New Products

New products of General-Purpose Linear ICs on one year in the past.

Sub Power Management IC for Mobile Equipment: TC7732FTG

The TC7732FTG is a PMIC (power management IC) which accumulated a DCDC converter (one channel) and LDO (three channels). Target application is small electronic devices, such as audiovisual one, office automation, and an amusement. (24 Apr, 2013)
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Offline Isolated Flyback LED Controller with 1 converter PFC: TC62D902FG

This product is an isolated flyback LED controller.The device average LED current is controlled by primary side current and bias side pulse width.The device detection circuit on the secondary side is no need. And, this device has a built-in active one-converter PFC and an active breeder to be effective with the triac dimmable. (01 Apr, 2013)
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Single Phase Full-wave Driver for Fan Motor： TC78B002FTG

TC78B002FTG is a single phase full-wave driver for fan motor. It has a DMOS device in an output transistor.A highly effective drive is possible by adopting a DMOS output driver with low ON resistance and a PWM drive system. (26 Mar, 2013)
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High-voltage PWM BLDC motor driver:TB67B000HG

The TB67B000HG is a high-voltage PWM BLDC motor driver. The product integrates a sine-wave PWM/wide-angle commutation controller and the high-voltage driver in a single package (two-in-one). It is designed to change the speed of a BLDC directly motor by using a speed control signal (analog) from a microcontroller. (14 Mar, 2013)
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PWM method CLOCK-IN Bipolar stepping motor driver: TB67S215FTAG

The TB67S215FTAG is a pwm method clock-in controlled motor driver for two-phase bipolar stepping motor. Using the BiCD process, the TB67S215FTAG is rated at 40 V/2.5 A. (Absolute maximum ratings) Also, with the built-in VCC regulator, the TB67S215FTAG can be operated with a single motor power (VM) supply. (08 Mar, 2013)
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PWM method PHASE-IN Bipolar stepping motor driver: TB67S213FTAG

The TB67S213FTAG is a pwm method phase signal controlled motor driver for two-phase bipolar stepping motor. Using the BiCD process, the TB67S213FTAG is rated at 40 V / 2.5 A. (Absolute maximum ratings) Also, with the built-in VCC regulator, the TB67S213FTAG can be operated with a single motor power (VM) supply. (08 Mar, 2013)
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300mA Single Output CMOS-LDO Regulator IC: TCR3DF Series

A general-purpose SMV (SOT-25) package version of 300mA single output CMOS-LDO regulator IC featuring low drop-out, low-noise output, and excellent load response characteristics. Using a next generation process, this regulator IC has a significantly improved trade-off between characteristics and size. (25 Feb, 2013)
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Expanding Our Lineup of 200mA CMOS-LDO Regulators: TCR2EN, TCR2EE, TCR2EF Series

200mA single output CMOS-LDO regulators featuring low drop-out, low-noise output, and excellent load response characteristics. Using a next generation process, these regulators have a significantly improved trade-off between characteristics and size. (28 Jan, 2013)
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Small CMOS-LDO Regulators for Mobile Devices: TCR3DM Series

Using a next generation process, these regulators feature significantly improved drop-out characteristics. With an ultra-small 1.0mm x 1.0mm x 0.6mm package (DFN4), these products achieve the characteristics of 210mV (typ.) at 2.5V and 300mA. (20 Dec, 2012)
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Ultra-small Package (0.79mm x 0.79mm) 1.0A-Output Load Switch ICs: TCK106G, TCK107G, TCK108G

The TCK106G, TCK107G, and TCK108G are low voltage operation, low ON-resistance, and low consumption current ultra-small load switch ICs. With a footprint of only 0.64mm2, these load switch ICs are suitable for applications requiring high-density packaging, such as mobile devices. (13 Nov, 2012)
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Low ON-resistance Ultra-small Load Switch ICs with Overcurrent and Overtemperature Protection Functions: TCK104G, TCK105G

The TCK104G, and TCK105G are low voltage operation, low ON-resistance, and low consumption current load switch ICs with overcurrent and overtemperature protection functions. (16 Oct, 2012)
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Multi-output power management IC： TC7731FTG

The TC7731FTG is a compact power management IC (PMIC) that integrates a DC-DC converter and an LDO regulator on the same chip. It is ideal for power supply applications for a wide range of electronic devices such as audiovisual equipment, office equipment and amusement equipment. (03 Oct, 2012)
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24-Channel Constant-Current LED Driver IC of the 3.3-V and 5-V Power Supply Voltage Operation： TB62D612FTG

The TB62D612FTG incorporates twenty-four channels of seven-bit PWM dimming controllers and constant-current drivers. The twenty-four constant-current drivers are divided into three blocks, and the output current of each can be independently adjusted by the relevant external resistor. (21 Sep, 2012)
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Ultra-small Package and Low-noise 200mA LDO Regulator for Mobile Devices: TCR2DG Series

200mA output single LDO regulator featuring low-noise output, high ripple rejection ratio, excellent responsiveness under high-speed loads and low drop-out, and that uses a newly developed micro CMOS process. (22 Aug, 2012)
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Ultra-small Package Load Switch ICs for Mobile Devices: TCK101G, TCK102G

The TCK101G and TCK102G are low voltage operation, low ON-resistance, and low consumption current load switch ICs with additional functions. (19 Jun, 2012)
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Single Chip Voltage Step Down DC-DC Converter IC: TCV7116FN, TCV7117F

The TCV7116FN / TCV7117F is a single chip DC-DC converter IC which can generate a low voltage, such as 1.2V, from a power line such as 5V or 3.3V. (30 May, 2012)
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AC/DC Step-Down LED Lighting Driver: TB62D901FNG (for Non-Isolated Applications)

The TB62D901FNG is a constant-current driver IC ideal for AC/DC step-down LED lighting applications. (29 May, 2012)
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Low Drop-out Voltage and Low-noise CMOS-LDO Regulators: TCR2EE, TCR2EF Series

Single output 200mA CMOS LDO regulators with a control terminal. (24 May, 2012)
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PWM constant-current stepping motor driver IC: TC78S600FNG/FTG

The TC78S600FNG is a successor to the TB6608FNG. It provides micro-step control with a clock signal and can be used in applications that require 1-2-phase, W1-2-phase, 2W1-2 phase and 4W1-2 phase excitation modes. (09 May, 2012)
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