Series MSRL - 10W Mass Spec Power Supply Module0 pages
Series MSRL
MASS SPECTROMETRY POWER SUPPLY MODULES
FEATURES
10W output power
Reversible latching outputs
High stability
Low ripple
Low temperature coefficient
Screened case for low magnetic radiation
High reliability
Versatile control options
DESCRIPTION
HiTek Power’s Mass Spectrometry product ranges draw on our
extensive high voltage design skills and Mass Spectrometry
application knowledge.
The Series MSRL is a range of high stability, reversible source
modules for precision applications. The Series MSRL has a latched
output voltage polarity that can only be changed when the output
voltage has been set to zero. The modules provide reliable operation
even in short circuits or ARC conditions. These modules can either
be set by internal potentiometer, external voltage or by an external
potentiometer, as shown in the control link information.
HiTek Power uses a modular design approach within its Mass
Spectrometry products, which enables us to offer an extensive range
of performance combinations.
Simple changes can be made from changing cable lengths and
connectors to completely new custom solutions using HiTek Power’s
proven power conversion topologies, control methods and mechanical
knowledge. Please contact the Sales Team to discuss your specific
requirements.
SPECIFICATION
Output Power:
10W max.
Output Voltage:
±10V to ±30kV depending on model.
Output Current:
0.25mA to 10mA depending on model.
Input Voltage:
+24V DC ±10%.
Input Current:
1A maximum depending on model.
Line Regulation:
Less than 10ppm for a 1V input voltage change.
Load Regulation:
Less than 10ppm for a 10% to 100% load change.
Ripple:
Less than 10mV to less than 300mV depending on model.
Voltage Control:
0V to 10V = 0% to 100%, accuracy ±2%.
Can also be controlled by internal potentiometer (see connection
details).
Current Control:
Fixed at approximately 110% to 130% of maximum.
Voltage Monitor:
0V to +10V = 0% to 100%, accuracy ±2%.
Current Monitor:
0V to +10V = 0% to 100%, accuracy ±2%.
w w w. h i t e k p o w e r. c o m
"