1. Power Adapter Product System

The product portfolio can be organized by form factor and application. Form factor defines the physical mounting or installation method, while application determines the typical operating environment and applicable safety and regulatory requirements. Applicable standards depend on product type, intended use, target market, and certification scope.

1.1 Product Form Factors

1.2 Application Categories

• Consumer
  • Eletrônicos de consumo
  • Networking Equipment
  • USB Charging Applications
• Industrial
  • Automation
  • Control Systems
• Medical
  • Medical Equipment
  • Patient Monitoring

Typical power ranges shown above are available on selected models. A medical adapter may be configured in wall-mount or desktop form factor; an industrial power supply may also be available in desktop, DIN rail, or chassis-mount configurations.

1.3 Wall Mount Power Adapter

Wall mount adapters integrate the AC plug directly into the adapter housing, enabling insertion into a wall outlet without a separate AC cord. Typical power ratings range from 5 W to 60 W on selected models, with DC output voltages of 5 V, 9 V, 12 V, 15 V, and 24 V available. The compact footprint is suited to devices with moderate power demands and limited installation space. Selected platforms support interchangeable AC plug configurations for multiple markets, subject to applicable electrical and certification requirements.

Aplicações:

• Eletrônicos de consumo
• Home Devices
• Small Equipment

Características:

• Compact housing design
• Direct plug-in form factor

1.4 Desktop Power Adapter

Desktop adapters are housed in a standalone enclosure connected to the AC source via a detachable power cord, with DC output delivered through a separate cable. The standalone enclosure provides additional space for higher-power designs, thermal management, and detachable AC input cables. Typical power ratings range from 60 W to 250 W and above on selected models. On applicable models, the detachable AC cord allows regional cord configurations to be supplied with the same adapter platform, simplifying inventory management for multi-market distribution. Selected higher-power desktop models incorporate active power factor correction (PFC) to help improve power quality and control input current harmonics.

Aplicações:

• Industrial Equipment
• Office Equipment
• Larger Devices

Características:

• Standalone enclosure with thermal management
• Supports higher-power designs on selected models

1.5 Open‑Frame / Chassis‑Mount Power Supply

Open-frame and chassis-mount power supplies are designed for integration into equipment enclosures where the power supply is installed as an internal component. Available models span a range of output configurations and power classes to accommodate diverse system architectures. Applicable safety standards depend on product design, end equipment, intended use, market, and certification route. Selected models can be evaluated according to applicable IEC/EN 61558 requirements, depending on product construction and intended application.

Aplicações:

• Electronic Devices
• Embedded Systems

1.6 Industrial Power Supply Solutions

Industrial power supply solutions are designed for demanding operating environments, with selected models rated for extended operating temperature ranges and enhanced input surge protection. Selected models can be designed and evaluated to applicable safety requirements, including IEC/EN 61558 where applicable, depending on product construction, intended use, and target market. Common output voltages include 12 V, 24 V, and 48 V DC on selected industrial models, covering common industrial equipment and control-system requirements.

Aplicações:

• Automation
• Control Equipment

1.7 Medical Power Adapter

Medical power adapters are designed for use with medical electrical equipment and can be specified to meet applicable requirements of IEC 60601-1, including leakage current, insulation, and Means of Patient Protection (MOPP) requirements. Medical applications may require 1 or 2 Means of Patient Protection (MOPP), depending on the end equipment, applied part classification, and system configuration. Selected models support 2 MOPP designs for applications requiring this level of protection.

Type B, BF, and CF classifications apply to the relevant applied parts of the end equipment rather than to the power adapter itself. Applicable leakage current and insulation requirements therefore depend on the intended system configuration and certification scope. Selected models are available in wall-mount and desktop configurations, with output power ratings typically ranging from 15 W to 200 W.

Aplicações:

• Patient Monitoring Equipment
• Diagnostic Equipment
• Medical Instruments
• Healthcare Devices

2. Key Specifications

Specifying a power adapter involves matching output parameters, connector interface, cable configuration, and environmental compliance to the target device's requirements. The following sections outline the principal specification dimensions relevant to product selection.

2.1 Output Requirements

Output parameters define the electrical characteristics delivered to the connected device and must align with the device's rated input.

• Voltage: Common DC output voltages include 5 V, 9 V, 12 V, 15 V, 19 V, 24 V, and 48 V, depending on model and application. Output voltage tolerance is specified according to the individual model and application requirements.
• Current: Output current varies by model and is selected according to the required output voltage, power rating, connector rating, and application. The adapter's rated current should meet or exceed the equipment's required operating current, with appropriate margin for startup, peak load, temperature, and system-specific conditions.
• Wattage: Power ratings span from 5 W for compact wall mount units to 250 W and above on selected desktop and industrial models. Ripple and noise specifications should be evaluated according to the requirements of the powered equipment.

2.2 Connector Options

The DC output connector must match the device's input jack to provide a proper electrical and mechanical interface. Connector mismatch can result in intermittent contact, voltage drop, or physical damage to the device input port.

• DC Connector: Standard barrel connectors include 5.5 × 2.1 mm, 5.5 × 2.5 mm, e 4.0 × 1.7 mm sizes, among others. Pin polarity (center-positive or center-negative) must be confirmed against the device specification, as polarity reversal can cause damage to connected electronics.
• Custom Connector: Custom-molded connectors can be produced to match specific device interfaces, including proprietary pin dimensions, locking mechanisms, and polarity configurations. Custom tooling typically requires a minimum order quantity and an extended lead time.

2.3 Cable Options

Cable configuration affects installation flexibility and electrical performance. Cable gauge is selected according to output current, cable length, allowable voltage drop, operating temperature, connector current rating, and application requirements. Shielded cable options can be used where additional EMC considerations apply.

• Cable Length: Common output cable lengths range from approximately 1.0 m to 2.0 m, with custom lengths available on selected models. Conductor cross-section is increased for longer cable runs to minimize resistive voltage drop.
• Cable Type: Options include standard round cable, flat ribbon-style cable, and shielded variants. Shielded cables incorporate a braided or foil shield layer to help control electromagnetic interference (EMI).

2.4 Application Environment

The operating environment determines applicable safety, efficiency, and reliability standards for the selected adapter. Environmental factors include ambient temperature range, humidity, altitude, and exposure to dust or moisture.

• Consumer: Indoor-rated models designed to meet applicable 62368-1 safety requirements. Selected consumer models can be designed to meet applicable U.S. DOE and EU energy-efficiency requirements, depending on product category, target market, and applicable regulations. Operating temperature requirements vary by model.
• Industrial: Models rated for wider operating temperature ranges and industrial-grade surge protection. Extended-temperature versions are available for selected industrial applications. Selected models can be evaluated according to applicable IEC/EN 61558 requirements, depending on product construction and intended application. Conformal coating and sealed enclosure options are available on selected models for harsh-environment deployments.
• Medical: Models designed to meet applicable 60601-1 requirements, with leakage current and insulation performance evaluated according to the intended medical electrical system configuration. Type B, BF, and CF classifications apply to the applied parts of the end equipment; the power adapter supports system-level compliance rather than serving as an applied part itself.

3. Application Fields

Power adapters from this portfolio serve three primary application domains, each with distinct power, regulatory, and reliability profiles. The classifications below align with common end-equipment categories encountered in B2B procurement.

3.1 Eletrônicos de Consumo

• Smart Devices: Smartphones, tablets, smart home controllers, and wearable charging docks powered by wall-mount and compact external supplies with output configurations appropriate to the device requirements. Selected USB-C power adapter models support USB Power Delivery (USB PD), with negotiated output profiles available according to the model specification and rated power.
• Electronic Equipment: Network routers, set-top boxes, audio devices, and similar consumer hardware requiring regulated DC input at 12 V or 15 V, with output ratings matched to the equipment's power requirements.

3.2 Industrial

• Automação: Programmable logic controllers (PLCs), sensor modules, and actuator drivers in factory automation systems, typically powered at 24 V DC. Industrial automation systems may require continuous-duty operation, with the appropriate power rating and thermal derating specified for the installation environment.
• Control Systems: Industrial control panels, monitoring instruments, and process control equipment requiring stable DC power under sustained load. Selected industrial models support DIN rail mounting for integration within standard control cabinets.

3.3 Medical

• Healthcare Equipment: Patient monitoring devices, diagnostic instruments, and therapeutic equipment powered by adapters designed to meet applicable medical electrical equipment safety requirements. Medical applications may require 1 or 2 MOPP compliance, depending on the end equipment, applied part classification, and system configuration. Applicable leakage current and insulation requirements depend on the applied part classification, system configuration, and applicable IEC 60601-1 requirements.

4. Customization Capabilities

Customization support extends across electrical, mechanical, and branding parameters to accommodate OEM and ODM project requirements. Selected adapter platforms support configuration changes within their rated electrical capacity. Customization projects typically begin with a specification review, followed by tooling and first-article sample production.

• Output Configuration: Voltage and current combinations can be specified to match device power profiles, within the rated capacity of the selected adapter platform. Multi-output configurations are available on selected desktop and industrial models, providing two or more regulated DC outputs from a single AC input.
• DC Connector: Connectors can be molded to specification, including barrel sizes, pin diameters, polarity, and locking or non-locking variants. Custom connector projects require specification of mechanical drawings and electrical ratings to verify compliance.
• Cable Length: Output cable lengths can be tailored to installation requirements, with overmold strain relief options available on selected models.
• Housing Design: Housing color, material, texture, and form factor can be customized for selected adapter models. Housing materials include UL 94 V-0 rated flame-retardant plastics on applicable models. Material selection and flammability requirements are evaluated according to the applicable product safety standard and certification scope.
• Branding: Logo printing, custom labeling, and OEM packaging are available for qualified orders. Labeling can be configured with applicable regulatory markings and customer-specific model information based on the product's certification scope and target market.