Produktų kategorijos
- Šilumos saugiklis 32
- Paviršiaus laikikliai 12
- Termistorius 36
- PCB kalno saugiklių laikiklis 27
- Laidų diržai 6
- Ašmenų saugiklių laikikliai 17
- Termostatas 50
- Elektrinis saugiklis 24
- Automobilių temperatūros jutiklis 7
- Šilumos grandinės pertraukiklis 22
- „Fuse Box Holder“ 36
- Temperatūros jutiklis 75
- Šiluminis jungiklis 68
- Automobilių saugiklis 20
- Varžtas žemyn 8
Produktų žymos
Ds18b20 jutiklio zondo funkcijos ir programos
Koks jutiklis yra ds18b20?
DS18B20 yra dažniausiai naudojamas skaitmeninis temperatūros jutiklis, kuri išveda skaitmeninį signalą su mažo dydžio charakteristikomis, žemos techninės įrangos išlaidos, Stiprūs gebėjimai prieš sąveiką ir aukštas tikslumas. Skaitmeninį temperatūros jutiklį DS18B20 lengva prijungti ir jį supakuoti galima naudoti įvairiais atvejais, pvz., vamzdyno tipas, srieginis tipas, Magneto adsorbcijos tipas, nerūdijančio plieno pakuotės tipas, ir įvairūs modeliai, įskaitant LTM8877, LTM8874, ir tt.
A DS18B20 sensor probe is a small, digital temperature sensor that measures temperature using a 1-Wire communication protocol, allowing it to be connected to a microcontroller using only one data wire, making it ideal for applications where multiple temperature readings are needed from various locations with minimal wiring complexity; it is commonly used in applications like environmental monitoring, ŠVOK sistemos, industrial process control, and even basic DIY projects due to its affordability and ease of use.
The core functionality of the DS18B20 Sensor Probe is its direct-to- digital temperature sensor. The resolution of the tempera- ture sensor is user-configurable to 9, 10, 11, arba 12 bitai, corresponding to increments of 0.5°C, 0.25° C., 0.125° C., and 0.0625°C, atitinkamai. The default resolution at power-up is 12-bit.
The working principle of DS18B20 is that the oscillation frequency of the low temperature coefficient crystal is little affected by temperature, and is used to generate a fixed frequency pulse signal to be sent to counter 1. The oscillation frequency of the high temperature coefficient crystal changes significantly with temperature, o sugeneruotas signalas naudojamas kaip skaitiklio impulsų įvestis 2. The number of bits of the obtained temperature value varies with the resolution, and the delay time during temperature conversion is reduced from 2s to 750ms.
Key features of a DS18B20 sensor probe:
Digital Temperature Measurement:
Provides a precise digital temperature reading in Celsius, with customizable resolution between 9-bit and 12-bit.
One-Wire Interface:
Communicates with a microcontroller using only one data line, allowing for multiple sensors to be connected on a single pin.
Unique Identifier:
Each sensor has a unique 64-bit serial code, enabling identification of individual sensors on a bus.
Parasite Power Mode:
Can be powered directly from the data line in certain situations, eliminating the need for separate power supply.
Wide Temperature Range:
Operates over a broad temperature range, typically from -55°C to 125°C.
Applications of the DS18B20 sensor probe:
Its appearance is mainly changed according to different application occasions. The packaged DS18B20 can be used for temperature measurement in cable trenches, blast furnace water circulation, boilers, machine rooms, agricultural greenhouses, clean rooms, ammunition depots, and other non-extreme temperature occasions. Wear-resistant and collision-resistant, mažo dydžio, lengva naudoti, and with various packaging forms, it is suitable for digital temperature measurement and control of various narrow space equipment;
Home Automation: Monitoring room temperatures for smart thermostats;
Environmental Monitoring: Tracking temperature changes in outdoor environments;
Industrial Process Control: Monitoring temperatures within industrial machinery and processes;
Data Logging: Recording temperature data over time with a microcontroller;
Moksliniai tyrimai: Measuring temperatures in experiments;
This product is suitable for temperature measurement and control in freezers, granaries, storage tanks, telecommunications rooms, power rooms, cable ducts, ir tt.
Bearings, cylinders, textile machines, Oro kondicionieriai, and other narrow space industrial equipment temperature measurement and control.
Automotive air conditioners, šaldytuvai, šaldikliai, and medium and low temperature drying ovens, ir tt.
Heat metering of heating/cooling pipelines, household heat metering of central air conditioners, and temperature measurement and control in the industrial field.
Maisto sauga: Monitoring food storage temperatures
Kaip tai veikia:
1. Connection:
The sensor is connected to a microcontroller’s digital pin with a pull-up resistor on the data line.
2. Communication:
The microcontroller sends commands to the sensor through the 1-Wire protocol to initiate temperature measurement.
3. Temperature Conversion:
The sensor internally converts the temperature into a digital value.
4. Data Readout:
The microcontroller reads the digital value from the sensor, which is then converted into a temperature reading in Celsius.
Susisiekite su mumis
Laukiu jūsų el. Pašto, Mes jums atsakysime 12 Valandos su vertinga informacija, kurios jums reikėjo.
English
Afrikaans
العربية
বাংলা
bosanski jezik
Български
Català
粤语
中文(简体)
中文(漢字)
Hrvatski
Čeština
Nederlands
Eesti keel
Suomi
Français
Deutsch
Ελληνικά
हिन्दी; हिंदी
Magyar
Bahasa Indonesia
Italiano
日本語
한국어
Latviešu valoda
Lietuvių kalba
македонски јазик
Bahasa Melayu
Norsk
پارسی
Polski
Português
Română
Русский
Cрпски језик
Slovenčina
Slovenščina
Español
Svenska
ภาษาไทย
Türkçe
Українська
اردو
Tiếng Việt






