High Voltage Power Supply AHV24VN60KV1MAW

AHV24VN60KV1MAW is a DC-DC high voltage power supply module that converts a 24V DC input (24V ±1V) into an adjustable 0V to −60kV negative output with a maximum output current of 1mA. The output voltage is set proportionally by a 0V to 5V analog control voltage with full-span modulation, making the module suitable for industrial, scientific, analytical, and research systems that require compact, stable negative high voltage DC power.

The output is programmed through the CTRL port (0V to 5V), where 0V to 5V corresponds to 0V to −60kV. A 0V to 5V monitor output (MON) provides high voltage feedback, an on-board 5V ±0.05V reference is available for setting the control voltage, and an electronic shutdown input (SDN) turns the module on (logic high ≥1.2V) or off (logic low ≤0.8V, 5V max) for remote control and safety interlock integration.

Key Specifications:

• Input Power Voltage: 24V ±1V
• Input Current Range: 850mA (no load) to 3.6A (full load, typ.)
• Output Voltage: 0 to −60kV @ CTRL = 0 to 5V
• Max. Output Current: 1mA
• Input Control Voltage (CTRL): 0 to 5V, full-span modulation
• Monitor Voltage (MON): 0 to 5V
• Reference Voltage: 5V ±0.05V
• Output Voltage Ripple: ≤30Vp-p (bandwidth 1MHz, R_LOAD = 60MΩ)
• Output Rise / Fall Time: 50ms / 100ms (R_LOAD = 60MΩ)
• Load Regulation: ≤0.05%/mA
• Output Voltage Temperature Coefficient: ≤0.1%/°C
• Output Voltage Drift: ≤0.5%/min (short term), ≤1%/h (long term)
• Full Load Efficiency: ≥70% (24V input, −60kV, 1mA)
• Electronic Shutdown Control: logic low ≤0.8V (off), logic high ≥1.2V (on), 5V max
• Operating Temperature: −10°C to 55°C
• Storage Temperature: −20°C to 85°C
• Dimensions: 220 × 120 × 62 mm (8.66 × 4.73 × 2.44 in)
• Weight: 3000 g (6.62 lbs)

Typical Applications: X-ray machine, spectral analysis, nondestructive inspection, semiconductor manufacturing equipment, CRT monitor test, particle accelerator, capillary electrophoresis, particle injection, physical vapor phase deposition, radio frequency amplification, electrospinning preparation of nanofiber, glass / fabric coating, and DC reactive magnetron sputtering.

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