XC9236D08CER-G

PMIC - Voltage Regulators - DC DC Switching Regulators

The XC9236D08CER-G is a voltage regulator from Toshiba Electronic Devices and Storage Corporation that belongs to the PMIC family. It belongs to the DC-DC switching regulators and is a dual BOOT regulator with a stackable design.

Application Field:

The XC9236D08CER-G regulator is designed for use in phones, tablets and other mobile consumer electronics and is also suitable for industrial applications, such as servers, servers, desktop and laptop computers, telecommunications and networking equipment, vehicle electronics and LED lighting. The regulator offers excellent protection functions, fast transient response and guaranteed current foldback protection at the start of the output voltage.

Working Principle:

The XC9236D08CER-G regulator is designed for use in Buck-Boost two-phase interleaving and single-phase power control applications. It features a maximum output current of 8A, switching frequency of 1.3Mhz, soft-start and burst-mode operation. The regulator operates with output voltage ripple as low as 10mV. The device also has voltage accuracy and current sharing capability, which is essential for dual-supply applications. The design also offers wide temperature operating range, low quiescent current, and low-voltage start-up capability.

The regulator integrates an analog error amplifier, a PWM/fixed-frequency oscillator, a current-mode control, a low side MOSFET and a power- Good output. The device also features an internal under voltage lock out (UVLO), over current protection (OCP), and over temperature protection (OTP). The regulator is available in a small SOP-8 package.

In summary, the XC9236D08CER-G is a highly efficient and reliable voltage regulator for a wide range of applications including consumer electronics and industrial applications. The device offers excellent current-sharing and voltage accuracy capability, fast transient response, and wide temperature operating range. The regulator is also designed to reduce PCB size and cost.