APPLICATION
The UltraVolt A series includes 15 models ranging from 62 to 40,000 VDC of maximum high voltage power in single-output positive or negative polarities. PCB or chassis-mounted, A series modules deliver up to 30 W of power from 12 or 24 VDC inputs. Precisely control and monitor high voltage output and current with one of several available analog interfaces. And meet your specific application needs with customizable mechanical and electrical performance options.
Benefits
- Save cost and space by selecting only the high voltage capabilities needed
- Speed time-to-market by simplifying controls integration
- Improve response and control of high voltage output and current
- Expand mechanical integration, external RF protection, and interconnection possibilities
- Increase system repeatability, resolution, and long-term reliability
feature list
Maximum Output Voltage/Power: 40 kV DC/30 W
Type: Single output
Ripple: To 100 ppm
Control Interface: Analog
Temperature Coefficient: To 25 ppm/⁰C
Configurable high voltage output, power and polarity
Available 0 to 5 VDC or 0 to 10 VDC (full-scale) analog interfaces
Control and monitoring of high voltage output and current
Wide selection of electrical, shielding and mechanical integration options
Ripple performance as low at 100 ppm (0.01 Vpp)
Downloads
Click on the link below for an instant download.
We would love to know more about the problem you are trying to solve
Our experts are on hand to help you find the best solution!
LET’S MAKE THIS EASY. CALL 01929 555 700
why choose relec?
-
Faster
Our aim is to get back to you with an initial response within the hour.
-
Attention to detail
We pride ourselves on getting you the right product, at the right price and on time.
-
New ideas
We are constantly looking for latest technology and products for your applications.
-
Beyond standard
It’s not just about the product. Our service goes way beyond the norm.
-
Easy
We want to make your life as simple as it can be. Call us to find out what we can offer.
sign up for our newsletter
Enter your email address below