Showing posts with label complete. Show all posts
Showing posts with label complete. Show all posts
Sunday, September 8, 2013
Solar Mobile Phone charger complete circuit diagram
Solar Mobile Phone charger Circuit:
Here is another idea of harvest Solar energy for charging.This charger can charge almost all types of batteries such as Mobile phone batteries. It uses a solar panel to convert light in to electrical energy.
This circuit explains itself whole procedure.
Click to zoom
A 12 volt and 5 watt solar panel is used as source of current.The cells in the panel are made up of semiconductor material which convert sun light energy in to electrical energy.
When the sunlight is a peak means maximum, then solar panel can generate upto 16.5 volts with 400mA current.This current is able to charge mobile phone battery.
Diode D1 allow current to pass in to three regulator ICs to get regulated output.
This output voltage is able to charge Lead Acid battery.
The battery can be connected to point C and ground.
IC2 gives regulated 6 volt to charge NiCd battery. IC3 provides regulated voltage to charge all types of mobile phone batteries which is rated at 3.6 volt.
Red led indicates its charging the battery.
Last Words:
This is simple circuit, if you found any difficulty in understanding this circuit, let me know through comments, ill respond you as earlier as possible.
Here is another idea of harvest Solar energy for charging.This charger can charge almost all types of batteries such as Mobile phone batteries. It uses a solar panel to convert light in to electrical energy.
This circuit explains itself whole procedure.
Click to zoom
A 12 volt and 5 watt solar panel is used as source of current.The cells in the panel are made up of semiconductor material which convert sun light energy in to electrical energy.
When the sunlight is a peak means maximum, then solar panel can generate upto 16.5 volts with 400mA current.This current is able to charge mobile phone battery.
Diode D1 allow current to pass in to three regulator ICs to get regulated output.
This output voltage is able to charge Lead Acid battery.
The battery can be connected to point C and ground.
IC2 gives regulated 6 volt to charge NiCd battery. IC3 provides regulated voltage to charge all types of mobile phone batteries which is rated at 3.6 volt.
Red led indicates its charging the battery.
Last Words:
This is simple circuit, if you found any difficulty in understanding this circuit, let me know through comments, ill respond you as earlier as possible.
Friday, July 26, 2013
Samsung Galaxy Chat B5330 Complete Specifications
Samsung Galaxy Chat B5330 - Complete Specifications - Samsung has introduced their latest product for the lower middle class by using a sleek design with a qwerty keypad buttons that are characteristic of blackberry mobile phone. With a sleek design that makes the phone look so cool with a screen so wide.
Chat Qwerty B5330 Samsung Galaxy using general network at each network 2G Network GSM 850/900/1800/1900 3G Network HSDPA 900/2100 has dimensions of 118.9 x body ie Dimensions 59.3 x 11.7 mm with a weight of around112 g using the same QWERTY keyboard blackberry . In terms of display Qwerty B5330 Samsung Galaxy Chat using the screen with Type TFT capacitive touchscreen, 256K colors Size 240 x 320 pixels, 3.0 inches (~ 133 ppi pixel density) - TouchWiz UX UI. Samsung Galaxy B5330 chat using the operating system OS Android OS, v4.x (Ice Cream Sandwich) CPU 850 MHz Sensors Accelerometer, proximity, compass Messaging SMS (threaded view), MMS, Email, Push Mail, IM, RSS Browser HTML Radio Stereo FM radio with RDS GPS Yes, with A-GPS support and GLONASS Java Yes, via Java MIDP emulator available with white color. In order to have an internal storage memory of 4GB with micro SD up to 32GB which can accommodate all the applications and files you have important files. For quality picture samsung just put a photo with a power of 2 MP, 1600x1200 pixels with video VGA @ 25fps.
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