Texas Instruments LMZ31520/30 SIMPLE SWITCHER® Power Modules
Texas Instruments LMZ31520/30 SIMPLE SWITCHER® Power Modules are an easy-to-use integrated power solution that combines a 20A or 30A DC/DC converter with power MOSFETs, a shielded inductor, and passives into a low profile, QFN package. This total power solution allows as few as three external components and eliminates the loop compensation and magnetics part selection process. The 15 x 16 x 5.8mm QFN package is easy to solder onto a printed circuit board and allows a compact point-of-load design. Achieves greater than 95% efficiency, has ultra-fast load step response and excellent power dissipation capability with a thermal impedance of 8.6°C/W. The LMZ31520/30 offers the flexibility and the feature-set of a discrete point-of-load design and is ideal for powering a wide range of ICs and systems.
Features
- Complete integrated power solution; smaller than a discrete design
- 15mm×16mm×5.8mm package size - pin compatible with each other
- Ultra-fast load step response
- Efficiencies up to 96%
- Wide-output voltage adjust 0.6V to 3.6V, with 1% reference accuracy
- Optional split power rails allows input voltage down to 3.0V
- Selectable switching frequency (300kHz to 850kHz)
- Selectable slow-start
- Adjustable overcurrent limit
- Power Good output
- Output voltage sequencing
- Over temperature protection
- Pre-bias output start-up
- Operating temperature range: -40°C to 85°C
- Enhanced Thermal Performance: 8.6°C/W
- Meets EN55022 Class A emissions - integrated shielded inductor
Applications
- Broadband and Communications Infrastructure
- DSP and FPGA Point of Load Applications
- High Density Power Systems
Datasheets
Associated Product
Texas Instruments Power Module Solutions
Comprehensive power module portfolio provides all-in-one, low cost power solutions.
Associated Development Tools
Texas Instruments LMZ31520EVM-001/LMZ31530EVM-002 Evaluation Modules
configured to evaluate the operation of the LMZ31520 or LMZ31530 power modules.
Functional Block Diagram
