It features a highly integrated step-up DC-DC converter with wide input voltage range from 2.7V to 5V. It is optimized for products powered by single-cell batteries (Li-Ion, Ni-Li, and Li-Polymer) and symmetrical output currents up to 150mA. An LDO and charge pump generate dual outputs at +5.8V(default) and -5.8V(default), whose voltages can be programmed via an I2C compatible interface. Optimized step-up, LDO and charge pump converters maximize conversion efficiency.
TCS3514integrates all compensation and soft-start circuitry, which results in a simpler and smaller solution with much fewer external components. High switching frequency (1.2MHz) allows the use of a smaller inductor and capacitor to further reduce the solution size.
The I2C compatible interface allows to control the positive and negative outputs from+4V to +6.5V and -4V to -6.5V, respectively, as well as programming additional registers on the device.
The device is a RoHS compliant 15-Ball
2.07mmX1.24mmX0.58mm WLCSP package
]]>It features a highly integrated step-up DC-DC converter with wide input voltage range from 2.7V to 5.5V. It is optimized for products powered by single-cell batteries (Li-Ion, Ni-Li, and Li-Polymer) and symmetrical output currents up to 120mA. An LDO and charge pump generate dual outputs at +5V(default) and -5V(default), whose voltages can be programmed via an I2Ccompatible interface. Optimized step-up, LDO and charge pump converters maximize conversion efficiency, exceeding 85%.
TCS3511 integrates all compensation and soft-start circuitry, which results in a simpler and smaller solution with much fewer external components. High switching frequency (1.2MHz) allows the use of a smaller inductor and capacitor to further reduce the solution size.
The I2C compatible interface allows to control the positive and negative outputs from+4V to +6V and -4V to -6V, respectively, as well as programming additional registers on the device.
The device is a RoHS compliant 15-Ball 2.07mm X 1.24mm X 0.64mm WLCSP package.
]]>Primarily intended for smart phone and tablet LCD panel’s driver IC.
The positive charge pump has an internal switch and typically can support output current up to100mA at VCI=3.3V.
Negative charge pump has an internal switch to generate -1 ratio of VSN and typically can support output current up to 120mA at VCI= 3.3V.
The pump clock can be synchronized with external signal from driver IC or can be generated by internal circuit fixed to 300kHz.
The TCS3510 is available in a thin12-pin 2.4×1.5 mm UTDFN green package.
]]>The step-up converter is a high-accuracy power-efficiency250mA output regulator. It features an internal 0.5N-MOSFET, 0.6 P-MOSFET and 1.4MHz operation frequency allowing the use of small inductor and capacitors.The integrated synchronous rectifier allows the true shutdown of the outputs. An internal digital soft-start function controls inrush currents. The step-up converter output can be externally set 4V to 8V.
The inverting converter is a high-accuracy 250mA regulator. It features an internal 0.4 N-MOSFET, 0.5 P-MOSFET and 1.4MHz operation frequency allowing the use of small inductor and capacitors. Its -6V to -1V output efficiency up to 80% at 150mA. An internal digital soft-start function controls inrush currents.
The TCS3512 is available in a small (3mm×3mm×0.6mm)12 pin thin TDFN package and operates over the -40oC to +85oC temperature range.
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