MagnaChip Semiconductor
Suite 750
San Jose, CA 95113
Magnachip Offers 0.13 micron Embedded Flash That Provides Variety of Customized IPs Up to 64Kbytes
Available with 20 and 30V high-voltage options. Designed for multi-function hybrid mixed-signal products such as touch ICs, fingerprint readout ICs and wireless power charger ICs. The hybrid process offers fully isolated high-voltage capability for output driver to handle negative voltage.
Read More »Magnachip Offers 0.13 micron Embedded Flash That Provides Variety of Customized IPs Up to 64Kbytes
Available with 20 and 30V high-voltage options. Designed for multi-function hybrid mixed-signal products such as touch ICs, fingerprint readout ICs and wireless power charger ICs. The hybrid process offers fully isolated high-voltage capability for output driver to handle negative voltage.
Read More »New 28-Nanometer OLED DDIC Improves Call Quality of Smartphones
Maximizes design flexibility for latest full-screen displays, such as bezel-less and hole type displays. Ideal for smartphones and other mobile devices, where small size and thinness are critical factors. Supports Display Types such as rigid, flexible, foldable and VR, AR applications.
Read More »New 28-Nanometer OLED DDIC Improves Call Quality of Smartphones
Maximizes design flexibility for latest full-screen displays, such as bezel-less and hole type displays. Ideal for smartphones and other mobile devices, where small size and thinness are critical factors. Supports Display Types such as rigid, flexible, foldable and VR, AR applications.
Read More »MagnaChip's New 0.13 Micron 18V High Voltage GEN2 Technology Provides Diverse High Voltage from 9V to 45V to Produce LDDIs and MDDIs
Offers various option modules including MIMs, resistors, BJTs and capacitors. Enables highly integrated designs by applying the same design rules for both top and internal metals. Dedicated for high performance source driver IC for LCD and OLED TVs.
Read More »MagnaChip's New 0.13 Micron 18V High Voltage GEN2 Technology Provides Diverse High Voltage from 9V to 45V to Produce LDDIs and MDDIs
Offers various option modules including MIMs, resistors, BJTs and capacitors. Enables highly integrated designs by applying the same design rules for both top and internal metals. Dedicated for high performance source driver IC for LCD and OLED TVs.
Read More »MagnaChip Introduces Bipolar-CMOS-DMOS Technology That Offers Specific On-Resistance of Power LDMOS
The Bipolar-CMOS-DMOS BCD Process Technology is suitable for PMIC, DC-DC converters, battery charger ICs, protection ICs, motor driver ICs and LED driver ICs. The technology with low Rsp LDMOS helps in reducing chip size and power loss of power ICs. It is used for generating diverse combination of 1.8V, 5V, and 12~40V transistors. The BCD process technology provides various optional devices such...
Read More »MagnaChip Introduces Bipolar-CMOS-DMOS Technology That Offers Specific On-Resistance of Power LDMOS
The Bipolar-CMOS-DMOS BCD Process Technology is suitable for PMIC, DC-DC converters, battery charger ICs, protection ICs, motor driver ICs and LED driver ICs. The technology with low Rsp LDMOS helps in reducing chip size and power loss of power ICs. It is used for generating diverse combination of 1.8V, 5V, and 12~40V transistors. The BCD process technology provides various optional devices such...
Read More »Magnachip Introduces Low Dropout Regulator That is Capable of Supplying 500 mA Maximum Current
The Low Dropout Regulator is designed to regulate output voltage when supply voltage is immensely close to the output voltage. The unit offers output voltage of 1.2V in 1.65V to 3.3V input voltage range. The device can remove input power noise and realizes a low quiescent current of 75 uA. The LDO is suitable for applications such as notebook PCs, tablets and smartphones.
Read More »Magnachip Introduces Low Dropout Regulator That is Capable of Supplying 500 mA Maximum Current
The Low Dropout Regulator is designed to regulate output voltage when supply voltage is immensely close to the output voltage. The unit offers output voltage of 1.2V in 1.65V to 3.3V input voltage range. The device can remove input power noise and realizes a low quiescent current of 75 uA. The LDO is suitable for applications such as notebook PCs, tablets and smartphones.
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