Internally integrated with two LDOs, the Buck full load current is 10A, providing an integrated power supply solution for LPDDR4X
The IS6630D offers a high-power-density complete power solution for LPDDR4X, integrating a synchronous buck switching converter (VDD2) internally. This converter can deliver up to 10A of continuous current over a wide input voltage range (4.5V to 22V), featuring excellent load and line regulation. It employs the company's proprietary TCOT™ control mode for fast transient response. Additionally, the chip integrates VDDQ LDO and VDD1 LDO internally. The VDDQ LDO requires only a single 22μF ceramic capacitor at its output to sink or source 1.5A of continuous current; the VDD1 LDO needs two 22μF ceramic capacitors to provide 1.5A of continuous current. IS6630D comes in a QFN16 (3mmx3mm) package and incorporates comprehensive protection features including OCP, NOCP, OVP, UVP, and OTP. It features an open-drain PGOOD signal to indicate the chip's operational status. The use of all-ceramic capacitors at the output helps users save space and reduce costs.
Internally integrated with two LDOs, the Buck full load current is 10A, providing an integrated power supply solution for LPDDR4X
The IS6630D offers a high-power-density complete power solution for LPDDR4X, integrating a synchronous buck switching converter (VDD2) internally. This converter can deliver up to 10A of continuous current over a wide input voltage range (4.5V to 22V), featuring excellent load and line regulation. It employs the company's proprietary TCOT™ control mode for fast transient response. Additionally, the chip integrates VDDQ LDO and VDD1 LDO internally. The VDDQ LDO requires only a single 22μF ceramic capacitor at its output to sink or source 1.5A of continuous current; the VDD1 LDO needs two 22μF ceramic capacitors to provide 1.5A of continuous current. IS6630D comes in a QFN16 (3mmx3mm) package and incorporates comprehensive protection features including OCP, NOCP, OVP, UVP, and OTP. It features an open-drain PGOOD signal to indicate the chip's operational status. The use of all-ceramic capacitors at the output helps users save space and reduce costs.