The ACOPIAN Y05LX7000 is a regulated DC power supply engineered for precision electronics testing, manufacturing, and research environments where stable, clean power delivery is essential. This USA-manufactured unit accepts wide-range AC or DC input and delivers adjustable 0–5 VDC output at up to 70 A maximum, with exceptional load and line regulation of ±0.05% or 5 mV. Fast transient response, low ripple, and tight temperature stability make it suited for sensitive instrumentation and bench-level test applications.
Technical Specifications
• Input: 90–265 VAC or 110–350 VDC; 60–400 Hz; power factor 0.99 typical at 115 VAC, 60 Hz, full load
• Output: 0–5 VDC adjustable; 70 A maximum; 49 A rated at 40 °C and 71 °C
• Regulation: ±0.05% or 5 mV (line and load); ±0.2% or 30 mA (constant current, line); ±0.5% or 100 mA (constant current, load)
• Ripple: 15 mV RMS, 50 mV P-P voltage; 0.5% RMS current
• Transient Response: ±1% settling within 300 µs; ±3% maximum excursion on 50–100% load step
• Temperature Coefficient: ±0.02 %/°C voltage mode, ±0.1 %/°C current mode, both typical post warm-up
• Drift: ±0.1% typical over 8 hours
• Efficiency: 64% typical; startup 800 ms; holdup 20 ms minimum
– Key Features
• Programmable output via 0–10 VDC or optional 0–5 VDC control inputs
• Output inhibit/enable control with contact closure or voltage logic (3–15 VDC disable)
• V-OK status signal (+3 to +5 VDC high window: −14% to +15% of nominal)
• UL60950, UL508, CE certified; ISO 9001 manufactured; TAA compliant
• Wide input range tolerates 90–265 VAC or 110–350 VDC with no damage below minimum
– Typical Applications
• Precision semiconductor and component testing
• Laboratory bench power for low-voltage instrumentation
• Manufacturing test fixtures requiring regulated, stable output
• R&D environments demanding low ripple and tight regulation
– Compatibility & Integration
Programmable via standard analog control voltage; integrates into test stands and automated measurement systems through V-OK feedback and inhibit logic.













