Sumida SPM-HZ Power Inductor Modules

Sumida SPM-HZ Power Inductor Modules use proprietary Power Supply in Inductor (PSI2) technology to offer high efficiency in small, low profile packages. Each module contains integrated power MOSFETs, driver, PWM controller, a high-performance inductor, input and output capacitors, and other passive components. The Sumida SPM-HZ Power Modules are non-isolated for use as point-of-load (PoL) power converters and features 12V input. The SPM-HZ components offer output voltages ranging from 5V down to 0.8V with a 6A maximum load for each module. Applications for Sumida SPM-HZ PSI2 modules include communications and industrial products, servers, consumer products, test equipment, and distributed power systems.

Features

  • Power Supply in Inductor (PSI2) technology for high efficiency in a small, low profile package
  • Contains integrated power MOSFETs, driver, PWM controller, a high-performance inductor, input and output capacitors, and other passive components in one low profile LGA package
  • AEC-Q200 qualified
  • Non-isolated for use as point-of-load power converters
  • Each output voltage can be trimmed by ±10%
  • Delivers full 6A load current without derating at 85°C ambient temperature with no airflow
  • Lead-free, Halogen-free, and RoHS compliant

Applications

  • Broadband and communications equipment
  • DSP and FPGA Point-of-Load applications
  • High density distributed power systems
  • Automated PCI, PCI express, and PXI express
  • Automated test and medical equipment

Specifications

  • 2.95V to 28V input voltage range
  • 0 to 8A output current range
  • 0.6V to 5V output voltage range
  • 330nH to 68µH inductance range
  • 1.62mΩ to 200.2mΩ maximum DC resistance range
  • 2.2A to 34.9A saturation current range
  • 2.6A to 36A maximum DC current range
  • Efficiency up to 96.1%
  • -40 to +85°C operating temperature range

Development Tools

Sumida EVM1004 is an evaluation board for the SPM1004 non-isolated DC/DC converter.

Opublikowano: 2016-04-28 | Zaktualizowano: 2022-03-11