INTERNATIONAL REPS | SHOWS & EXHIBITS | OUR BLOG
AC Input Capacitor Charging Power Supplies
 
 
 

AC Input Power SuppliesAMI's line of AC input capacitor charging power supplies provide unequaled performance in a variety of package configurations. These supplies provide the highest power density and best voltage vs. power curve available on the market today. AMI's power supplies are ideal for medical and industrial solid state pumping applications. They are CE marked and certified to UL60601-1.




Data Sheets (PDF Format) are available for models listed below.

 
 
Model Input Voltage Max.Output Voltage Av. Output Power Application Options Style
5703 230VAC (Rectified) Up to 3000V Up to 1500W Capacitor charging 115VAC rectified input, or 325VDC input using Model 581 Module
5704 230VAC (Rectified) Up to 1000V Up to 1750W Constant voltage 115VAC rectified input, or 325VDC input using Model 581 Module
5723 230VAC Up to 3000V Up to 1500W Capacitor charging 115VAC input, output voltage polarity OEM with Fans, etc.
5724 230VAC Up to 1000V Up to 1750W Constant voltage 115VAC input, output voltage polarity OEM with Fans, etc.
5753 230VAC Up to 3000V Up to 3000W Capacitor charging Output voltage polarity OEM with Fans, etc.
5754 230VAC Up to 1000V Up to 3500W Constant voltage Output voltage polarity OEM with Fans, etc.

 
Common Specifications: Efficiency rating of 85%-90%; Power factor 0.92 (typical), regulation 0.1% (typical). All AC input power supplies can be factory configured for a negative output voltage. All 57xx capacitor charging power supplies are CE marked and certified to UL60601-1.
Specifications are subject to change without notice.
 
Power Curves

Model 5703, 5723, 5753 Max Avg. Power

Model 5704, 5724, 5754 Max Avg. Power

Like all power supplies, AMI's supplies must be derated when operating at less than maximum output voltage. For most supplies, this rating is linear. For capacitor charging applications below 1500V, however, the 57X3 series of supplies can deliver up to 80% of rated power even when operating at 50% of the maximum output voltage.