Emerson Network Power's modular dc-dc power conversion products are well-suited to satisfying FPGA, CPLD core and I/O power requirements from 0.9 V to 3.3 V @ 1 to 30 amps.
A number of power silicon suppliers offer FPGA power solutions based on discrete components such PWM controllers, MOSFETs, capacitors, resistors and output inductors. Although these may appear attractive purely from a bill of materials perspective, Emerson Network Power's integrated power solutions often have a lower total cost. They require minimal engineering resources and therefore help users accelerate their time to market, and are invariably more efficient and demand less board space than solutions based on discrete components.
Emerson Network Power's integrated FPGA power solutions also provide the input and output voltage flexibility needed to facilitate design migration, and feature high MTBF figures and international safety approvals. Check the download and link sections on this page for more information.
Do you require assistance in determining the best FPGA power solution for your application? Do you have any questions about testing or developing FPGA power solutions? Contact us to send a question or RFQ document to an FPGA power expert.
| Series | Current | Shortform | Longform | Application Note | Stock Check |
| LDO03C | 3 A | Check | |||
| LDO06C | 6 A | Check | |||
| LDO10C | 10 A | Check | |||
| SMT15E 5 V | 15 A | Check | |||
| SMT15E 12 V | 15 A | Check | |||
| SMT30E 12 V | 30 A | Check |