Smallest LiPo Battery

最小的锂聚合物电池

议价

加入意向

译文
原文

聚合物锂电池301009从ATB是最小的电池，聚合物锂电池301009 8mAh，给出了10架C-率，最小的锂聚合物电池301009从ATB比你的指甲，锂聚合物电池301009 7mAh较小，给10放电率低，尺寸最小来自中国。

1. ATB031009高容量

标称容量 12mAh

额定电压 3.7V

最大。持续放电电流 12毫安

最大。脉冲电流 12毫安

尺寸 3 * 9 * 10（毫米）

工作温度 -55℃~85℃

2. ATB031009高C-率

标称容量	8mAh
额定电压	3.7V
最大。持续放电电流	70毫安
最大。脉冲电流	80毫安
尺寸	3 * 9 * 10（毫米）
工作温度	-55℃~85℃

1. ATB031009高容量

标称容量	12mAh
额定电压	3.7V
最大。持续放电电流	12毫安
最大。脉冲电流	12毫安
尺寸	3 * 9 * 10（毫米）
工作温度	-55℃~85℃

2. ATB031009高C-率

标称容量	8mAh
额定电压	3.7V
最大。持续放电电流	70毫安
最大。脉冲电流	80毫安
尺寸	3 * 9 * 10（毫米）
工作温度	-55℃~85℃

锂聚合物电池的工作流程

1.混合 •混合溶剂和债券分别与正极和负极活性物质。使成正和负膏状物料在高速搅拌直至均匀后。
2.涂层 •涂层的金属箔均匀与双方虚构的膏状物料。然后让张干。
3.按 •按上述正极和负极板，直到它们变得平坦。
4.切割 •切割正和负片的卷成更小的片材，根据电池规格和冲孔请求。
5.极片 •自动根据技术参数切极片，焊杆和板胶带。
6.绕组 •分开的正和负板隔板，风入电池单元沿中央主轴，然后板终止胶带。
7.绝缘测试1 •在独立的阳极和阴极由隔膜纸; 一个电池单元已经形成，然后测试其绝缘。
8，密封1 •把赤裸裸的细胞成软铝箔封口后的上涨空间。
9.密封2 •密封左侧。
10.绝缘测试2 •电池的端子和铝箔的测试绝缘。
11.绝缘测试3 •密封后测试电池的再绝缘。
12.真空干燥 •干电池真空，完全杜绝潮湿的空气中的气体，以确保电池的质量。
13.电解填充 •电解液在干燥的手套箱填写，相对湿度必须小于1％。
14.密封3 •密封填充开口在手套箱。
15.检测 •测试电池内阻和电解质的量，看是否符合设计要求。
16. Activiting •充电和放电的电池首次或更多次，其连接到计算机，监视和记录它的性能指标。
17.排风 •航将退出内部电池充电后，绘制距离，直到真空。
18.密封4 •密封的右侧，以保证良好的密封性能。
19.折叠 •剪断多余的软质铝箔和自动折叠机自动折叠。
20.能力测试 •根据其高精度的分拣设备的容量，这是在任何时候观看并记录他们的表演通过电脑排序的电池。
21.老化试验 •存储电池在仓库分批检查其内部电阻，电压，容量和尺寸在10〜45℃的条件和65±20％的相对湿度后。需要30天。电池会定期重新检查每8天。
22.大会 •根据老化后客户的要求组装。（组装方式可以是不同的，以满足客户的请求）。操作人员必须检查每批次电池的电压，内阻和性能装配前的所有方面。
23.最后检查 •按GB / T18287-2000检查成品电池的性能指标，严格按照GB / T2828.1计数使传出的质量控制，每singlebattery必须经过抽样检验出厂前。
24.包装 •包装由内塑料托盘，外双瓦楞纸箱中，使它们成为整个托盘，表带他们，拉伸膜包装，以确保运输安全，包装符合包装贮存图形符号GB191-1990的规定。

Polymer Lithium Battery 301009 from ATB is smallest batteries, Polymer Lithium Battery 301009 8mAh, gives 10 C-rate, smallest li-Po battery 301009 from ATB is smaller than your nail, li-Po battery 301009 7mAh, gives 10 discharge rate, smallest size from China.

1. ATB031009 High Capacity

Nominal Capacity 12mAh

Nominal Voltage 3.7V

Max. Continuous Discharge Current 12mA

Max. Pulse Current 12mA

Dimensions 3*9*10 (mm)

Operating Temperature -55℃~85℃

2. ATB031009 High C-rate

Nominal Capacity	8mAh
Nominal Voltage	3.7V
Max. Continuous Discharge Current	70mA
Max. Pulse Current	80mA
Dimensions	3910 (mm)
Operating Temperature	-55℃~85℃

1. ATB031009 High Capacity

Nominal Capacity	12mAh
Nominal Voltage	3.7V
Max. Continuous Discharge Current	12mA
Max. Pulse Current	12mA
Dimensions	3910 (mm)
Operating Temperature	-55℃~85℃

2. ATB031009 High C-rate

Nominal Capacity	8mAh
Nominal Voltage	3.7V
Max. Continuous Discharge Current	70mA
Max. Pulse Current	80mA
Dimensions	3910 (mm)
Operating Temperature	-55℃~85℃

Lithium Polymer Battery Work-Flow

1. Mixing • Mix solvent and bond separately with positive and negative active materials. Make into positive and negative pasty materials after stirring at high speed till uniformity.
2. Coating • Coat metal foils uniformly with the made-up pasty materials on two sides. Then make sheets dry.
3. Pressing • Press the above positive and negative sheets till they become flat.
4. Cutting • Cut a roll of positive and negative sheet into smaller sheets according to battery specification and punching requests.
5. Pole pieces • Cut the pole pieces, solder poles, and plate adhesive tape automatically according to technical parameters.
6. Winding • Separate the positive and negative plate with separator, wind into battery cells along central spindle, and then plate terminate tape.
7. Insulation Test 1 • After separate anode and cathode by separator paper; a battery cell has formed, then test its insulation.
8. Sealing 1 • Seal the upside after putting the naked cell into soft aluminum foil .
9. Sealing 2 • Seal the left side.
10. Insulation Test 2 • Test insulation of the terminal of the battery and the aluminum foil.
11. Insulation Test 3 • Test battery cell's insulation again after sealing.
12. Vacuum Drying • Dry battery by vacuum, eliminate humid air gas completely, to make sure battery's quality.
13. Electrolyte filling • Fill with electrolyte in a dry glove box, relative humidity must be under 1%.
14. Sealing 3 • Seal the filling opening in the glove box.
15. Detection • Test battery's internal resistance and the amount of electrolyte, see if it meets design requirements.
16. Activiting • Charge and discharge the battery for the first time or more times, connect it to computer, monitor and record its performance indicators.
17. Air exhausting • Air will exit inside battery after charging, draw it away until vacuum.
18. Sealing 4 • Seal the right side, to insure good sealing performance.
19. Folding • Cut the redundant soft aluminum foil and fold it automatically with an automatic folding machine.
20. Capacity testing • Sort batteries according to their capacity with high-precision sorting equipments, which is watched and recorded their performances by computers at all times.
21. Aging testing • Store batteries in batches in warehouse after inspecting their internal resistance, voltage, capacity and size in the conditions of 10~45℃ and relative humidity of 65±20%. 30 days is needed. Batteries will be re-inspected regularly every 8 days.
22. Assembly • Assemble according to customers requests after aging. (The assembly ways can be different to meet the customer's requests) . The operator must inspect every batch battery's voltage, internal resistance and all aspect of performance before assembly.
23. Final inspection • Inspect performance indexes of finished batteries according to GB/ T18287-2000, strictly in accordance with GB/ T2828.1 to make outgoing quality control, every singlebattery must pass sampling inspection before leaving factory.
24. Packaging • Packaging consists of inner plastic tray and outer double corrugated carton, make them a whole pallet, strap them, wrap with stretch film to insure transportation safety, the packaging comply the regulation of packing storage graphic symbol GB191-1990.