Temperature sensor & Humidity sensor

Picture	Manufacturer No.	Size	Accuracy	Description	Datasheet	Order
	FBTSHS-001	53*27MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	Digital T/H module T/H sensor		Send Order
	FBTSHS-002	16.1*5.8MM	Temperature: ±0.5°C Humidity: ± 3% RH (25°C)	Humidity & Temperature Sensor		Send Order
	FBTSHS-003	99*16MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	digital hygro sensor		Send Order
	FBTSHS-004	21.5*8.6MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	Miniature integrated temperature and humidity sensor		Send Order
	FBTSHS-005	6.4*6.4MM	/	Dust cover T/H sensor		Send Order
	FBTSHS-007	18*5MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AHT25 T/H sensor		Send Order
	FBTSHS-008	12*12MM	Temperature: ±0.5°C Humidity: ± 3% RH (25°C)	AHT21B Digital T/H module T/H sensor		Send Order
	FBTSHS-009	3*3MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AHT20 integrated temperature and humidity sensor chip		Send Order
	FBTSHS-010	7*5MM	/	HDS10 condensation sensor High humidity sensor module		Send Order
	FBTSHS-011	40*20MM	Temperature: ±1°C Humidity: ± 3% RH	M1011A Analog T/H sensor		Send Order
	FBTSHS-012	147.7*136.6MM	Temperature: ±0.3°C (25°C) Humidity: ± 2% RH (25°C)	AM2306 Digital T/H sensor		Send Order
	FBTSHS-013	10.8*7.3MM	Humidity: ≤± 5% RH	HR202L Humidity sensitive resistor Digital T/H sensor module with a cover		Send Order
	FBTSHS-014	7*5MM	Humidity: ≤± 5% RH	HR202L Digital humidity sensor resistance sensor		Send Order
	FBTSHS-015	115.5*97.3MM	Temperature: ±0.5°C (25°C) Humidity: ± 3% RH (25°C)	AW5145W network temperature and humidity transmitter		Send Order
	FBTSHS-016	100*90MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AW3485M Network temperature and humidity transmitter		Send Order
	FBTSHS-017	100*90MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AW3485A Network T/H transmitter		Send Order
	FBTSHS-018	65*45MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AW5485 Network T/H sensor		Send Order
	FBTSHS-019	100*90MM	Temperature: ±0.3°C (25°C) Humidity: ± 2% RH	digital temperature and humidity sensor		Send Order
	FBTSHS-020	85*33MM	Temperature: ±0.3°C (25°C) Humidity: ± 2% RH	AF3020A temperature and humidity		Send Order
	FBTSHS-021	85*33MM	Temperature: ±0.3°C (25°C) Humidity: ± 2% RH	AF3010A pipe temperature and humidity transmitter		Send Order
	FBTSHS-022	85*34MM	Temperature: ±0.3°C (25°C) Humidity: ± 2% RH (25°C)	AF3020 Pipe current type temperature and humidity sensor		Send Order
	FBTSHS-023	70*60MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AF1020 pipe current type temperature and humidity transmitter sensor		Send Order
	FBTSHS-024	100*90MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AW3010A Network T/H transmitter		Send Order
	FBTSHS-025	70*60MM	Temperature: ±0.5°C Humidity: ± 3% RH (25°C)	Temperature sensor & Humidity sensor		Send Order
	FBTSHS-026	85*33MM	Temperature: ±0.3°C	Network temperature and humidity transmitter		Send Order
	FBTSHS-029	88*88MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	FBELE Temperature sensor & Humidity sensor		Send Order
	FBTSHS-030	730*440MM	Temperature: ±0.5°C Humidity: ± 3% RH	Intelligent environmental monitoring instrument		Send Order
	FBTSHS-031	142*107MM	Temperature: ±0.5°C Humidity: ± 3% (30-90%RH 25°C)	AS108R multifunctional hygrograph data display recorder		Send Order
	FBTSHS-032	148*122MM	Temperature: ±0.3°C Humidity: ± 2% RH (25°C)	AS109R multifunctional network temperature and humidity display recorder		Send Order
	FBTSHS-033	/	Temperature: ±0.3°C	PT1000 temperature sensor		Send Order
	FBTSHS-034	/	±1%	temperature sensor		Send Order
	FBTSHS-035	/	±1%	Temperature detection sensor temperature probe with curved tube		Send Order
	FBTSHS-036	/	±1%	Stainless steel barbecue temperature sensor		Send Order
	FBTSHS-037	/	±1%	SS304 stainless steel bullet NTC thermistor water dispenser temperature sensor		Send Order
	FBTSHS-038	/	/	Built-in stainless steel temperature sensor probe wood chip particle furnace platinum resistance temperature sensor		Send Order
	FBTSHS-039	/	/	Stainless steel temperature sensor for household appliances		Send Order
	FBTSHS-040	/	Temperature: ±0.5°C	DS18B20+ digital temperature sensor		Send Order
	FBTSHS-041	/	±1%	Kettle water heater NTC thermistor temperature sensor		Send Order
	FBTSHS-042	/	/	thermocouple temperature sensor		Send Order

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  FBelec sells best ultrasonic transducer

  FBelec is very competitive, ultrasonic testing, and other industries. The products have passed CE certification and GTS testing certification. The customers of products such as DAVID ultrasonic piezoelectric ceramic chips and transducers are all over China, Turkiye, Pakistan, South Korea and other countries and regions, and have won high praise and recognition from customers

  Ultrasonic Transducers

  Ultrasonic transducer is a device that converts electromagnetic energy into mechanical energy (sound energy), usually made of piezoelectric ceramics or other magnetostrictive materials. Common examples of ultrasonic transducers include ultrasonic cleaners,ultrasonic shell transducer,ultrasonic atomizers, B-ultrasound probes, etc. Ultrasonic transducers are piezoelectric ceramics that resonate at ultrasonic frequencies, converting electrical signals into mechanical vibrations through the piezoelectric effect of the material. The working principle of medical ultrasound transducers (ultrasound probes) is generally the same, and they usually contain an electrical energy storage element and a mechanical vibration system inside. When a transducer is used as a transmitter, the electrical oscillation signal sent from the excitation power source will cause changes in the electric or magnetic fields in the energy storage components of the transducer. This change generates a driving force on the mechanical vibration system of the small ultrasonic transducer through some effect, causing it to enter a vibration state, thereby driving the medium in contact with the transducer's mechanical vibration system to vibrate and radiate sound waves into the medium. The process of receiving sound waves is exactly the opposite. Foreign sound waves act on the vibration surface of the big ultrasonic transducer, causing the mechanical vibration system of the 30 ultrasonic transducer to vibrate. With the help of some physical effect, the electric or magnetic fields in the energy storage components of the ac ultrasonic transducer change accordingly, causing a voltage and current corresponding to the sound signal to be generated at the electrical output end of the focused ultrasonic transducer.

  

  The Ultrasonic Transducers

  The working principle of ultrasonic transducers is based on the piezoelectric effect, which is a physical phenomenon in which certain materials undergo deformation when subjected to an electric field. This deformation can be converted into mechanical vibration, thereby generating ultrasonic waves. twelve million three hundred and forty-five thousand six hundred and seventy-eight ultrasonic medical transducer are usually composed of piezoelectric ceramics and metal sheets. When an applied voltage is applied to the piezoelectric ceramics, they will deform, causing the metal sheets connected to them to bend or vibrate. This vibration generates ultrasonic waves, and their frequency and amplitude depend on the magnitude and frequency of the applied voltage. In the process of receiving ultrasonic waves, the working principle of the machine ultrasonic transducer is opposite. When ultrasonic waves pass through the transducer, it causes the metal sheet to vibrate, resulting in charges on the piezoelectric ceramic. This charge can be amplified and measured to obtain the signal of ultrasonic waves. one million two hundred and thirty-four thousand six hundred and seventy-eight. Solid ultrasonic transducer are not only used for emitting ultrasound, but also for receiving ultrasound, achieving bidirectional ultrasound signal transmission. They are widely used in medical, industrial, military and other fields

  

  
  
  Serving the Medical Industry FBelec stands ready to partner with medical innovators and leaders to design and manufacture: Autoclavable devices, HIFU, Matrix arrays, Linear arrays, Phased arrays, Curved Linear arrays, Neural stimulators, Doppler probes, Catheter probes, Endocavity probes, Laproscopic probes, and Ophthalmic probes (A-scan, B-scan, Pachy, UBM).
  
  Serving the Industrial Industry FBelec is poised to partner with industrial leaders and innovators to design and manufacture: Contact probes, Immersion probes, Down Well Inspection probes, TOFD transducers, Single and Dual element transducers, Curved Phased arrays, Near Wall Phased arrays, Small Footprint Phased arrays, Small Diameter Phased arrays, Weld Inspection Phased arrays, Deep Penetration Phased arrays, and custom industrial ultrasound devices.
  
  

  Welding of medical products

  Ultrasonic welding can also be used for welding medical products, including disposable medical equipment and appliances, medical and household equipment. The use of ultrasonic welding can reduce the manufacturing cost of medical products by 30% -50%, while also improving the quality and production efficiency of medical devices. Medical products such as medical syringes and infusion sets can be achieved through ultrasonic welding. To produce medical devices using ultrasonic welding, the first step is to match the components, and then generate forces between these components through the action of ultrasonic waves, causing them to displacement each other to achieve the purpose of connection.
  
  Welding of household appliances,The application of ultrasonic welding in household appliances is also very extensive. In air conditioning, ultrasonic welding technology is applied to improve its insulation performance. In addition, 70 khz ultrasonic transducer is also widely used in household appliances such as vacuum cleaners, electric fans, refrigerators, washing machines, etc.The use of ultrasonic welding methods can greatly improve the welding quality of household electrical products. Ultrasonic welding has a great advantage, which is that it does not require any external auxiliary devices and is connected through the pressure generated by the workpiece itself. This method can reduce heat loss during the welding process. In addition, ultrasonic welding technology is widely used in household appliances because it can better prevent damage to parts caused by stress concentration. In addition, ultrasonic welding is also a very good choice for products with high requirements for surface smoothness.
  
  Welding in the automotive parts industry,The automobile manufacturing industry is a highly integrated field of mechanical and electronic technology. The products of the automotive manufacturing industry include: automotive parts, automotive components, and automotive finished products. These products are made of various materials and typically have several different welding methods. Ultrasonic welding is an efficient and high-quality welding method that has been used in various products, especially in the welding of automotive components such as automotive parts, tires, seat frames, etc. In the automotive industry, ultrasonic welding has become a promising welding process. Ultrasonic welding machine is a device that can be widely used in various industrial products.lowest ultrasonic transducer

  Welding of medical products

  Ultrasonic welding can also be used for welding medical products, including disposable medical equipment and appliances, medical and household equipment. The use of ultrasonic welding can reduce the manufacturing cost of medical products by 30% -50%, while also improving the quality and production efficiency of medical devices. Medical products such as medical syringes and infusion sets can be achieved through ultrasonic welding. To produce medical devices using ultrasonic welding, the first step is to match the components, and then generate forces between these components through the action of ultrasonic waves, causing them to displacement each other to achieve the purpose of connection.
  
  Welding of household appliances,The application of ultrasonic welding in household appliances is also very extensive. In air conditioning, ultrasonic welding technology is applied to improve its insulation performance. In addition, 70 khz ultrasonic transducer is also widely used in household appliances such as vacuum cleaners, electric fans, refrigerators, washing machines, etc.The use of ultrasonic welding methods can greatly improve the welding quality of household electrical products. Ultrasonic welding has a great advantage, which is that it does not require any external auxiliary devices and is connected through the pressure generated by the workpiece itself. This method can reduce heat loss during the welding process. In addition, ultrasonic welding technology is widely used in household appliances because it can better prevent damage to parts caused by stress concentration. In addition, ultrasonic welding is also a very good choice for products with high requirements for surface smoothness.
  
  Welding in the automotive parts industry,The automobile manufacturing industry is a highly integrated field of mechanical and electronic technology. The products of the automotive manufacturing industry include: automotive parts, automotive components, and automotive finished products. These products are made of various materials and typically have several different welding methods. Ultrasonic welding is an efficient and high-quality welding method that has been used in various products, especially in the welding of automotive components such as automotive parts, tires, seat frames, etc. In the automotive industry, ultrasonic welding has become a promising welding process. Ultrasonic welding machine is a device that can be widely used in various industrial products.lowest ultrasonic transducer

  Advantages of Ultrasonic Technology

  Ultrasonic welding is an industrial technology that involves a series of welding operations for industrial products using physics. Ultrasound has a wide range of applications and is widely used in the manufacturing industry due to its simplicity, efficiency, and environmental friendliness. The advantages of ultrasonic welding. Environmental protection,transducer with driver, it does not produce additives such as glue or adhesive, which can reduce environmental pollution and save unnecessary electricity and energy consumption.

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    Improve efficiency and reduce costs. Welding requires short time, low labor, energy, and material costs

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    Automation,ultrasonic transducer for cutting. Ultrasonic welding can now be paired with automated production lines

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    Good welding effect,usg ultrasonic transducer. Ultrasonic welding is the process of using high-speed vibration to cause friction.

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    Beautiful connectors. The appearance of ultrasonic welded products is undamaged

  
  

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  Types and Applications

  Firstly, the principle of ultrasound: Ultrasonic welding is a connection method that applies ultrasound to two or more materials. The ultrasonic welding process involves a device that causes ultrasonic waves to vibrate back and forth between two objects. Due to the pressure of ultrasound, two vibrating objects can undergo a melting process.This welding technology has been widely applied in many industrial fields, including medical, electronic and electrical, consumable communication, household appliances, automotive parts, daily necessities, non-woven fabrics, cleaning industries, etc.

  
  

  Functional Features

  1. Efficient and fast, Ultrasonic welding generates high-frequency vibration, causing rapid friction and heating on the material surface, quickly reaching the welding temperature. The welding speed is fast, usually in the second level, and is very suitable for large-scale production.

  2. Energy conservation and environmental protection, Ultrasonic welding is a flameless and smokeless heating and welding method, which is a non-contact welding method. Compared with traditional welding methods, it can save a lot of energy and reduce environmental pollution.

  
  

  Material and Design Considerations

  Materials used in the construction of ultrasonic distance sensors are selected for their durability and ability to propagate ultrasonic waves efficiently. Piezoelectric materials are commonly used due to their ability to generate ultrasonic waves when an electric field is applied. The design of these transducers is also critical, as it must ensure the accurate transmission and reception of ultrasonic signals for reliable operation.