420W GaN AC Adapter, 36V 11.7A Output Desktop Power Supply for Laboratory

420W GaN Laboratory Desktop AC/DC Power Supply: 36V 11.7A Precision Solution

Product Overview

The 420W GaN Laboratory Desktop AC/DC Power Supply is a next-generation power solution designed for high-sensitivity scientific and diagnostic environments. By leveraging cutting-edge Gallium Nitride (GaN) technology, this unit achieves an industry-leading efficiency of up to 95.5%, significantly reducing heat waste and enabling a completely fanless, silent, and compact design. It is the premier choice for Laboratory Instruments, Multi-Axis Motion Stages, and High-Resolution Imaging Systems.

Engineered for 24/7 reliability, the GaN-driven architecture ensures ultra-stable power delivery with minimal thermal drift. Its professional desktop form factor provides a "plug-and-play" alternative to noisy internal power units, maintaining the acoustic integrity and sterile conditions required in modern laboratories and clinical research centers.

Key Specifications

Our 420W GaN series is built for maximum reliability, offering a range of high-current voltage configurations optimized for mission-critical professional hardware. All configurations are strictly engineered to remain below 30A to ensure connector and thermal safety.

• Input Voltage: 100-240V AC, 50/60Hz (Universal Global Input).

• Total Output Power: 420W Continuous Maximum.

• Common Output Configurations:

  • 19V Series: 19V 22.1A (420W Max - For high-end lab workstations)

  • 24V Series: 24V 17.5A (420W Max - Laboratory Standard)

  • 28V Series: 28V 15A (420W Max - For clinical/aesthetic motor drives)

  • 36V Series: 36V 11.7A (420W Max - Precision Motion Control)

  • 48V Series: 48V 8.75A (420W Max - For telecommunication lab gear)

  • 54V Series: 54V 7.77A (420W Max - For high-power PoE++ network nodes)

• Ripple & Noise: < 180mVp-p (Typical) – Advanced filtering for zero interference with sensitive analog sensors and measurement probes.

• Industrial Safety Compliance: Fully compliant with IEC/EN/UL 62368-1 (Optional: IEC 61558-1/-2-16).

• GaN Efficiency: Ultra-high efficiency architecture meeting and exceeding Level VI requirements.

• EMI/EMC Compliance: Meets Class B standards to ensure no electromagnetic interference with sensitive laboratory electronics.

• AC Inlet: IEC320-C14 (3-Pin grounded) standard for maximum electrical safety.

• Global Certifications: UL/cUL, CE, FCC, GS, CB, RoHS, REACH.

Ideal Applications

The 420W GaN precision output is optimized for high-accuracy electronic and mechanical systems:

• Laboratory Instruments: Automated liquid handling systems, spectrometers, and chromatography controllers.

• Precision Motion Control: High-torque stepper motor drivers for automated microscope stages and laser scanning systems.

• Diagnostic Hardware: DNA sequencing platforms, microplate readers, and cellular imaging workstations.

• Analytical Research: Multi-channel data acquisition (DAQ) systems and high-precision sensors.

• Industrial Computing: High-performance embedded PCs and laboratory automation hubs.

Professional Safety & Reliability Suite

• GaN Thermal Management: GaN technology minimizes energy loss as heat, allowing for a fanless, fully enclosed design that prevents the ingestion of dust and laboratory contaminants.

• Advanced Ripple Suppression: Integrated multi-stage LC filtering significantly reduces high-frequency switching noise, protecting the integrity of high-speed digital signals and sensitive analog-to-digital (ADC) converters.

• Heavy-Duty Secure Connectivity: Equipped with high-current locking DC connectors (e.g., 4-Pin/6-Pin Power DIN) to safely manage the 11.7A load and prevent accidental disconnection during critical tests.

• Dynamic Load Response: Optimized to handle rapid load changes and high inrush currents typical of motorized laboratory actuators and solenoid valves.

• Comprehensive Protection: Active Over-Voltage (OVP), Over-Current (OCP), Over-Temperature (OTP), and Short-Circuit Protection (SCP) with intelligent auto-recovery features.