Accessories

Part Number	Description / PDF	Quantity
CAB-CS2 Vox Power	CABLE - NEVO & VCCM SHARE 2 LINK	451
LINK-NS Vox Power	LINK - NEVO SERIES LINK	243
CAB-CS3 Vox Power	CABLE - NEVO & VCCM SHARE 3 LINK	422
ACC-TF Vox Power	THERMAL INTERFACE	460
ACC-HS1 Vox Power	HEAT SINK 1 WITH THERMAL INTERFA	26
LINK-NP4 Vox Power	LINK - NEVO PARALLEL 4 LINK (POS	477
CAB-CS4 Vox Power	CABLE - NEVO & VCCM SHARE 4 LINK	488
LINK-NP2 Vox Power	LINK - NEVO PARALLEL 2 LINK (POS	859
LINK-VP2 Vox Power	LINK - VCCM600 PARALLEL 2 LINK (	379
ACC-QCT Vox Power	QUICK CONNECT TERMINAL	133
CAB-N6 Vox Power	AC INPUT AND GLOBAL SIGNALS SET	428
CAB-CS7 Vox Power	CABLE - NEVO & VCCM SHARE 7 LINK	500
ACC-NST Vox Power	ACCESSORY - NEVO SERIAL TRACKING	7
CAB-N12 Vox Power	AC INPUT AND GLOBAL SIGNALS SET	452
LINK-VP3 Vox Power	LINK - VCCM600 PARALLEL 3 LINK (	496
CAB-CS5 Vox Power	CABLE - NEVO & VCCM SHARE 5 LINK	495
CAB-SOP Vox Power	SINGLE OUTPUT CABLE SET (J5), FA	361
ACC-NI2C Vox Power	ACCESSORY - NEVO I2C INTERFACE	14
CAB-CS8 Vox Power	CABLE - NEVO & VCCM SHARE 8 LINK	500
LINK-VS Vox Power	LINK - VCCM600 SERIES LINK	451

Accessories

1. Overview

External/internal power supply accessories refer to components that enable power delivery, management, and protection for electronic systems. These accessories ensure stable operation, efficiency, and safety in applications ranging from consumer electronics to industrial machinery. Modern technology relies on these accessories to meet energy efficiency standards, reduce downtime, and support complex power architectures.

2. Main Types and Functional Classification

Type	Function Features	Application Examples
External Power Adapters	AC-DC conversion, portability, over-voltage protection	Laptops, medical devices
Internal Power Modules	Integrated DC-DC conversion, compact form factor	Servers, networking equipment
Power Distribution Boards	Multi-channel output, load balancing	Data centers, industrial automation
Battery Backup Systems	Uninterruptible power supply (UPS), energy storage	Emergency lighting, critical infrastructure
Power Management ICs	Digital monitoring, dynamic voltage scaling	Smartphones, IoT devices

3. Structure and Components

Typical components include:

Metal/Plastic Housing (thermal management and EMI shielding)
PCB with Power Semiconductors (MOSFETs, rectifiers)
Transformer/Inductor Arrays
Connectors (USB-C, PCIe, or proprietary interfaces)
Thermal Pads/Sinks for heat dissipation
Protection Circuits (OCP, OVP, SCP)

4. Key Technical Specifications

Parameter	Importance
Input Voltage Range (90-264V AC)	Ensures global compatibility
Efficiency Rating (80 PLUS Certification)	Reduces energy waste
Output Ripple Noise (<30mV)	Protects sensitive electronics
Operating Temperature (-40 C to +70 C)	Determines reliability in extreme conditions
Safety Certifications (UL/CE/IEC 62368)	Compliance with regulatory standards
MTBF (Mean Time Between Failures) >100,000 hours	Measures long-term reliability

5. Application Fields

Information Technology: Server racks, storage systems
Healthcare: MRI machines, patient monitors
Industrial: CNC machines, robotics
Telecommunications: Base stations, fiber optic networks
Consumer Electronics: Gaming consoles, smart home hubs

6. Leading Manufacturers and Products

Manufacturer	Representative Product
Delta Electronics	PDT Series Modular Power Supplies
Mean Well	UHP-1500-24 High-Power PSU
FSP Group	Golden Series PC Power Supplies
CUI Inc.	PSK-25Q-12 Power Adapter
Vicor Corporation	ChiP Power Modules

7. Selection Guidelines

Key considerations:

Power Requirements (calculate peak/continuous load with 20% margin)
Form Factor Compatibility (ATX, SFX, or custom mechanical dimensions)
Environmental Conditions (humidity, vibration, altitude)
Certification Needs (energy efficiency standards, industry-specific compliance)
Redundancy Features (N+1 configuration for mission-critical systems)

Case Study: A semiconductor manufacturing plant selected IP67-rated power distribution units with active PFC to reduce harmonic distortion in high-vibration environments.

8. Industry Trends

Emerging trends include:

Gallium Nitride (GaN) devices enabling 98%+ efficiency
Smart power systems with IoT-enabled monitoring
Modular designs for rapid scalability
48V DC ecosystems for data centers
Advanced thermal management using phase-change materials

Market growth driven by EV charging infrastructure and renewable energy integration requirements.