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552540 프리즘 실버 리포 배터리 3.7V 550mAh PET 추적기
PET Tracker Batteries / Rechargeable Lithium Polymer Battery / 550mAh 3.7V 552540 Li-ion Polymer Battery Li-ion Polymer Batteries Advantages 1. High energy density 2. Excellent security: no fire, no explore of short-circuit, over-charge, over-discharge, over-current, shock, vibration, crush, acupuncture. 3. Long cycle life: capacity recovery can be above 85% after 500 cycles 4. Environment-friendly 5. Flexible size design subject to different space of application 6. Hundreds
2C 높은 방출율 리포 배터리 팩 553559 7.4V 1300mAh 2S 인공 팔다리를 위해
2C High Discharge Rate Lipo Battery 553559 7.4V 1300mAh 2S High Rate Battery for Artificial Limb High Discharge Rate Lipo Battery Pack 553559 Description The 553559 2C high discharge rate lithium polymer battery operates at 7.4V with a capacity of 1300mAh, making it an excellent choice for powering artificial limbs. Designed for high performance, this battery can deliver substantial power quickly, ensuring that prosthetic devices respond effectively during use. The 2S
401120 3.7V 55mAh 맞춤형 리포 배터리 / 헤드폰 리포 배터리
401120 3.7V 55mAh Custom Made Lipo Batteries / Headphone Rechargeable Lipo Battery 3.7V 55mAh 401120 Lipo Battery Specification Cell Model UNM401120 Nominal Voltage 3.7V Nominal Capacity 55mAh Cell Size (T*W*L) 4.0*11.5*20.5mm Battery Size(T*W*L) 4.0*11.5*22.5mm Applications Headphone/skincare/mini speaker... Cycle life ≥500 Times Features ⋅ Low self-discharge, less than 3% monthly ⋅ No memory effects ⋅ Customized and flexible size ⋅ Anti-overcharger, short-circuit
5A 고속 충전 실린더 리포 배터리 3.7V 650mAh 16350 가전용품
5A High Rate Discharge Cylindrical Li-polymer Battery 3.7V 650mAh 16350 for Home Appliances Advantages of Cylindrical Li-polymer Battery 1. Thin, lightweight, customizable shape, suitable for some special design needs, such as curved surface equipment and ultra-thin equipment. 2. It has a high energy density and can provide longer battery life. 3. Relatively high safety performance and low self-discharge rate 4. Efficient heat dissipation: reduced overheating risks. 5.
