The SGM61024 is a high frequency synchronous Buck converter with an input voltage range from 2.4V to 5.5V and a wide output current range, optimized for compact solutions. For SGM61024A, to keep the high efficiency in the whole load range, the device operates in pulse width modulation (PWM) mode at normal load and automatically enters the power-save mode (PSM) at light loads. The minimum static current is only 5.7µA to maintain its high efficiency. For SGM61024B, the device operates in force PWM mode at light and heavy loads.
With its adaptive hysteresis and pseudo-constant on-time control (AHP-COT) architecture, the load transient performance is excellent and the output voltage regulation accuracy is achieved.
The device is available in a Green UTDFN-1.5×1.5-6L package.
- AHP-COT Architecture for Fast Transient Regulation
- 2.4V to 5.5V Input Voltage Range
- 2A Output Current
- 0.6V to 4V Wide Output Voltage Range
- Low Static Current: 5.7µA (SGM61024A)
- 100% Duty Cycle for the Lowest Dropout
- Output Discharge Function
- Power Good Output
- Thermal Shutdown
- Power-Save Mode at Light Loads: SGM61024A
- Force PWM Mode: SGM61024B
- Hiccup Short-Circuit Protection
- Available in a Green UTDFN-1.5×1.5-6L Package
Battery-Powered Applications
Point-of-Load
Processor Power Supplies
Hard Disk Drives (HDD)/Solid State Drives (SSD)
Part Number | Status | Package | Pins | Pd-Free | RoHS | REACH | Green | MSL Rating | Operating Temperature Range | Material Content | Reliability Report | Unit Resale Price* (Volume Range: in USD) | Lead Time** (Volume Range: Days) | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
SGM61024AXUGJ6G/TR | Active | UTDFN-1.5×1.5-6L | 6 | YES | YES | YES | YES | MSL1 | -40℃ to +125℃ | View | View | |||
SGM61024BXUGJ6G/TR | Active | UTDFN-1.5×1.5-6L | 6 | YES | YES | YES | YES | MSL1 | -40℃ to +125℃ | View | View |
* The unit resale price is for reference purposes only. Please contact our distributors for a formal quotation.
** The lead time provided is for reference purposes only and is subject to change based on different circumstances.
