MPOD High Voltage module

Multichannel High Voltage Modules

WIENER presents with Mpod a new, universal multi-channel low voltage (LV) and high voltage (HV) computer controlled power supply system. Offering highest channel density the MPOD mainframe can house up to 10 plug-in modules which can be mixed in type and parameters. Up to 480 individually controlled high voltage channels are available in one mainframe

MPOD high voltage modules of the ISEG EBS, EDS and EHS series have 4, 8, 16, 24, 32 or 48 channels with different maximum voltage and current ranges. Based on the patented sine-wave resonance inverter technology all ISEG MPOD high voltage modules are characterized by extremely low noise and ripple. Further all channels are individually controlled and monitored and have a variety of programmable features. The EHS / EDS high voltage modules for Mpod are available with common ground or floating outputs.

Features

4, 8, 16, 24, 32 or 48 channels per module
voltages up to 20 kV and currents up to 15 mA / channel
high voltage channels with common GND or floating (20V or optional 200V/2000V max Potential difference )
output connectors: 4 / 8 / 12 channel modules -> SHV; 16 channel modules -> SHV or REDEL multi pin; 32/48 channel modules -> REDEL multi pin
Low ripple and noise (typically <10mVpp, High precision series <5mVpp )
16 or 21 bit voltage setting and measurement resolution
16 or 21 bit current measurement resolution
Hardware current and voltage limit per module
Programmable fast hardware current trip or software controlled trip for each channel
Protection circuitry e.g. safety loop, optional individual channel inhibit
Each channel fully remote controllable via software (CAN-bus or Ethernet)
Dimensions: 6U x 40.64mm x 220mm Dimensions: 6U x 40.64mm x 220mm
Weight: ca. 2 kg

Ordering Information

Standard configurations (others possible by request).

Module	Channels	Max Voltage	Max current	Polarity	Ripple
EHS Standard with Common Floating-GND
EHS 40100n	4	10 kV	0.5 mA	negative	< 30 mV
EHS 40100p	4	10 kV	0.5 mA	positive	< 30 mV
EHS 4080n	4	8 kV	1 mA	negative	< 10 mV
EHS 4080p	4	8 kV	1 mA	positive	< 10 mV
EHS 8005n	8	0.5 kV	15 mA	negative	< 10 mV
EHS 8005p	8	0.5 kV	15 mA	positive	< 10 mV
EHS 8010n	8	1 kV	8 mA	negative	< 10 mV
EHS 8010p	8	1 kV	8 mA	positive	< 10 mV
EHS 8020n	8	2 kV	4 mA	negative	< 10 mV
EHS 8020p	8	2 kV	4 mA	positive	< 10 mV
EHS 8030n	8	3 kV	3 mA	negative	< 10 mV
EHS 8030p	8	3 kV	3 mA	positive	< 10 mV
EHS 8040n	8	4 kV	2 mA	negative	< 10 mV
EHS 8040p	8	4 kV	2 mA	positive	< 10 mV
EHS 8060n	8	6 kV	1 mA	negative	< 30 mV
EHS 8060p	8	6 kV	1 mA	positive	< 30 mV
EHS F005n	16	0.5 kV	15 mA	negative	< 10 mV
EHS F005p	16	0.5 kV	15 mA	positive	< 10 mV
EHS F010n	16	1 kV	8 mA	negative	< 10 mV
EHS F010p	16	1 kV	8 mA	positive	< 10 mV
EHS F020n	16	2 kV	4 mA	negative	< 10 mV
EHS F020p	16	2 kV	4 mA	positive	< 10 mV
EHS F030n	16	3 kV	3 mA	negative	< 10 mV
EHS F030p	16	3 kV	3 mA	positive	< 10 mV
EHS F040n	16	4 kV	2 mA	negative	< 10 mV
EHS F040p	16	4 kV	2 mA	positive	< 10 mV
EHS F060n	16	6 kV	1 mA	negative	< 30 mV
EHS F060p	16	6 kV	1 mA	positive	< 30 mV
EHS F140p	16	4 kV	1 mA	positive	< 10 mV
EHS F140n	16	4 kV	1 mA	negative	< 10 mV
EHS F130p	16	3 kV	1.3 mA	positive	< 5 mV
EHS F130n	16	3 kV	1.3 mA	negative	< 5 mV
EHS F110p	16	1 kV	4 mA	positive	< 5 mV
EHS F110n	16	1 kV	4 mA	negative	< 5 mV
EHS 20140p	32	4 kV	1 mA	positive	< 10 mV
EHS 20140p	32	4 kV	1 mA	negative	< 10 mV
EHS 20130p	32	3 kV	1.3 mA	positive	< 5 mV
EHS 20130n	32	3 kV	1.3 mA	negative	< 5 mV
EHS 20110p	32	1 kV	4 mA	positive	< 5 mV
EHS 20110n	32	1 kV	4 mA	negative	< 5 mV
EHS 18140p	24	4 kV	1 mA	positive	< 10 mV
EHS 18140n	24	4 kV	1 mA	negative	< 10 mV
EHS Standard with Individual Floating-GND
EHS 46100n-F	4	10 kV	0.5 mA	negative	< 30 mV
EHS 46100p-F	4	10 kV	0.5 mA	positive	< 30 mV
EHS 8605n-F	8	0.5 kV	15 mA	negative	< 10 mV
EHS 8605p-F	8	0.5 kV	15 mA	positive	< 10 mV
EHS 8610n-F	8	1 kV	8 mA	negative	< 10 mV
EHS 8610p-F	8	1 kV	8 mA	positive	< 10 mV
EHS 8620n-F	8	2 kV	4 mA	negative	< 10 mV
EHS 8620p-F	8	2 kV	4 mA	positive	< 10 mV
EHS 8630n-F	8	3 kV	3 mA	negative	< 10 mV
EHS 8630p-F	8	3 kV	3 mA	positive	< 10 mV
EHS 8640n-F	8	4 kV	2 mA	negative	< 10 mV
EHS 8640p-F	8	4 kV	2 mA	positive	< 10 mV
EHS 8660n-F	8	6 kV	1 mA	negative	< 30 mV
EHS 8660p-F	8	6 kV	1 mA	positive	< 30 mV
EHS F605n-F	16	0.5 kV	15 mA	negative	< 10 mV
EHS F605p-F	16	0.5 kV	15 mA	positive	< 10 mV
EHS F610n-F	16	1 kV	8 mA	negative	< 10 mV
EHS F610p-F	16	1 kV	8 mA	positive	< 10 mV
EHS F620n-F	16	2 kV	4 mA	negative	< 10 mV
EHS F620p-F	16	2 kV	4 mA	positive	< 10 mV
EHS F630n-F	16	3 kV	3 mA	negative	< 10 mV
EHS F630p-F	16	3 kV	3 mA	positive	< 10 mV
EHS F640n-F	16	4 kV	2 mA	negative	< 10 mV
EHS F640p-F	16	4 kV	2 mA	positive	< 10 mV
EHS F660n-F	16	6 kV	1 mA	negative	< 30 mV
EHS F660p-F	16	6 kV	1 mA	positive	< 30 mV
EHS High Precision with Common Floating-GND
EHS 42100n	4	10 kV	0.5 mA	negative	< 30 mV
EHS 46100p-F	4	10 kV	0.5 mA	positive	< 30 mV
EHS 8605n-F	8	0.5 kV	15 mA	negative	< 10 mV
EHS 8605p-F	8	0.5 kV	15 mA	positive	< 10 mV
EHS 8610n-F	8	1 kV	8 mA	negative	< 10 mV
EHS 8610p-F	8	1 kV	8 mA	positive	< 10 mV
EHS 8620n-F	8	2 kV	4 mA	negative	< 10 mV
EHS 8620p-F	8	2 kV	4 mA	positive	< 10 mV
EHS 8630n-F	8	3 kV	3 mA	negative	< 10 mV
EHS 8630p-F	8	3 kV	3 mA	positive	< 10 mV
EHS 8640n-F	8	4 kV	2 mA	negative	< 10 mV
EHS 8640p-F	8	4 kV	2 mA	positive	< 10 mV
EHS 8660n-F	8	6 kV	1 mA	negative	< 30 mV
EHS 8660p-F	8	6 kV	1 mA	positive	< 30 mV
EHS F605n-F	16	0.5 kV	15 mA	negative	< 10 mV
EHS F605p-F	16	0.5 kV	15 mA	positive	< 10 mV
EHS F610n-F	16	1 kV	8 mA	negative	< 10 mV
EHS F610p-F	16	1 kV	8 mA	positive	< 10 mV
EHS F620n-F	16	2 kV	4 mA	negative	< 10 mV
EHS F620p-F	16	2 kV	4 mA	positive	< 10 mV
EHS F630n-F	16	3 kV	3 mA	negative	< 10 mV
EHS F630p-F	16	3 kV	3 mA	positive	< 10 mV
EHS F640n-F	16	4 kV	2 mA	negative	< 10 mV
EHS F640p-F	16	4 kV	2 mA	positive	< 10 mV
EHS F660n-F	16	6 kV	1 mA	negative	< 30 mV
EHS F660p-F	16	6 kV	1 mA	positive	< 30 mV
EHS High Precision with Common Floating-GND
EHS 42100n	4	10 kV	0.5 mA	negative	< 30 mV
EHS 42100p	4	10 kV	0.5 mA	positive	< 30 mV
EHS 8205n	8	0.5 kV	10 mA	negative	< 5 mV
EHS 8205p	8	0.5 kV	10 mA	positive	< 5 mV
EHS 8210n	8	1 kV	8 mA	negative	< 5 mV
EHS 8210p	8	1 kV	8 mA	positive	< 5 mV
EHS 8220n	8	2 kV	4 mA	negative	< 5 mV
EHS 8220p	8	2 kV	4 mA	positive	< 5 mV
EHS 8230n	8	3 kV	3 mA	negative	< 5 mV
EHS 8230p	8	3 kV	3 mA	positive	< 5 mV
EHS 8240n	8	4 kV	2 mA	negative	< 5 mV
EHS 8240p	8	4 kV	2 mA	positive	< 5 mV
EHS 8260n	8	6 kV	1 mA	negative	< 20 mV
EHS 8260p	8	6 kV	1 mA	positive	< 20 mV
EHS 8280n	8	8 kV	1 mA	negative	< 20 mV
EHS 8280p	8	8 kV	1 mA	positive	< 20 mV
EHS F205n	16	0.5 kV	10 mA	negative	< 5 mV
EHS F205p	16	0.5 kV	10 mA	positive	< 5 mV
EHS F210n	16	1 kV	8 mA	negative	< 5 mV
EHS F210p	16	1 kV	8 mA	positive	< 5 mV
EHS F220n	16	2 kV	4 mA	negative	< 5 mV
EHS F220p	16	2 kV	4 mA	positive	< 5 mV
EHS F230n	16	3 kV	3 mA	negative	< 5 mV
EHS F230p	16	3 kV	3 mA	positive	< 5 mV
EHS F240n	16	4 kV	2 mA	negative	< 5 mV
EHS F240p	16	4 kV	2 mA	positive	< 5 mV
EHS F260n	16	6 kV	1 mA	negative	< 20 mV
EHS F260p	16	6 kV	1 mA	positive	< 20 mV
EHS 42100n-F	4	10 kV	0.5 mA	negative	< 30 mV
EHS 42100p-F	4	10 kV	0.5 mA	positive	< 30 mV
EHS 8205n-F	8	0.5 kV	10 mA	negative	< 5 mV
EHS 8205p-F	8	0.5 kV	10 mA	positive	< 5 mV
EHS 8210n-F	8	1 kV	8 mA	negative	< 5 mV
EHS 8210p-F	8	1 kV	8 mA	positive	< 5 mV
EHS 8220n-F	8	2 kV	4 mA	negative	< 5 mV
EHS 8220p-F	8	2 kV	4 mA	positive	< 5 mV
EHS 8230n-F	8	3 kV	3 mA	negative	< 5 mV
EHS 8230p-F	8	3 kV	3 mA	positive	< 5 mV
EHS 8240n-F	8	4 kV	2 mA	negative	< 5 mV
EHS 8240p-F	8	4 kV	2 mA	positive	< 5 mV
EHS 8260n-F	8	6 kV	1 mA	negative	< 20 mV
EHS 8260p-F	8	6 kV	1 mA	positive	< 20 mV
EHS F205n-F	16	0.5 kV	10 mA	negative	< 5 mV
EHS F205p-F	16	0.5 kV	10 mA	positive	< 5 mV
EHS F210n-F	16	1 kV	8 mA	negative	< 5 mV
EHS F210p-F	16	1 kV	8 mA	positive	< 5 mV
EHS F220n-F	16	2 kV	4 mA	negative	< 5 mV
EHS F220p-F	16	2 kV	4 mA	positive	< 5 mV
EHS F230n-F	16	3 kV	3 mA	negative	< 5 mV
EHS F230p-F	16	3 kV	3 mA	positive	< 5 mV
EHS F240n-F	16	4 kV	2 mA	negative	< 5 mV
EHS F240p-F	16	4 kV	2 mA	positive	< 5 mV
EHS F260n-F	16	6 kV	1 mA	negative	< 20 mV
EHS F260p-F	16	6 kV	1 mA	positive	< 20 mV
EDS Standard
EDS 18105n	24	0.5 kV	1 mA	negative	< 5 mV
EDS 18105p	24	0.5 kV	1 mA	positive	< 5 mV
EDS 18130n	24	3 kV	0.5 mA	negative	< 5 mV
EDS 18130p	24	3 kV	0.5 mA	positive	< 5 mV
EDS 20105n	32	0.5 kV	1 mA	negative	< 5 mV
EDS 20105p	32	0.5 kV	1 mA	positive	< 5 mV
EDS 20130n	32	3 kV	0.5 mA	negative	< 5 mV
EDS 20130p	32	3 kV	0.5 mA	positive	< 5 mV
EDS 30105n	48	0.5 kV	1 mA	negative	< 5 mV
EDS 30105n	48	0.5 kV	1 mA	positive	< 5 mV
EDS 30130n	48	3 kV	0.5 mA	negative	< 5 mV
EDS 30130p	48	3 kV	0.5 mA	positive	< 5 mV
EDS F105n	16	0.5 kV	1 mA	negative	< 5 mV
EDS F105p	16	0.5 kV	1 mA	positive	< 5 mV
EDS F130n	16	3 kV	0.5 mA	negative	< 5 mV
EDS F130p	16	3 kV	0.5 mA	positive	< 5 mV
EDS Low Cost Series
EDS 18305n	24	0.5 kV	1 mA	negative	< 20 mV
EDS 18305p	24	0.5 kV	1 mA	positive	< 20 mV
EDS 18330n	24	3 kV	0.5 mA	negative	< 20 mV
EDS 18330p	24	3 kV	0.5 mA	positive	< 20 mV
EDS 20305n	32	0.5 kV	1 mA	negative	< 20 mV
EDS 20305p	32	0.5 kV	1 mA	positive	< 20 mV
EDS 20330n	32	3 kV	0.5 mA	negative	< 20 mV
EDS 20330p	32	3 kV	0.5 mA	positive	< 20 mV
EDS 30305n	48	0.5 kV	1 mA	negative	< 20 mV
EDS 30305p	48	0.5 kV	1 mA	positive	< 20 mV
EDS 30330n	48	3 kV	0.5 mA	negative	< 20 mV
EDS 30330p	48	3 kV	0.5 mA	positive	< 20 mV
EDS F305n	16	0.5 kV	1 mA	negative	< 20 mV
EDS F305p	16	0.5 kV	1 mA	positive	< 20 mV
EDS F330n	16	3 kV	0.5 mA	negative	< 20 mV
EDS F330p	16	3 kV	0.5 mA	positive	< 20 mV