For a long time, the devices were powered by a cable, which meant they were not mobile in any way. They could only be used stationary and only in places where a power source was available. Today, we appreciate the freedom of movement and the greater possibility to use many devices anywhere, outside the home or office. These are battery-powered devices. Advanced technology has also allowed us to significantly reduce the size of some devices so that we can fit them in a trouser pocket or a bag or backpack. This is also due to the small size of the cells, but with their high power density. However, many batteries, especially lithium-ion batteries, need a charger to work properly and continuously. In addition, discharge controllers play an important role today, so that we can avoid a complete cessation of operation. This is of great importance for the protection of data against data loss as well as for continuity of operation. Our offer includes chargers designed for lithium-ion batteries in various variants. Check our options!
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Chargers
Products: 12
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USB Car charger - Extreme 5V 3,1A microUSB + USB
Car power adapter with microUSB connector and USB socket. The maximum current capacity is 3.1 A.
Index: ZAS-04308
Index: ZAS-04308
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Power supply Extreme microUSB + USB 5V/3,1A - for Raspberry Pi 3B+/3B/2B/Zero and LattePanda
Power supply with microUSB cable and USB type A socket. Output voltage is 5V , maximum current capacity is 3.1A . The device can power Raspberry Pi 3B+, 3B+, 2B, 1B+, 1B,...
Index: ZAS-04894
Index: ZAS-04894
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USB Car Charger - Blow C21A 5V/2,1A microUSB + USB
Power supply for a car socket with USB output with overall current of 2.1 A. The output voltage is 5 V. It has an integrated cable with microUSB plug and USB slot.
Index: ZAS-06475
Index: ZAS-06475
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Car Charger - Blow 4x USB - 9,6A
The power supply for the car slot with four USB outputs, type A with extension wire. Output voltage is 5 V, the maximum current is 9.6 A. It has a built-in IQ chip.
Index: ZAS-07605
Index: ZAS-07605
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Power supply Extreme microUSB + USB 5V/2,1A - for Raspberry Pi 2/B+/Zero
Power supply with a microUSB wire as well as a USB-connector type A. Output voltage of 5 V, maximum current performance of 2.1 A. This device can power a minicomputer Raspberry...
Index: ZAS-07818
Index: ZAS-07818
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Power supply Extreme USB 3.1 typ C + USB 5V/3,1A for Raspberry Pi 4B
Power supply with USB 3.1 type C cable and USB type A socket. Output voltage is 5 V, maximum current capacity is 3.1 A . The power supply is compatible with Raspberry...
Index: ZAS-07819
Index: ZAS-07819
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Power supply Extreme microUSB 5V/2,1A for Raspberry Pi 2/B+/Zero
Power supply with microUSB ending, compatible with minicomputere Raspberry Pi in versions 2, B+ and Zero. Maximum load current of 2.1 A.
Index: ZAS-08092
Index: ZAS-08092
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Car charger - 5V/4.4A 3xUSB - Axiver
Power supply for car socket with three USB sockets with the current of 4.4 A. The output voltage is 5 V.
Index: ZAS-09433
Index: ZAS-09433
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Car charger - 8,2A 3xUSB - Axiver
The AC power supply for the car slot with two USB 2.0 slots and one USB 3.0 Quick Charge which allows you to charge the compatible phone up to 71% in 30 minutes. The current...
Index: ZAS-09434
Index: ZAS-09434
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USB Car Charger - Extreme 5V/2,1A microUSB + USB
Car power adapter with microUSB connector and USB socket. The maximum current capacity is 3.1 A .
Index: ZAS-09469
Index: ZAS-09469
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Car Charger Extreme 5V/3,1A PD-USB
Car charger with USB C and USB A outputs and lighter plug. Suitable for connecting mobile devices such as phones, smartphones, GPS devices. It has Power Delivery (PD)...
Index: TKN-16757
Index: TKN-16757
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Extreme 2xUSB car charger / power supply NCC312U + CI 5V / 3.1A with Lightning cable
The black car charger, model NCC312U-CI, has two USB outputs with a total current of 3.1 A . It allows you to charge your devices via the USB Lightning cable, which is...
Index: TKN-18133
Index: TKN-18133
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See also
- DJI Phantom drones
- DJI Mavic drones
- Syma drones
- DJI Inspire drones
- Anet 3D printers
- Intel modules & kits
- Hexbug toys
- DJI Mavic drones - drones and accessories
- Magnetic balls
- Android Box Smart TV
- Intel starter kits
- Banana Pi
- 2D printers and pens
- Resistors SMD 1206
- Intel expansions & hats
- Books about Raspberry Pi
- Dobot 3D printers
- String bags (zip bags)
- Intel - module accessories
- Electrolytic capacitors SMD
- Sensors and alarms
- Tantalum capacitors SMD
- Doorbells and peepholes
- Arylic sound modules
- Goofoo 3D printers
- Linear actuators
- Urbicum 3D printers
- LED lighting
- LED beacons
- Raspberry Pi 2B+
- ATMAT 3D printers
- Makeblock 3D printers
- Transport cases
- MakerPi 3D printers
- Orange Pi
- 3D printer Artillery
- Air conditioning and heating
- LittleBits
- Exta Free - sensors and modules
- Spresense Sony
- Rock Pi
- AST lighting drivers
- WowWee
- Coolseer home automation
- AMK - automation and control
Charging controllers and lithium cell charging process
Did you know you can build a lithium-ion cell charger yourself? This is possible thanks to special charging process controllers that have been developed to allow users to create their own charger to suit their individual needs. For optimal working conditions, lithium-ion and lithium-polymer batteries need to be charged in the right way, according to specific rules. It is worth following the general guidelines to protect the battery from possible damage and failure. It is important to know that the charging process must not take too long, as this causes the risk of a cell explosion.
Lithium-ion cells have high requirements for their use. Despite this, they are often chosen for electronic designs and used in many everyday and professional applications. The voltage in the cell must not be lower than the manufacturer's predefined threshold, which usually ranges from 2.8 V to 3.0 V. If the battery is discharged below this predefined limit, damage or even loss of some capacity is possible. It is also harmful to exceed the maximum voltage of the cell, resulting in irreversible failure and, in extreme cases, explosion and fire.
How to charge lithium-ion cells?
Charging consists of two stages. In the beginning, the cell is charged with a DC current of 0.5 to 1 C. If the voltage in the cell is about 4.2 V, the second phase of charging begins. During this phase, the voltage is maintained at 4.2 V, but the current that is drawn by the cell gradually decreases. If it drops to less than 0.1 C, the signal that the battery has already been charged.
Systems are powered in different ways, sometimes only a single lithium-ion battery will work well, and sometimes a more advanced system is required. Simple linear stabilisers and step-down converters are often used for power supply. This is due to the operation of modern electronics with a voltage below the nominal operating voltage of the lithium-ion cell. If you want to create a complete integrated power system, you can supplement it with an integrated charger. Why is this such a great convenience? First of all because it is not necessary to remove the battery from the device in order to recharge it. We charge the device by connecting an external power supply.
The Botland store offers lithium-ion cell chargers with different levels of sophistication. We also offer integrated charging process controllers that allow you to build chargers yourself. With such solutions you will ensure the mobility of your electronic equipment and greater freedom and safety of using them without having to connect to a power source.