AC DC Desktop, Wall Adapters

Image Part Number Description / PDF Quantity Rfq
TRH50A360-01E03 VI

TRH50A360-01E03 VI

Cincon

AC/DC WALL MOUNT ADAPTER

46

TRH150A480-11E12 VI

TRH150A480-11E12 VI

Cincon

AC/DC DESKTOP ADAPTER 48V 150W

0

TRH150A280-11E12 VI

TRH150A280-11E12 VI

Cincon

AC/DC DESKTOP ADAPTER 28V 150W

0

TRH21A090-01E03 VI

TRH21A090-01E03 VI

Cincon

AC/DC DESKTOP ADAPTER 9V 21W

0

TRH150A360-11E12 VI

TRH150A360-11E12 VI

Cincon

AC/DC DESKTOP ADAPTER 36V 150W

0

TRH150A150-1442E471 VI

TRH150A150-1442E471 VI

Cincon

AC/DC DESKTOP ADAPTER 15V 150W

0

TRH150A240-11E12 VI

TRH150A240-11E12 VI

Cincon

AC/DC DESKTOP ADAPTER 24V 150W

0

TRH150A120-1442E471 VI

TRH150A120-1442E471 VI

Cincon

AC/DC DESKTOP ADAPTER 12V 150W

0

TRH21A050-01E02 VI

TRH21A050-01E02 VI

Cincon

AC/DC DESKTOP ADAPTER 5V 15W

0

TRH25050-A-11E02 VI

TRH25050-A-11E02 VI

Cincon

AC/DC WALL MOUNT ADAPTER 5V 20W

0

AC DC Desktop, Wall Adapters

1. Overview

AC DC desktop and wall adapters are external/internal power conversion devices that transform alternating current (AC) from mains into direct current (DC) for electronic equipment. They serve as critical components in modern technology by providing stable, regulated power to devices such as laptops, medical instruments, industrial controllers, and consumer electronics. These adapters ensure compatibility between grid electricity and sensitive electronics, enabling portability and operational reliability.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Desktop AdapterCompact standalone unit placed on surfaces; includes LED indicators and over-voltage protectionLaptop chargers, industrial test equipment
Wall AdapterDirect plug-in design; built-in thermal shutdown and short-circuit protectionSmartphones, IoT devices, security cameras
Programmable AdapterAdjustable output voltage/current via digital interfaces (e.g., USB-C PD)Research labs, precision manufacturing

3. Structure and Components

A typical adapter consists of:

  • Enclosure: Flame-retardant plastic or metal casing for safety and heat dissipation
  • Transformer: Converts high-voltage AC to low-voltage AC
  • Rectifier: Converts AC to pulsating DC using diode bridges
  • Filter Circuit: Smooths DC output via capacitors/inductors
  • Regulator: Maintains constant output using switching regulators or linear ICs
  • Connectors: USB-C, barrel jacks, or proprietary interfaces

4. Key Technical Specifications

ParameterDescription
Input Voltage Range100-240V AC (global compatibility)
Output Voltage3.3V to 48V DC (adjustable in programmable models)
Output Current0.5A to 10A (determines power delivery capacity)
Efficiency85-94% (energy savings and thermal management)
Safety CertificationsUL, CE, FCC, IEC 60950-1 (safety and regulatory compliance)

5. Application Fields

  • Consumer Electronics: Mobile phones, tablets, gaming consoles
  • Medical: Portable diagnostic devices, infusion pumps
  • Industrial: PLCs, sensors, automation systems
  • Telecommunications: Routers, modems, VoIP equipment
  • Education: Interactive whiteboards, lab instruments

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Features
Delta ElectronicsADP-180BB180W, 90% efficiency, medical-grade isolation
Mean WellDR-60H60W, industrial temperature range (-40 C to 70 C)
TDK-LambdaZUB15-C15W USB-C PD adapter for portable devices
BelkinBP150Multi-port desktop charger with surge protection

7. Selection Recommendations

Key considerations include:

  • Power Requirements: Match output voltage/current to device specifications
  • Environmental Conditions: Operating temperature (-20 C to 55 C typical)
  • Certifications: Prioritize IEC 62368-1 for multimedia equipment
  • Form Factor: Wall adapters for portability; desktop units for high power
  • Future-Proofing: Choose programmable models for upgradable systems
Example: For industrial sensors in harsh environments, select Mean Well DR-60H with IP67 rating and 4kV surge protection.

8. Industry Trends

Future developments include:

  • Miniaturization via GaN (Gallium Nitride) semiconductor technology
  • Smart adapters with IoT connectivity for remote monitoring
  • Higher efficiency targets (>95%) to meet EU CoC Tier 2 standards
  • Universal input designs (100-277V AC) for global deployment
  • Biodegradable materials for environmentally sustainable manufacturing

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