AC DC Converters

Image Part Number Description / PDF Quantity Rfq
PBO-3C-5

PBO-3C-5

CUI Inc.

AC-DC, 3 W, 5 VDC, SINGLE OUTPUT

258

PSK-20D-3

PSK-20D-3

CUI Inc.

AC-DC, 20 W, 3.3 VDC, SINGLE OUT

70

PSK-S10C-15

PSK-S10C-15

CUI Inc.

AC/DC CONVERTER 15VDC 11W

35

VSK-S3-3R3U

VSK-S3-3R3U

CUI Inc.

AC/DC CONVERTER 3.3V 3W

66

PSK-45-24

PSK-45-24

CUI Inc.

AC-DC, 45 W, 24 VDC, SINGLE OUTP

173

VOF-6-3.3

VOF-6-3.3

CUI Inc.

AC/DC CONVERTER 3.3V 6W

369

PBO-3C-15

PBO-3C-15

CUI Inc.

AC-DC, 3 W, 15VDC, SINGLE OUTPUT

278

VSK-S2-12U

VSK-S2-12U

CUI Inc.

AC/DC CONVERTER 12V 2W

1298

PSK-25W-12

PSK-25W-12

CUI Inc.

AC-DC, 25 W, 12 VDC, SINGLE OUTP

5

PSK-S25B-12-PB

PSK-S25B-12-PB

CUI Inc.

AC-DC, 25 W, 12 VDC, SINGLE OUTP

25

PSK-S25B-24-PB

PSK-S25B-24-PB

CUI Inc.

AC-DC, 25 W, 24 VDC, SINGLE OUTP

0

PSK-S2C-3

PSK-S2C-3

CUI Inc.

AC/DC CONVERTER 3.3VDC 2W

33

PSK-S25B-48

PSK-S25B-48

CUI Inc.

AC-DC, 25 W, 48 VDC, SINGLE OUTP

50

PSK-S6C-15

PSK-S6C-15

CUI Inc.

AC/DC CONVERTER 15VDC 6W

32

PSK-S3-24

PSK-S3-24

CUI Inc.

AC-DC 3W 24VDC SINGLE OUTPUT

0

PSK-S3-15

PSK-S3-15

CUI Inc.

AC-DC 3W 15VDC SINGLE OUTPUT

0

PSK-S3-12

PSK-S3-12

CUI Inc.

AC-DC 3W 12VDC SINGLE OUTPUT

0

PBK-1-9-B

PBK-1-9-B

CUI Inc.

AC/DC CONVERTER 9V 1W

0

FSK-S15-15U

FSK-S15-15U

CUI Inc.

AC/DC CONVERTER 15V 15W

0

PBK-1-24

PBK-1-24

CUI Inc.

AC/DC CONVERTER 24V 1W

0

AC DC Converters

1. Overview

Board mount AC DC converters are electronic devices that convert alternating current (AC) from mains power to direct current (DC) at required voltage levels. These components are critical in modern electronics, enabling power supply to printed circuit boards (PCBs) across diverse applications. They ensure safe voltage transformation, electrical isolation, and stable power delivery in compact form factors.

2. Main Types & Functionality

TypeFunctional CharacteristicsApplication Examples
Isolated AC-DC ConvertersProvide galvanic isolation between input and output circuitsMedical equipment, industrial controllers
Non-Isolated AC-DC ConvertersDirect connection between input and output with shared groundConsumer electronics, LED lighting
Modular AC-DC ConvertersStandardized footprints with integrated EMI filteringTelecom infrastructure, test equipment

3. Structure & Components

Typical construction includes: - Die-cast aluminum housing with heat dissipation fins - PCB assembly with bridge rectifier, PFC circuitry, and switching MOSFETs - Transformer for voltage conversion and isolation - Output capacitors and voltage regulation ICs - Safety-certified insulation barriers between primary/secondary sides

4. Key Technical Parameters

ParameterDescription & Importance
Input Voltage Range90-264VAC (global compatibility)
Output Power3-500W (determines load capacity)
Efficiency85-94% (impacts thermal management)
Isolation Voltage1500-3000VAC (safety compliance)
Operating Temperature-40 C to +85 C (environmental reliability)

5. Application Fields

Key industries include: - Industrial automation (PLC systems, motor drives) - Medical devices (patient monitors, diagnostic equipment) - IT infrastructure (servers, data storage) - Smart home systems (HVAC controllers, security devices) - Renewable energy systems (solar inverters, battery storage)

6. Leading Manufacturers

ManufacturerRepresentative Product
TDK-LambdaDRB-25-24 (25W medical-grade converter)
Mean WellIRM-10-05 (10W industrial power supply)
CUI IncPBO-10-12 (10W open-frame converter)
RECOM PowerRAC05-05SK/277 (5W industrial converter)

7. Selection Guidelines

Key considerations: - Match input/output requirements with system specifications - Verify safety certifications (UL, CE, IEC60601) - Evaluate thermal management needs - Consider PCB layout constraints - Balance cost vs reliability requirements

8. Industry Trends

Emerging developments: - Increased efficiency targets (>94%) through GaN/SiC technology - Miniaturization with planar magnetics integration - Smart converters with digital monitoring interfaces - Enhanced EMC performance for IoT applications - Energy harvesting compatibility in low-power designs

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