WOYUM Three Charging Current Indicator Lights 18650 AA AAA Battery Single Slot Battery Charger
WOYUM Battery chargers are made to safely charger your batteries with ease and worry free, each battery charger has multiple safety protection to protect your batteries and your safety. Highly compatible automatic smart chargers built with crystalline LCD display or LED indicator, fully compatible with a multitude of battery types and safety.
WOYUM brand is specialized in researching, manufacturing and selling Li-ion/Ni-MH/Ni-CD battery charger, Car charger,power adapter, LED flashlight and LED portable lighting etc.
More info. pls visit: https://www.woyum.com/woyum-three-charging-single-slot-battery-charger
Check out these new Lithium 18650 chargers available now at County Battery! These chargers are small, handy and perfect for single rechargeable 18650s! Need a closer look? Follow this link to our website! https://www.countybattery.co.uk/chargers-connectors/xtar-mc1-plus-18650-single-battery-charger/
ChargePoint recently took most of their California Energy Commission funded sites offline with no forewarning. This essentially shutdown EV travel on I-5 for nearly the entire length of California. Several owners were stuck spending hours using Level 2 AC charging in order to salvage their trips.
This is concerning for two reasons. First, we need charging providers to communicate any planned outages or upgrades ahead of time. Second, we need to ensure that these routes are supported by more than just a single charging provider.
In this video how to make a 3.7v Li-Ion 18650 Battery charger using LM2596 DC-DC buck converter step-down power module. 18650 Battery Maximum charger voltage should be 4.0v o 4.2v DC
Download Circuit diagram and detail – https://goo.gl/JdPyyh
the component is using
1) 3.7v Li-Ion 18650 Battery
2) LM2596 dc-dc buck converter step down module
buy material by the following a link
3.7v Li-Ion 18650 Battery = https://goo.gl/Jj7g3J
LM2596 dc-dc buck converter step down module -=https://goo.gl/pxH5AR
MT3608 2A dc-dc Step Up Boost Power Module = https://goo.gl/c4Ys6P
Click the link see the more videos on the playlist
1)Monitoring & controlling project circuits – https://goo.gl/UUT2CG
2) Inverter circuits – https://goo.gl/xz33Uu
3) Chaser LED lights circuits – https://goo.gl/5aRnU4
4) DC Power supply circuits – https://goo.gl/yt4fuP
5) Remote control circuit – https://goo.gl/rJzx1d
6) LED-based circuits – https://goo.gl/pga5qh
7) Relay-based circuit – https://goo.gl/Q4r7XM
8) PIC Microcontroller project – https://goo.gl/9tNaVm
9) Relay-based circuit – https://goo.gl/J4u8BD
10) Battery controller circuits – https://goo.gl/YVHokC
11) Repair works – https://goo.gl/11uPxn
12)Transformerless power supply circuits – https://goo.gl/c9zv
buy more material by the following a link
1. Electronic Components Project Kit or Breadboard, Capacitor, Resistor, LED, Switch =https://goo.gl/1mBi3L
2. 1N4007 Mic 1A 1000V DO-41 Rectifier Diode Set Of 10 = https://goo.gl/X71hCp
3. DC 0.9V-5V 0.6A USB Charger power bank Module https://goo.gl/ZpP9eE
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Review and test of this neat 1 or 2 cell up to 2 Amps lithium cell charging board.
Skip to Testing 6:44
Data Sheet http://www.microlab.info/wp-content/uploads/sites/5/2018/06/TP5100-EN-autotranslated.pdf
UNI-T UT210E Clamp Meter http://bit.ly/UT210E_Clamp
ANENG AN8002 Multimeter Temperature Tester http://bit.ly/ANENGMultimeterTempTest
MUSTOOL G700 HD 1080P Portable Desktop LCD Digital Microscope http://bit.ly/LCDMicroscope
Four Wire Battery Test Rack http://bit.ly/Batt_TestRack
Input voltage: DC 5-18V(actual 5-12V is appropriate)
Charging status: full and no-load blue light, red during charging
The voltage setting must be operated in the power-off state, and the switch must be disconnected before switching.
1. Dual / single 8.4V / 4.2V lithium battery charging
2. Built-in power MOSFET, switch mode, low device heat, simple external
3. Programmable charge current, 0.1-2A
4. Programmable precharge current, 10%-100%
5. No need for an external anti-sinking schottky diode
6. Wide operating voltage up to 18V
7. Red and blue LED charge status indication
8. Chip temperature protection, over-current protection, under-voltage protection
9. Battery temperature protection, reverse battery shutdown, short circuit protection
10. Switching frequency 400KHz, available inductance 20uH and above
11. PWR_ 0N-power, battery-powered switching control
12. Less than 1% charge voltage control accuracy
13. Trickle, constant current, constant voltage three-stage charging to protect the battery
14. Using QFN16 4mm*4mm ultra small package
Absolute maximum rating:
1. Static input supply voltage (vin): 20V
2. BAT: -8.4V~20V
3. BAT short circuit duration: continuous
4. Maximum junction temperature: 120℃
5. Working environment temperature range: -40℃~85℃
6. Storage temperature range: -65℃~125℃
7. Pin temperature (welding time 10 seconds): 260’℃
Portable devices, various chargers, smart phones, PDA, mobile cellular phones, MP4 or MP5 players, tablet PC, model airplanes, power tools, intercoms
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The Yosta Livepor 100 is a bit of departure from the normal dual batter lightweight mods that Yosta have released in the past. The Yosta Livepor 100 is a single 18650/20/21700 based mod that instead of the usually injected plastic shell…has a metal shell instead.
═╣ Yosta Livepor 100 ╠═
01:33 ◄ Unboxing and Close Look
06:29 ◄ Controls and Screen
08:44 ◄ Temp Control & Wattage Vape
11:52 ◄ Thoughts
═╣ SENT FROM ╠═
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I am back with my new video .
So friends in this video I will show you that how can you make a simple 1.5 mobile charger .This charger can run by a single 1.5v cell but for short time .
It is very useful in travel when your phone’s battery gone dead you can use it.
It is also known by his other name that is Emergency phone charger .
8)Female usb Jack
If you want to download the circuit diagram of this video link given below;
Do you have a lot of single cell 1s LiPo batteries to charge?
Here is a simple way to build a six port charger so you can charge six 1s batteries at once and it’s self contained needing no external power using rechargeable D cells!
Jon’s build video:
Please watch: “Runcam Owl Plus Camera with Low Light PL0075 Lens Installed for Night FPV RC Flying”
Battery charging speed test comparison between OnePlus 6T Warp Charge, Huawei Mate 20 Pro Supercharge, Google Pixel 3 XL Quick Charge, Samsung Galaxy Note 9 Adaptive Fast Charge, and iPhone XS / iPhone XS Max Apple Fast Charge, plus more! Which tech do YOU think will be the fastest?
High Efficiency Bridgeless Single Power Conversion Battery Charger for Light Electric Vehicles
Charging batteries of light electric vehicles require chargers with high efficiency and a high power factor. To meet this need, this paper presents a bridgeless single-power-conversion battery charger composed of an isolated step-up ac-dc converter with a series-resonance circuit. The bridgeless configuration reduces the conduction losses associated with the input diode rectifier, and the series-resonance circuit reduces the reverse-recovery losses of the output diodes by providing zero-current switching. In addition, direct and series-resonance current injections enable bidirectional core excitation by the transformer, thereby allowing high-power capability. The control algorithm derived from feedback linearization is also developed, which allows the proposed charger to correct the power factor and regulate the output power in a single-stage power conversion. This simple circuit structure leads to high efficiency and a high power factor. The theoretical concepts of the proposed charger are verified experimentally using a 1.7-kW prototype.
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