-1965 | MikroElektro... | 211.35 $ | 1000 | MIKROPASCAL PRO FOR ARM |
1965650000 | Weidmuller | 0.51 $ | 1000 | TERM BLOCK HDR 3POS 90DEG... |
1965788 | Phoenix Cont... | 0.58 $ | 1000 | TERM BLOCK HDR 3POS VERT ... |
1965458 | Phoenix Cont... | 6.38 $ | 1000 | MARKER CARD 4-COLOR 5.08M... |
1965660000 | Weidmuller | 0.97 $ | 1000 | TERM BLOCK HDR 6POS 90DEG... |
1965672 | Phoenix Cont... | 1.05 $ | 1000 | TERM BLOCK HDR 3POS 90DEG... |
1965827 | Phoenix Cont... | 1.05 $ | 1000 | TERM BLOCK HDR 3POS 90DEG... |
1965953 | Phoenix Cont... | 1.06 $ | 1000 | TERM BLOCK HDR 3POS 90DEG... |
1965814 | Phoenix Cont... | 0.8 $ | 1000 | TERM BLOCK HDR 4POS VERT ... |
1965461 | Phoenix Cont... | 11.69 $ | 1000 | TERM BLOCK PLUG 5POS STR ... |
1965910000 | Weidmuller | 18.54 $ | 1000 | TERM BLOCK PLUG 10/30POS ... |
1965830 | Phoenix Cont... | 3.27 $ | 1000 | TERM BLOCK PLUG 4POS STR ... |
1965843 | Phoenix Cont... | 2.79 $ | 1000 | TERM BLOCK PLUG 5POS STR ... |
1965296 | Phoenix Cont... | 3.06 $ | 1000 | TERM BLOCK PLUG 4POS STR ... |
1965364 | Phoenix Cont... | 2.0 $ | 1000 | TERM BLOCK HDR 4POS VERT ... |
1965584 | Phoenix Cont... | 1.55 $ | 1000 | TERM BLOCK HDR 6POS VERT ... |
1965924 | Phoenix Cont... | 1.89 $ | 1000 | TERM BLOCK HDR 5POS 90DEG... |
1965740000 | Weidmuller | 3.47 $ | 1000 | TERM BLK SCREW CLAMP 1POS... |
1965730000 | Weidmuller | 3.72 $ | 1000 | TERM BLK SCREW CLAMP 1POS... |
854-19658 | B&B Smar... | 472.98 $ | 1000 | IE-MINIMC MODULE, TP-TX/F... |
854-19659 | B&B Smar... | 472.98 $ | 1000 | IE-MINIMC MODULE, TP-TX/F... |
855-19658 | B&B Smar... | 483.37 $ | 1000 | IE-MINIMC, TP-TX/FX-CWDM-... |
855-19659 | B&B Smar... | 483.37 $ | 1000 | IE-MINIMC, TP-TX/FX-CWDM-... |
856-19658 | B&B Smar... | 572.77 $ | 1000 | IE-MINIFIBERLINX-II, TP-T... |
856-19659 | B&B Smar... | 572.77 $ | 1000 | IE-MINIFIBERLINX-II, TP-T... |
28-19651 | Belden Inc. | 3.21 $ | 1000 | TGNT SUPP CLAMP |
1965856 | Phoenix Cont... | 1.5 $ | 100 | TERM BLOCK HDR 4POS 90DEG... |
70156-1965 | Omron Automa... | 3.47 $ | 1000 | SYSTEM |
19651 | Desco | 108.2 $ | 101 | MONITOR NO AMERICA PWR AD... |
19652 | Desco | 135.06 $ | 31 | MONITOR UNIVERSAL PWR ADA... |
19653 | Desco | 17.35 $ | 10 | REMOTE ALARM FOR 19651/19... |
1965970000 | Weidmuller | 22.85 $ | 1000 | BL-I/O 3.5/30F PNP LED GR... |
1965980000 | Weidmuller | 22.85 $ | 1000 | BL-I/O 3.5/30F NPN LED GR... |
1965940000 | Weidmuller | 17.09 $ | 1000 | BL-I/O 3.5/10F PNP LED GR... |
1965950000 | Weidmuller | 17.09 $ | 1000 | BL-I/O 3.5/10F NPN LED GR... |
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