World's Smallest Size Ultra-small, ultra-low profile package (2.25 x 1.5, h=0.75mm MAX) 0.4A / 0.7A step-down "micro DC/DC" converters with integrated coil

Torex XCL223 XCL224

Torex - XCL223/XCL224

Torex Semiconductor has launched the XCL223/XCL224 series of "micro DC/DC" converters with an integrated coil and control IC. These are the world's smallest class of 0.4 A/0.7 A type converters.

The XCL223/XCL224 series are ultra-small (outer dimensions: 2.25 mm × 1.5 mm × h0.75 mm) step-down micro DC/DC converters with an integrated coil and control IC. These converters feature a small size and low profile that are the smallest in the world for a 0.4 A/0.7 A output current type.

A power circuit can be created by simply adding two ceramic capacitors, contributing to conservation of board space and shortening of development time. In addition, an internal coil simplifies the board layout and makes it possible to minimize unwanted radiation noise and circuit operation trouble.

Torex - XCL223/XCL224

The operating voltage range is 2.7 V to 5.5 V, and 0.8 to 3.6 V can be selected for the output voltage in steps of 0.05 V (accuracy ±2.0%). The switching frequency is 3.0 MHz, and either PWM control (XCL223) or PWM/PFM auto switching control (XCL224) can be selected for the control method.

The XCL223/XCL224 series uses HiSAT-COT (High Speed Transient Response), and is ideal for optical cables that are required to have a fast transient response, small PC peripheral devices, and portable or digital devices that incorporate a CPU.

Typical Application Circuit
Typical Application Circuit.

With the addition of these products to our lineup, you can freely select as needed for your application. Torex will continue to expand the XCL series of "micro DC/DC" converters to meet market needs.

Efficiency vs Output Current
Efficiency vs Output Current.

XCL223/XCL224 Series Features

  • Step-down DC/DC converters with integrated coil are the smallest in the world in the 0.4 A / 0.7 A output current class
  • HiSAT-COT is used for a fast transient response.
  • Can be used for applications such as optical devices, portable devices, and digital devices.
  • High efficiency (90%: 4.2 V⇒3.3 V, at 300 mA)
  • Ideal for reducing PCB mounting space by miniaturization
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