TEC1-12706 TEC1-04901 04902 04903 04905 04906 5V 12V Semiconductor Refrigerator Thermoelectric Cooler Peltier CPU heat dissipati

TEC1-12706 TEC1-04901 04902 04903 04905 04906 5V 12V Semiconductor Refrigerator Thermoelectric Cooler Peltier CPU heat dissipati

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Our shop sells the most popular 3C consumer electronics products,such as mobile phone accessories,computer accessories,game peripherals,smart wearables,and follow the most popular fashion trends. If you like our products,please follow us,become our follower and fan.We will provide you with the most popular products to satisfy your fashion shopping experience.Package : TQFPApplication : ComputerCondition : NewType : Voltage RegulatorBrand Name : WXRKDZ : Mainland ChinaChip Type: TEC1-12706?External dimensions: 40 * 40 * 3.75mmInternal resistance: 2.1 ~ 2.4 (ambient temperature of 23 ± 1?'C, 1kHZ Ac test)The maximum temperature difference: ?Tmax (Qc = 0) above 59?'C.Working current: Imax = 4.3-4.6A (rated at 12V)Rated voltage: 12V (Vmax: 15V starting current 5.8A)Cooling power: Qcmax 55WWorking environment: temperature range -55?'C?~ 83'C?(high ambient temperature drop directly affect the cooling efficiency)Description :Get ice cold in minutes or heat to boiling by simply reversing the polarity, used for numerous applications from CPU coolers to alternate power sources, or even for your owncustom car drink warmer/cooler.Since they consit primarily of semiconductor material sandwiched between ceramic plates and have no moving partsThese devices must be used in conjunction with a heat sink to avoid burnedEach device is full inspected and testedFitted with 6-inch insulated leadsChip model: TEC1-12705Dimensions: 40*40*3.8mm Component logarithm 127Wire specification: lead length 100±5mm RV standard single lead 5mm tinInternal resistance: 2.4~2.7Ω (ambient temperature 23±1℃, 1kHz AC test)Maximum temperature difference: △Tmax(QC = 0) above 61℃.Operating current: IMAX =5 (when rated voltage starts)Rated voltage: DC12V (Vmax: 15.5V)Refrigerating power: QCmax 45WAssembly pressure: 85N/cm2Working environment: temperature range -55℃ ~ 83℃ (too high ambient temperature will directly affect the refrigeration efficiency)Packaging process: around standard 704 silicone rubber sealPacking standard: foam box packing, storage condition ambient temperature -10℃ ~ 40℃Storage condition: -40~60℃??Chip model: TEC1-12710Dimensions: 40*40*3.4mm Number of component pairs 127Wire specification: lead length 300±5mm RV standard wire single end 5mm tin-platedInternal resistance: 1.2~1.5Ω (ambient temperature 23±1℃, 1kHZ Ac test)Large temperature difference: △Tmax(Qc=0) above 60℃.Working current: Imax=10A (when 15Vmax voltage starts)Rated voltage: DC12V (Vmax: 15.5V)Cooling power: Qcmax 92WAssembly pressure: 85N/cm2Working environment: temperature range -55℃～83℃ (too high ambient temperature will directly affect the cooling efficiency)Encapsulation process: standard 704 silicone rubber seal all aroundPacking standard: foam box packaging, storage conditions Ambient temperature -10℃～40℃Storage conditions: -40~60℃Chip model: TEC1-12715Dimensions: 40*40*3.2mm Number of component pairs 127 pairsWire specification: lead length 200±8mm RV standard wire single head 5mm tinnedInternal resistance: 0.8~0.9Ω (ambient temperature 23±1℃, 1kHZ Ac test)Large temperature difference: above 62℃Working current: Imax=11.8A (15A when starting with a large voltage of 15.5V)Rated voltage: DC12V (large voltage: 15.5V)Refrigeration power: 142W (Excessively high heat dissipation surface temperature will reduce the cooling power)Assembly pressure: 85N/cm2Working environment: temperature range -55℃～83℃ (too high ambient temperature will directly affect the cooling efficiency)Encapsulation process: standard 704 silicone rubber seal all aroundPacking standard: foam box packaging, storage conditions Ambient temperature -10℃～40℃Storage conditions: -40~60℃Power requirements: a single voltage 12V, current 15A or more working power supply (can be used in series and parallel)?Device characteristics: the red line is positive, the black line is negative (the literal is the cooling surface, and the non-literal is the heat dissipation surface)?