Modular high voltage power supplies

Modular high voltage Power Supply Index

HPMS series	Output
	Voltage kV	Current mA	Ripple mVp-p
For 28 mm (1-1/8 in.) side-on PMT Socket with built-in H.V. Power Supply and voltage divider Compact, easy operation HV output controlled by external voltage control	1	0.02	1
JB series	Output
	Voltage kV	Current mA	Ripple mVp-p
Exceptional low ripple and high stability Remote voltage and resistance programmable Fully protected against continuous short circuit Optional output connector TUV(EN 60950) and CE certified	0.6 1.0 1.5 2.0	3.0 2.5 1.5 1.0	1 1 1 1
J4 series	Output
	Voltage kV	Current mA	Ripple mVp-p
Exceptional low ripple and high stability Remote and local programming Fully protected against continuous short circuit Optional output connector UL1950, TUV, CE certified	0.5 1.0 1.5 2.0 3.0 5.0	8.0 4.0 2.5 2.0 1.0 0.5	5 2 2 2 3 10
K3-R series	Output
	Voltage kV	Current mA	Ripple mV
Ultra low ripple 0.001% p-p High stability 0.001%/5min Reverse polarity control Constant Voltage control Output Voltage monitor	1 2 5 10	3.0 1.5 0.6 0.3	10 20 50 100
K7 series	Output
	Voltage kV	Current mA	Ripple mV
Exceptional low ripple and high stability Remote and local programming Fully protected against continuous short circuit Optional output connector	10 15 20 30	0.70 0.45 0.35 0.25	100 150 200 300
K7-R series	Output
	Voltage kV	Current mA	Ripple mV
Ultra low rippleHigh stability 0.001%/5min Reverse polarity control Constant Voltage Output Voltage/Current monitor	15 20 30	0.45 0.35 0.25	250 300 500
K12-R series	Output
	Voltage kV	Current mA	Ripple mV
Ultra low rippleHigh stability 0.001%/5min Reverse polarity control Constant Voltage Output Voltage/Current monitor	10 20 30	1.2 0.6 0.4	70 70 70
KA-R series	Output
	Voltage kV	Current mA	Ripple mV
Designed for SEM·MASS applications High Stability 0.001%/5min Ultra Low ripple noise Output polarity change by external signal Output voltage, current monitor	10 20 30	1 0.4 0.25	30 70 100

RA/RB series	Output
	Power W	Voltage kV
Low Cost, High Reliability Fully Encapsulated External Voltage and Potentiometer Programmable Protected against arc & short circuit Output Voltage and current monitor	5 10 30	0.3 to 30
MEC series	Output
	Power W	Voltage kV
Specially designed for Electrostatic Chuck applications Smooth release of wafer with polarity reverse function Polarity change and output voltage control with remote signal Output Voltage and Current monitor	10	1 to 10
U series	Output
	Power W	Voltage kV
Input/Output Proportional Low Cost, Low Ripple Floating Output (up to 6 kV units) R.F.I. Shielding, Miniature Case Exceptional Long term Reliability	2 3 5 6	0.3 to 25
S series	Output
	Power W	Voltage kV
Well Regulated, Low Ripple High Reliability Fully Encapsulated External Voltage and Potentiometer Programmable Protected against arc & short circuit	1.5 3.0 6.0 15.0 30.0	0.6 to 30
SC series	Output
	Power W	Voltage kV
Compact module High accuracy, stability, low noise Remote on/off Output current monitor Over voltage protection	0.15 0.3 0.6 1.0 1.5 3.0 6.0	1.5 to 10

AP/AS series	Output
	Voltage kV	Current mA	Response kHz
Output ±300 V to ±3 kV High speed response All solid state Various types of output wave forms according to the input wave Small Design	0.3 0.6 1.0 1.5 3.0	10 5 3 2 1	12.0 6.0 3.5 2.5 1.5

XR series	Output
	Power W	Voltage kV
For grounded Cathode X-ray Tubes Conpact High Power 50 W to 100 W 0.05% Emission current regulation Remote and local emission control Adjustable filament current	50 60 75 100	50 to 65
XRR series	Output
	Power W	Voltage kV
For Grounded Cathord X-ray Tubes 0.05% Emission Current regulation Adjustable filament current Safety interlock Overvoltage and short circuit protection	50	50
W series	Output
	Power W	Voltage kV
Small design Remote programming and monitoring Constant Voltage/Constant Current High Efficiency Short circuit and Arc protected	120 200 300	0.5 to 40

If you would like assistance in selecting a HVPS model for your application, or if, as an OEM, you wish a custom design solution, please do not hesitate to contact Matsusada: