Semiconductor coolers have a wide range of applications, including consumer goods, telecommunications, healthcare, industry, automotive, optical communications, military, and scientific research/laboratory applications.
1. Micro-refrigerators: The most common application of semiconductor refrigeration is providing precise temperature control within a confined space to achieve a constant temperature. Common applications include car refrigerators and wine cabinets.
2. Dehumidifiers: Dehumidify indoor spaces to maintain a comfortable humidity.
3. Mobile Phone Cooling Clips: Use cooling to reduce the surface temperature of mobile phones.
1. Power Cabinet Dehumidification: Semiconductor dehumidifiers are used to dehumidify power cabinets, ensuring dry air inside and preventing condensation.
2. Intelligent Temperature Control in Wireless Communication Base Stations: Semiconductor air conditioners provide intelligent temperature control in wireless communication base stations, protecting the temperature of the instruments within them.
1. PCR Reactions: Provide the precise temperature changes required for PCR reactions.
2. Therapeutic Equipment and Laser Devices: Cool components or coolant within the device to maintain optimal operating temperatures and improve performance.
1. Cooling and Heating Cup Holders: Using thermoelectric products to create in-car cooling and heating cup holders, you can control the temperature of the drink in the cup holder by switching it on or off.
2. Air-Conditioned Seats: Using thermoelectric products to heat and cool car seats for comfortable driving and riding. A common example is water-permeable car air-conditioning cushions.
5. Optical Communications: Temperature control of products such as optical modules, fiber amplifiers, base station battery cabinets, optical channel monitors, community public television antenna systems, pump lasers, wavelength lockers, and avalanche photodiodes.
6. Industrial: Precision temperature control of products such as cold source displays, industrial cameras, flue gas cooling, CCD image sensors, laser diodes, and dew point meters.
7. Aerospace and Defense: Temperature control of detectors and sensors, cooling of laser systems, temperature regulation of flight suits, and cooling of equipment casings.
