multichannel HV, high power HV, crates, bins, VME | NIM | CAMAC - iseg Germany

Product Explorer

Explore iseg product series.

APS

the APS series offers high voltage power supplies in a small packaging for PCB mounting and soldering. The output voltage can be controlled by providing an external control voltage. Our patented resonance converter technology and the metal box shielding guarantee lowest EMI.

high voltages up to 1 kV at up to 1 W output power
wide range of dc supply voltage
positive or negative polarity
internal reference voltage
stable output voltage
patented resonant converter technology
Low ripple and noise
Modified versions on request

BPS

The BPS series offers high voltage power supplies in a small case for PCB mounting and soldering. The output voltage can be controlled either by potentiometer or by providing an external control voltage. Our patented resonance converter technology and the metal box shielding guarantee lowest EMI. BPS – HV – Print

High voltages up to 4 kV at up to 4 W output power
Wide range of DC supply voltage
Positive or negative polarity
Internal reference voltage
Stable output voltage
Patented resonance coniverter techlnology
Low rippe and noise
Very low EMI
Modified versions on request

CPS

The CPS series includes HV DC/DC converters in a compact metal housing or in a 3U cassette. The HV output is finished by HV cable or by HV connector in 3U version. Depending on the version the supply and control voltages are connected either via a D-SUB 9 connector or an H15 connector. An internal reference voltage can be used to control the output voltage with help of an external potentiometer. Analog I/O is provided for remote monitoring and control. To protect connected loads hardware limits for voltage and current can be defined.

CPS series in compact box up to 30 kV
CPS series in 3U cassette up to 20 kV
Usable for desk top HV PS
To be integrated in multichannel HV systems
Positive or negative polarity
Stable output voltage
Patented resonance converter technology
Low ripple and noise
Very low EMI
Modified versions on request

DPS

The DPS series includes high voltage power supply modules with output voltages up to 6 kV in a compact and easily mountable housing. The maximum power is 12 W, polarity is switchable. The HV output is finished by HV cable or by SHV connector. The version the supply and control voltages are connected either via a D-SUB 9 connector or H15 connector (3U cassette). An internal reference voltage can be used to control the output voltage with help of an external potentiometer. Analog I/O is provided for remote monitoring and control. To protect connected loads hardware limits for voltage and current can be defined. Our patented resonance converter technology and the metal box shielding guarantee lowest EMI.

DPS series in 3U cassette or compact box
Precise high voltages up to 6 kV at max. 12 W
Usable for desk top HV PS
To be integrated in multichannel HV systems
Polarity fixed or switchable electronically/manually
Patented resonance converter technology
Voltage and current limits via potentiometer
Very low ripple and noise
Very low EMI
Modified versions on request

EPS

The EPS series consists of DC/DC converters with 60 W and 150 W output power. The high voltage power supplies are offered in either a compact metal housing or partial in a 3U cassette.
State-of-the-art resonant converter technology results in high efficiency and low EMI. The modules of this series are equipped with a voltage and a current control with excellent parameters.
Control and monitoring is carried out via analog I/O.
Through customer specified modifications (e.g. small output ripple, reduced stored energy, high ARC stress) these HV PS can be matched perfectly to special requirements.

State-of-the-art resonant coverter technology, low EMI
Supply voltage 24 VDC
Compact metal case, 60 W series also in 3U cassette (only up to 15 kV)
High voltage up to 30 kV
Positive or negative polarity
Excellent output voltage and current regulation
Capacity charger (option CLD) with very low output voltage overshoot
Model for processes with arcs (option ARC)
Modified versions on request

GPS(KPS)

Modern resonance mode and circuit technologies, which have been used for this high voltage power supply, allow to reach highest efficiencies. Excellent control capabilities are realized at the same time as well as little ripple and noise. This enables these HV power supplies for use in a broad range of applications, e.g. magnetrons, laser, X-ray tube PS, ion implantation, ion pumps, capacitor charging, e-beam systems, electrostatics, etc. Through customer specified modifications (small output ripple, reduced stored energy, mechanical dimensions) these HV PS can be matched perfectly to existing requirements.

AC mains supplied, modular HV PS in the range of 300 W to 800 W
High voltages from 1 kV up to 70 kV
Extraordinary control characteristics for output voltage and current.
C-charger (KPS and LPS series) with very low output voltage overshoot
State-of-the-art resonant converter topology, low EMI
Very high efficiency, up to 85 %
Wide range mains input with PFC

HPS(LPS)

AC mains supplied, modular HV PS in the range of 300 W to 800 W
High voltages from 1 kV up to 70 kV
Extraordinary control characteristics for output voltage and current.
C-charger (KPS and LPS series) with very low output voltage overshoot
State-of-the-art resonant converter topology, low EMI
Very high efficiency, up to 85 %
Wide range mains input with PFC

HPS(LPS) 2nd generation

This high power supply is equipped with state of the art resonant converter and control technologies, which allow for very high power densities.

High voltage power supplies of this class work with a self adjusted switching frequency, depending on the systems operating point. The output parameters are controlled via a pulse width modulation (PWM). This control technology guaranties a nearly loss free switching of the power semiconductors.

Through customer specified modifications (small output ripple, reduced stored energy) these HV PS can be matched perfectly to existing requirements.

AC mains supplied, modular HV PS in the range of 1.5 kW to 10 kW
High voltages from 1 kV to 20 kV
Excellent control characteristic for output voltage and current
C-charger (LPS series) with very low output voltage overshoot
State-of-the-art resonant converter topology, low EMI
1.5 kW / 3 kW units with PFC
Comprehensive adjustable arc management
Modular system, can be operated in parallel for increased power

CHQ

2-slot wide CAMAC high voltage modules
HIGH PRECISION and STANDARD versions
Compact 2-channel version
LCD display for voltage or current
Variable rate of change (ramp) of output voltage
Switchable polarity
Integrated protection and control circuits
Output overload and short circuit protected
SHV connector on rear panel
Full monitoring and control via CAMACbus
Modified versions (e.g. other voltages/ currents) on request

EHQ

High voltage power supplies in 3U EURO standard cassette
LCD display for voltage or current
Variable rate of change (ramp) of output voltage
Switchable polarity
Integrated protection and control circuits
Output overload and short circuit protected
SHV connector on front panel
Remote control via RS232 / USB
Modified versions (e.g. other voltages/ currents) on request

NHQ

High voltage power supplies in 1/12 NIM standard cassette
HIGH PRECISION, STANDARD and LOW COST versions
1-channel and 2-channel versions in same 1/12 NIM dimension
LCD display for voltage or current
Variable rate of change (ramp) of output voltage
Switchable polarity
Integrated protection and control circuits
Output overload and short circuit protected
SHV connector on rear side
Remote control via RS232 (opt. CAN) or analog voltages
Modified versions (e.g. other voltages / currents) on request

SHQ

High precision HV desk top power supply in 1- and 2-channel versions
Constant, high precise output voltages, very low ripple and noise
2-line numeric display for simultaneous in high resolution monitoring of voltage and current
Current resolution: 1 nA (opt. 100 pA)
Voltage resolution: 100 mV (opt. 10 mV in up to 4 kV range)
Switchable polarity
Full remote monitoring and control via RS232 or CAN interface
Optional IEEE 488.2 interface or Ethernet interface
Modified versions and special units for use in automated HV test systems on request

THQ

The inexpensive and robust desk top high voltage power supplies are assembled out of the proven high voltage modules of the CPS, DPS and EPS series. The units are available with either 1, 2 or 3 high voltage channels in many variations and combinations.
The output voltage is controlled via the 10-turn potentiometer, the USB interface or the analog I/O. Output voltage and current is displayed on a 2 line LCD per channel, located on the front panel.

1-channel and 2-channel versions with:

high voltage modules CPS series 500 V up to 10 kV / max. 12 W output power or
high voltage modules DPS series 500 V up to 6 kV / max. 12 W output power, with switchable polarity, very low ripple and noise and very high stability

1-channel versions with:

high voltage modules CPS series 15 kV up to 30 kV / max. 12 W output power or
high voltage modules EPS series 500 V up to 10 kV / max. 60 W output power

1-channel up to 3-channel in 2U-19” versions with:

high voltage modules CPS, DPS and EPS series up to 30 kV in arbitrary combinations

For more technical data see the description of the according modules.

The HV modules (DC/DC converter) are supplied with AC/DC-converter:

up to 24 W output power with a wide range AC mains supply (100 to 240 V AC) and
for more output power with a switchable AC mains supply (110 V AC / 230 V AC ).

Low cost 1- or 2-channel high voltage desk top power supply
2U-19“ HV power supply with up to 3 channels rack mountable
Equipped with CPS, DPS or EPS HV modules (data see there)
Output voltages 500 V up to 30 kV
Output power up to 60 W per channel
High precision output voltages, lowest ripple and noise for DPS module configurations
Large variety of configurations possible
LCD display for voltage and current
Voltage setting via 10-turn potentiometer or
USB interface and analog I/O for each channel on D Sub 9

VHQ

2-slot wide VME high voltage modules
HIGH PRECISION and STANDARD versions
Compact 2-channel version
LCD display for voltage or current
Variable rate of change (ramp) of output voltage
Switchable polarity
Integrated protection and control circuits
Output overload and short circuit protected
SHV connector on front panel
Full monitoring and control via VMEbus
Modified versions (e.g. other voltages/ currents) on request

EHS

Full range of multichannel units from 100 V up to 10 kV (typ. 9 W per channel)
Low ripple and noise
Voltage and current control per channel
Hardware current and voltage limits per module
Programmable trip parameter
24 bit ADC and 16-20 bit DAC
Protection circuitry, safety loop, optional INHIBIT per channel

EBS

Modules with full 4-quadrant capabilities, usable as current sink and source
Output voltages up to ± 3 kV and currents up to 1 mA
Favorably for electron optical systems and capacitive loads
Low ripple and noise (< 20 mV)
Reduced voltage noise level through Common Floating-GND
Hardware current and voltage limits per module
Current measurement per channel
Programmable trip parameter
24 bit ADC and 20 bit DAC, sample rate and digital filter adjustable
Protection circuitry, safety loop

EDS

Output voltages up to 3 kV
Low ripple and noise (< 5 mV)
Hardware current and voltage limits per module
Voltage control per channel
Current measurement per channel
Low Cost: reduced precision of the current measurement
Programmable trip parameter
24 bit ADC and 20 bit DAC, sample rate and digital filter adjustable
Protection circuitry, safety loop, optional with fast discharge of connected load capacity

NHS

6-channel high voltage power supplies (typ. 9W per channel) in 1/12 NIM standard cassette
Full front panel control and visualization via a 1.44” TFT-display
Remote control via USB or CAN (several modules can be chained via CAN to be controlled through a single USB interface)
Low ripple and noise
Voltage and current control per channel
Extensive programmable trip parameter
24bit ADC and 20bit DAC, sample rate and digital filter adjustable
SHV connector on the rear panel
Protection: safety loop, INHIBIT per channel, hardware current and voltage limit per module

VDS

Output voltages up to 3 kV
Low ripple and noise ( < 20 mV)
Reduced voltage noise level through Common Floating-GND
Live insertion capability
Hardware current and voltage limits per module
Voltage control per channel
Current measurement per channel
Programmable trip parameter
24 bit ADC and 20 bit DAC, sample rate and digital filter adjustable
Protection circuitry, safety loop
Each channel fully remote controllable via VME-interface according to VME/ VME64 standards

VHS

Full range of multichannel units from 100 V up to 10 kV (typ. 9 W per channel) in VME system
Low ripple and noise (< 5 mV at 100 V, < 10 mV up to 4 kV, < 30 mV up to 10 kV)
Hardware current and voltage limits per module
Voltage and current control per channel
Programmable trip parameter
24 bit ADC and 20 bit DAC, sample rate and digital filter adjustable
Protection circuitry, safety loop, optional INHIBIT per channel
Also combinable with low voltages from 3 V to 400 V on request (VMS modules)

PHQ

There are many reasons to generate the HV and the distribution for the dynodes on the base of the PMT itself. The following arguments show how this technique leads to lower costs and better technical specifications:

No HV cabling and no HV connectors
No separate HV power supply needed
Less space requirements
Power dissipation on the socket reduced by a factor of 10 or more
Less problems with temperature and thermal balance
Safe anode current limitation for PMT protection
Stable dynode voltages at high pulse rates

The control and monitoring of this PMT high voltage power supply works with analog and digital signals. Together with the optional MICP interface a single PMT as well as a system of any size/number of PMTs is under full remote control via interface. Based on the existing and tested modules of our PHQ series we are in a position to offer the design of a high voltage supply for any type of PMT.

Interested? Please let us know the PMT type as well as the mechanical and electronic requirements. Your test results will convince you.

Summary of the circuit theory:
The high voltage for the Photo Multiplier Tube (PMT) supply is generated by a patented resonance mode sine-wave inverter. This technique results in a very high efficiency and a very low EMI. Sensitive signal amplifiers close to the inverter are not influenced in terms of thermal and electrical conditions. A filter at the cathode reduces ripple and noise Vp-p to less than 10 mV. A high-valued resistor voltage divider provides the necessary dynodes voltages. For the last 3 to 6 dynodes this divider only generates the reference signal for a special amplifier (stabilizer). The respective dynode voltage corresponds to the reference signal, but the power to stabilize this potential is coming directly from the cascade or the multi tap transformer. With help of this active stabilization the voltage at these dynodes is kept constant even at high pulse load and high pulse rates.

Compact HV generation on the PMT base
Low ripple and noise
Low EMI
Low power consumption
Stabilized dynode voltages guarantee high linearity even at high pulse load and pulse rates.
Control and monitor capabilities
Control via interface with MICP and crate ECH135 possible