CR2016 Battery
CR2016 3V 75mAh batteries are widely used in a variety of small electronic devices due to their compactness, high efficiency and stability, making them an ideal power source choice for many portable and miniature electronic products.
It can be replacement for 5012LC, BR1220, DL1220, ECR1220, KCR1220 and other models.
- UL1642
- IEC62133
- UN38.3
- MSDS
- CE
- RoHS
CR2016 3v battery specs
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Nominal Voltage 3V
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Coin cell battery dimensions 20*1.6mm
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Nominal Capacity 75mAh
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Nominal Current 0.2mA
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Max Continue Current 2.0A
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Max Pulse Current 15.0A
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Weight 1.6g
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Coin battery holder with switch Available
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Coin cell battery with wires Avaialbel
China rechargeable coin battery
CR2016 3 volt battery with wires or connectors
Using a battery holder or clamp:
- The safest and most convenient method is to use a specially designed battery holder or clamp.
- The safest and most convenient method is to use specially designed battery holders or clamps.
- These holders usually have built-in terminals and can be used to solder or connect wires directly.
They are suitable for all sizes of button cell batteries, such as CR1025.
Heat shrink tubing method:
- Use heat shrink tubing to wrap the battery and wires together.
- Place the wires on the battery poles first, and then wrap the entire assembly with the heat shrink tubing.
- Heat to shrink the heat shrink tubing to fix the battery and wires.
On the right is a picture of our button cell battery with lead wires and terminal wires.
coin cell battery manufacturers
lithium battery cr2016 charge & discharge curve
Charge-discharge curves reflect the charging and discharging behavior of battery materials, and the analysis of the charge-discharge curves of button cell batteries is of great significance to the understanding of material properties and electrochemical behavior.
Charge/discharge curves can be presented in several different forms, such as the more common “crossover” curve and “cyclic” curve.
Rechargeable coin batteries
Lithium battery cr2016 3v application
Below are main applications for rechargeable 3V coin batteries:
- Personal Electronics: watches and timepieces, remote controls (TV, game consoles, etc.), calculators, digital thermometers and electronic weight scales.
- Medical equipment: hearing aids and blood pressure monitor.
- Automotive Related: car keys remote controls and tire pressure monitoring system.
- Other devices: Led lights, wireless bell, and home security system sensors.
Our li-polymer battery production process
The following is a simplified description of our lithium polymer battery manufacturing process:
1. Mixing
Make a slurry of cathode (positive side) and anode (negative side) electrodes according to the scheme and recipe of the polymer battery model.
2. Coating
Paste is applied to a metal foil (aluminum for cathode, copper for anode). This creates the desired positive and negative plates
3. Cutting
Cut the dried electrode plates to the exact length and width required for the battery cell.
4. Winding
The cathode, anode and diaphragm are wound together. Forms the internal structure of the cell.
5. Injection of electrolyte
Inject electrolyte into the encapsulated cell to allow lithium ions to travel between the positive and negative plates.
6. Sealing & Formation
Encapsulate the cell with an aluminum-plastic film casing to prevent the electrolyte from being exposed. Activate the internal chemical material by charging and discharging.
7. Aging and Testing
Final test of capacity, voltage and overall performance through high and normal temperature aging tests.
Get Started
Get CR2016 button battery quote today
We will evaluate your project and get back to you within 1 working day.
