Toshiba to Launch Charger IC for Lithium-ion Rechargeable Battery Charge Devices in Mobile Devices
Feb 07, 2013 (M2 PRESSWIRE via COMTEX) --
Toshiba Corporation (: 6502) today announced that it will launch a switch mode charger IC for lithium-ion battery chargers for mobile devices, such as smartphones and cellular phones. The new IC, TC7710WBG integrates a detection circuit compliant with "Battery Charging Spec. Rev. 1.2" and has a maximum charge current of 2A  . Samples will be available at the end of this month and mass production is scheduled for May 2013.
The new charger automatically detects USB port type for chargers defined in "Battery Charging Spec. Rev. 1.2", and restricts input current to efficient levels such as 100mA, 500mA, etc. Manufacturers can address the IC through the I2C interface and change the charge current and voltage, supporting design charger systems optimized to the specs of product it will be used with. The IC can also be combined with an external thermistor to detect and automatically stop charging when temperature exceeds the specified range, a measure that greatly enhances safety during charging.
 Actual charge current depends on the conditions under which the IC is used, including soldering conditions, thermal resistance conditions, spec of the lithium-ion battery, etc.
Built-in detection circuit compliant with Battery Charging Spec. Rev.1.2
Temperature detection in combination with an external thermistor.
Maximum 2A charge current
Charger circuit of 1-cell lithium-ion rechargeable batteries for mobile devices, such as smartphones, cellular phones and tablets.
Part Number TC7710WBG
Charging Method Switch mode, CVCC Input voltage 4.35-6.5V
Maximum Input Voltage 10V
Charge Current 300-2000mA(100mA-step)
Charge Voltage 3.46-4.72V(10mV-step)
(Surface mount 25pin, 2.5mm x 2.5mm)
Mass production schedule May 2013
Sample price 100 Japanese Yen
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