Non-isolated PCB mount DC-DC converters: SIL/SMT family
- Technology
- PCB mount power supplies
- Partner
- Artesyn / Advanced Energy
Advanced Energy’s Artesyn SIL/SMT Series delivers high-efficiency, non-isolated DC-DC converters designed for direct PCB mounting in space-constrained applications. With a focus on power density, flexibility, and scalability, the SIL and SMT families are ideal for powering ASICs, FPGAs, microprocessors, and other digital logic.
Engineered for point-of-load (POL) use in distributed power architectures, these converters offer adjustable output voltages, fast transient response, and wide input voltage ranges. Whether you’re building in telecom, industrial, IT, or networking systems, these compact modules deliver reliable performance where board space and thermal efficiency matter most.
Need help selecting the right converter or designing for higher loads? Contact our expert team for technical guidance or custom solutions.
Range features
A high level overview of what this range offers
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High power density in compact form Up to 40 A output current in a small PCB-mount footprint for space-sensitive designs.
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** Wide output voltage adjustability Trim to match application-specific voltage requirements with precision.
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**Excellent efficiency (up to 96%) Minimises power loss, improves thermal performance, and lowers energy costs.
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** Fast transient response Maintains voltage stability under dynamic load conditions—ideal for processors and FPGAs.
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**Wide Input voltage range Typically accepts 3.0–13.8 V input, supporting diverse distributed power systems.
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**Flexible mounting: SMT or SIP (Single Inline Package) Supports surface-mount or through-hole PCB designs with ease.
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**Remote on/off and output Sensing Enables intelligent control and fault monitoring within digital systems.
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**Overcurrent and overtemperature protection Built-in safeguards enhance reliability and prevent failure in harsh environments.
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**RoHS compliant & industry standard pinouts Environmentally responsible and easy to design into existing layouts.
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**Plug-and-play with ASIC, FPGA, DSP systems Optimised for modern digital applications in telecom, industrial, and computing sectors.
What’s in this range?
All the variants in the range and a comparison of what they offer
| Part Number | Output Current | Input Voltage Range | Output Voltage (Adj.) | Mounting Type | Efficiency (Typ.) |
|---|---|---|---|---|---|
SIL05E | 5 A | 3.0 – 13.8 V | 0.75 – 3.63 V | SIP (Vertical) | Up to 93% |
SIL10E | 10 A | 3.0 – 13.8 V | 0.75 – 3.63 V | SIP | Up to 94% |
SIL15E | 15 A | 3.0 – 13.8 V | 0.75 – 3.63 V | SIP | Up to 95% |
SIL20C2 | 20 A | 4.5 – 13.8 V | 0.8 – 5.0 V | SIP (High Power) | Up to 95% |
SIL30E | 30 A | 4.5 – 13.8 V | 0.8 – 5.0 V | SIP | Up to 96% |
SIL40C2 | 40 A | 4.5 – 13.8 V | 0.8 – 5.0 V | SIP | Up to 96% |
SMT05E | 5 A | 3.0 – 13.8 V | 0.75 – 3.63 V | SMT | Up to 93% |
SMT10E | 10 A | 3.0 – 13.8 V | 0.75 – 3.63 V | SMT | Up to 94% |
SMT15E | 15 A | 3.0 – 13.8 V | 0.75 – 3.63 V | SMT | Up to 95% |
SMT15E_12V | 15 A | 10.2 – 13.8 V | 0.75 – 3.63 V | SMT (12V Input) | Up to 95% |
SMT20C2 | 20 A | 4.5 – 13.8 V | 0.8 – 5.0 V | SMT (High Power) | Up to 95% |
SMT30C | 30 A | 4.5 – 13.8 V | 0.8 – 5.0 V | SMT | Up to 96% |
SMT30E | 30 A | 4.5 – 13.8 V | 0.8 – 5.0 V | SMT | Up to 96% |
SMT40C2 | 40 A | 4.5 – 13.8 V | 0.8 – 5.0 V | SMT | Up to 96% |
