AmpliTech Unveils Cryogenic Voltage Power Supplies for Quantum Computing Applications

AmpliTech Unveils Cryogenic Voltage Power Supplies for Quantum Computing Applications

AmpliTech, a leading designer, developer, and manufacturer of advanced radio frequency (RF) and microwave components, has added two specialized voltage power supplies, the 16043-501 and 16043-502 to its product lineup. These power supplies are engineered to meet the demanding requirements of cryogenic environments, which are often used in superconducting technologies and other low-temperature applications.

The 16043-501 is a dual-channel low-voltage power supply and the 16043-502 is a triple-channel low-voltage power supply. Both power supplies are designed for Quantum Computing cryogenic amplifier applications. The 16043-501 features two adjustable low voltage outputs whereas the 16043-502 features three adjustable channel low voltage outputs. They are finely adjustable and compatible with Amplitech’s product line of cryogenic amplifiers. These power supplies benefit from super low voltage operation and avoid the risk of overvoltage damage to cryogenic amplifiers. They are equipped with current measuring and monitoring capabilities.

Key features 

  • Current Monitoring
  • Separate 3-digit displays for voltage and current outputs
  • Connector Type (Output): MS3112E10-6S
  • 120-240 VAC Input Power Range
  • CE Certified.

Typical Key Parameters of 16043-501 at 23°C

Parameters
Unit 
Min 
Typical 
Max
V1 Voltage
V
0.35
-
0.75
V2 Voltage
V
0
-
0.045
V1 Current 
mA
-
-
400
V2 Current
mA
-
-
1
VAC Input
VAC

120-240


Typical Key Parameters of 16043-502 at 23°C

Parameters
Unit
Min
Typical 
Max
V1 Voltage
V
0.35
-
0.75
V2 Voltage
V
0
-
0.045
V3 Voltage
V
-0.2
-
0
V1 Current
mA
-
-
280
VAC Input
VAC

120-240

Absolute Maximum Ratings of 16043-501 & 16043-502

Parameters
Unit
Min
Max
Notes
Operating Temperature (Case)
C
-40
+70
95% Humidity, non-condensing
Non-Operating Temperature (Case)
C
-50
+120
95% Humidity, non-condensing

Key applications