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3.5.3 Modules with two current measurement ranges

High Precision HV modules with two current ranges are a particular case. In these HV modules the high current output is
combined with a picoampere resolution in the low current measurement range. The range switching is done by the
microprocessor depending on I

meas

:

High measuring range:

I

nom-low

< I

meas

< I

nom

Low measuring range:

0

< I

meas

< I

nom-low

The typical value for I

nom-low

is 20 μA.

As long as a set current in the high measuring range is used, everything is working as described above. If a set current in low
measuring range is specified, the current limitation is set to 120 % of the low measuring range.
Example: I

nom-low

= 20 μA

➜

current limitation is set to 24 µA if I

set

= 10 µA

Now the channel operates in the low measuring range only. A software comparison of set current I

set

and measured current I

meas

is performed in addition to the described hardware CC and CV signals sampling.
With this principle, two requirements are met:

•

the output current will not exceed 24 microamps even during fast changes and

•

the delayed trip function is extended into the region of very small currents (picoampere) for these HV modules.

For the software comparison, a delay between 80 milliseconds and 1 second must be expected. This depends on the modules
ADC (Analog-to-digital-converter) configuration.
This time can be adjusted by changing the ADC sample rate to meet the requirements of the application. Higher ADC sample
rates lead to shorter delays but also reduce the resolution.
If the

Delayed Trip

function is activated the voltage ramp should be limited to 1 % of V

nom

before. Higher values could trigger a trip

by internal charge balancing during a ramp, even though the output current does not exceed the set value I

set

.

If the connected load contains capacities or if I

set

is very small, it might be necessary to further reduce the ramp speed.

Alternatively, the

Delayed Trip

can be activated only after the completion of the ramp.

INFORMATION

INFORMATION

An activated KillEnable feature disables the Delayed Trip function.

An active

KillEnable

function disables the

Delayed Trip

function. If

KillEnable

is active and a trip occurs, the channel is shut down

without ramp at the fastest hardware response time (smaller than 1 ms). However, the actual discharge time strongly depends
on the connected load.

EHS High Voltage Power Supply series | Last changed on: 2022-03-14 |

www.iseg-hv.com

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Содержание EHS CFG

Страница 1: ...e High Precision High Voltage Module with multiple Floating Options 4 8 16 24 32 48 channel 100 V 20 kV versions very low ripple and noise hardware voltage and current limits voltage and current control per channel programmable parameters delayed trip etc www iseg hv com ...

Страница 2: ...ntation Warranty Disposal Accessories added Fixed error 2 5 2019 07 23 Added HV connector and Figures 2 4 2019 06 19 Improved documentation 2 3 2019 06 03 Fixed Itemcodes connector codes Error in description 2 2 2018 09 17 2018 10 01 2018 12 03 Added Pin assignments R51 44 R51 46 I50 52 Notes revised CFG jumper information revised 2 1 2017 08 03 Fixed Itemcodes EHS CFG FLEX 2 0 2017 04 06 Relayout...

Страница 3: ...fety instructions DANGER DANGER Danger indicates a severe injury hazard The non observance of safety instructions marked as Danger will lead to possible injury or death WARNING WARNING Warning indicates an injury hazard The non observance of safety instructions marked as Warning could lead to possible injury or death CAUTION CAUTION Advice marked as Caution describe actions to avoid possible damag...

Страница 4: ... on the basis of his technical training his knowledge and experience as well as his knowledge of the relevant regulations General safety instructions Observe the valid regulations for accident prevention and environmental protection Observe the safety regulations of the country in which the product is used Observe the technical data and environmental conditions specified in the product documentati...

Страница 5: ... its specified range WARNING WARNING Before connecting or disconnecting HV cables or any operation on the HV output or the application the unit has to be switched off and discharge of residual voltage has to be finished Depending on application residual voltages can be present for long time periods WARNING WARNING Do not operate the unit in wet or damp conditions WARNING WARNING Do not operate the...

Страница 6: ...ng air inlet and outlet openings is possible CAUTION CAUTION The devices must only be used in combination with iseg approved crates INFORMATION INFORMATION Please check the compatibility with the devices used EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 6 51 ...

Страница 7: ...21 3 5 3 Modules with two current measurement ranges 22 4 Options 23 4 1 Single Channel Inhibit IU ID NIU NID 23 4 2 SLA Active safety loop 24 4 3 SLP Internally powered safety loop 24 4 4 1CR One current measurement range only HP series 24 4 5 F02 High floating voltage 24 4 6 F20 Very high floating voltage 24 4 7 TC Lower temperature coefficient 24 4 8 VLN 24 4 9 L Lower output current HP only 24...

Страница 8: ...del R51 48 47 9 Accessories 48 10 Order guides 48 11 Appendix 49 12 Glossary 50 13 Warranty service 51 14 Disposal 51 15 Manufacturer contact 51 EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 8 51 ...

Страница 9: ...High Precision modules are multichannel high voltage power supplies in MMS system Eurocard format with exceptionally high stability very low temperature coefficients and very low ripple and noise characteristics With up to 16 channels each single channel has an independent voltage and current control Compared to a standard module the High Precision EHS is equipped with a second current measurement...

Страница 10: ... measurement accuracy is guaranteed in the range 1 Vnom Vout Vnom and for 1 year Accuracy voltage measurement 0 01 Vout 0 02 Vnom Accuracy current measurement 0 02 Iout 0 02 Inom Sample rates ADC SPS 5 10 25 50 60 100 500 2 5 10 25 50 2 60 Digital filter averages 1 16 64 2 256 512 1024 Voltage ramp up down up to 0 2 Vnom s up to 0 2 Vnom s optionally up to 0 75 Vnom s Hardware limits Potentiometer...

Страница 11: ... 1 kV 4 mA 16 4 2 15 R51 43 EH161010x405oooccrk SLA SLP ID IU EHS 201 10x 1 kV 4 mA 32 8 2 15 R51 45 EH321010x405oooccrk SLA SLP ID IU EHS F1 20x 2 kV 2 mA 16 4 2 20 R51 43 EH161020x205oooccrk SLA SLP ID IU EHS 201 20x 2 kV 2 mA 32 8 2 20 R51 45 EH321020x205oooccrk SLA SLP ID IU EHS F1 30x 3 kV 1 3 mA 16 4 2 20 R51 43 EH161030x135oooccrk SLA SLP ID IU EHS 201 30x 3 kV 1 3 mA 32 8 2 20 R51 45 EH321...

Страница 12: ...100 V 10 mA 8 1 5 3 5 SHV R51 47 EH086001x106oooccrk SLA SLP F02 F20 ID IU EHS F6 01x 100 V 10 mA 16 3 3 5 SHV R51 48 EH166001x106oooccrk SLA SLP F02 F20 ID IU EHS 86 05x 500 V 15 mA 8 4 5 3 10 SHV R51 47 EH086005x156oooccrk SLA SLP F02 F20 ID IU EHS F6 05x 500 V 15 mA 16 9 3 10 SHV R51 48 EH166005x156oooccrk SLA SLP F02 F20 ID IU EHS 86 10x 1 kV 8 mA 8 4 5 3 10 SHV R51 47 EH086010x805oooccrk SLA ...

Страница 13: ...10x305oooccrk SLA SLP EHS 185 10x 1 kV 3 mA 24 4 5 3 10 R51 44 EH245010x305oooccrk SLA SLP EHS 305 10x 1 kV 3 mA 48 9 3 10 R51 46 EH485010x305oooccrk SLA SLP EHS F5 20x 2 kV 1 5 mA 16 3 3 10 SHV EH165020x155oooccrk SLA SLP EHS 185 20x 2 kV 1 5 mA 24 4 5 3 10 R51 44 EH245020x155oooccrk SLA SLP EHS 305 20x 2 kV 1 5 mA 48 9 3 10 R51 46 EH485020x155oooccrk SLA SLP EHS F5 30x 3 kV 1 mA 16 3 3 10 SHV EH...

Страница 14: ...6 Inom Resolution current measurement Iout 20 μA 2nd range 1 3 50pA Measurement accuracy The measurement accuracy is guaranteed in the range 1 Vnom Vout Vnom and 1 year Accuracy voltage measurement 0 01 Vout 0 01 Vnom Accuracy current measurement Iout 20 μA 0 01 Iout 0 02 Inom Accuracy current measurement Iout 20 μA 2nd range 1 3 0 01 Iout 4 nA Sample rates ADC SPS 5 10 25 50 2 60 100 500 5 10 25 ...

Страница 15: ... SLA SLP TC 1CR ID IU EHS 82 20x 2 kV 4 mA 8 4 2 5 5 SHV R51 41 EH082020x405oooccrk SLA SLP TC 1CR ID IU EHS F2 20x 2 kV 4 mA 16 8 2 5 5 SHV R51 43 EH162020x405oooccrk SLA SLP TC 1CR ID IU EHS 82 30x 3 kV 3 mA 8 4 2 5 10 SHV R51 41 EH082030x305oooccrk SLA SLP TC 1CR ID IU EHS F2 30x 3 kV 3 mA 16 8 2 5 10 SHV R51 43 EH162030x305oooccrk SLA SLP TC 1CR ID IU EHS 82 40x 4 kV 2 mA 8 4 2 5 10 SHV EH0820...

Страница 16: ...TC ID IU EHS 82 30x 3 kV 100 µA 8 0 4 1 5 10 SHV R51 41 EH082030x104oooccrk SLA SLP TC ID IU EHS F2 30x 3 kV 100 µA 16 0 8 1 5 10 SHV R51 43 EH162030x104oooccrk SLA SLP TC ID IU EHS 82 40x 4 kV 100 µA 8 0 5 1 5 10 SHV EH082040x104oooccrk SLA SLP TC ID IU EHS F2 40x 4 kV 100 µA 16 1 1 5 10 SHV EH162040x104oooccrk SLA SLP TC ID IU EHS 82 60x 6 kV 100 µA 8 0 5 1 5 10 S08 EH082060x104oooccrk SLA SLP T...

Страница 17: ... 4 2 5 2 7 30 S20 EH044200x404oooccrk SLA SLP 1CR F02 F20 ID IU Floating Ground L EHS 84 01x 100 V 100 µA 8 0 8 1 1 5 SHV R51 47 EH084001x104oooccrk SLA SLP TC F02 F20 ID IU EHS F4 01x 100 V 100 µA 16 1 5 1 1 5 SHV R51 48 EH164001x104oooccrk SLA SLP TC F02 F20 ID IU EHS 84 05x 500 V 100 µA 8 0 8 1 5 5 SHV R51 47 EH084005x104oooccrk SLA SLP TC F02 F20 ID IU EHS F4 05x 500 V 100 µA 16 1 5 1 5 5 SHV ...

Страница 18: ...URE 2 VCT 008 LOWER TEMPERATURE COEFFICIENT TC T10 004 ACTIVE SAFETY LOOP SLA 001 INTERNALLY POWERED SAFETY LOOP SLP 002 ONLY ONE CURRENT RAGE FOR HIGH PRECISION MODULES 1CR 020 200 V ISOLATION FOR FLOATING GND F02 100 2 000 V ISOLATION FOR FLOATING GND F20 200 LOWER OUTPUT CURRENT 1 L Inom 100 μA Notes 1 Requires option 1CR 2 only on request Table 9 Technical data Options and order information EH...

Страница 19: ...rate controller the module will be used with The delivery condition is shown on the modules typeplate side plate of the module Typically newer iseg crate controllers CC24 CC23 CC238 are delivered with 250kBits s standard Wiener M POD Controller and older iseg hardware is set on 125 kBit s standard bitrate INFORMATION INFORMATION EHS modules with Common Floating Ground CFG will be delivered with a ...

Страница 20: ...the safety loop is active high voltage can only be generated in a channel if the safety loop is completely closed SL plug and in the case of Redel plug pin22 and pin30 on the plug in the cable or on the detector supply are bridged and an external current in a range of 5 to 20 mA of any polarity is driven through the loop If the safety loop is opened during the operation the output voltages will be...

Страница 21: ...er is decremented If the HV channel returns to constant voltage mode before timeout i e Iout Iset the counter will be reset So this process can be restarted if the current rises again 3 5 2 Limitations For some older types of HV modules with single channel floating GND the current set value cannot be set exactly to zero e g due to an uncompensatable offset For these modules the limitation of the o...

Страница 22: ...on of very small currents picoampere for these HV modules For the software comparison a delay between 80 milliseconds and 1 second must be expected This depends on the modules ADC Analog to digital converter configuration This time can be adjusted by changing the ADC sample rate to meet the requirements of the application Higher ADC sample rates lead to shorter delays but also reduce the resolutio...

Страница 23: ... applied open INHIBIT signal input HV disabled Option NIU INHIBIT signal logic HIGH active HIGH HV generation stopped default state HIGH internal pull up resistor applied open INHIBIT signal input HV disabled Option NID INHIBIT signal logic HIGH active HIGH HV generation stopped default state LOW internal pull down resistor applied open INHIBIT signal input HV enabled The INHIBIT signal must be ap...

Страница 24: ...tween individual channel GNDs and Crate GND Exceeding the isolation voltage can damage the module 4 6 F20 Very high floating voltage 2 000 V isolation for Modules with Floating Ground FG With option F20 the floating voltage is internally not limited The user is responsible to limit potential differences between individual channel GNDs and Crate GND Exceeding the isolation voltage can damage the mo...

Страница 25: ...T Figure SL I CH3 V max OK ON CH2 HV CH1 CH0 max INHIBIT SL I CH3 Vmax OK ON CH2 HV CH1 CH0 max INHIBIT OK ON I CH0 max max HV CH2 V CH1 CH3 SL INHIBIT Notes CFG Common Floating Ground FG Floating Ground CG Common Ground Table 11 front view 4ch modules EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 25 51 ...

Страница 26: ... CH7 CH5 max CH4 CH6 I CH0 max OK ON V CH3 HV CH2 CH5 SL CH7 CH1 INHIBIT 0 7 SL PIN30 SL PIN22 max SL I V max OK HV ON HV O UT SL PIN30 SL PIN22 max SL I V max OK HV ON HV O UT INHIBIT 0 7 Notes CFG Common Floating Ground FG Floating Ground CG Common Ground Table 12 front view 8ch modules EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 26 51 ...

Страница 27: ...H14 max SL CH1 CH0 I V max HV ON OK CH3 CH2 CH5 CH4 CH7 CH6 CH9 CH8 CH11 CH10 CH13 CH12 CH15 CH14 max SL CH7 CH6 CH5 CH4 CH3 CH1 CH2 CH0 I V max HV ON OK CH15 CH14 CH13 CH12 CH11 CH10 CH9 CH8 Notes CFG Common Floating Ground FG Floating Ground CG Common Ground Table 13 front view 16ch modules EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 27 51 ...

Страница 28: ... Imax OK HV ON HV O UT max V max SL I V max OK HV ON HV O UT SL PIN22 SL PIN30 INHIBIT0 7 INHIBIT 8 15 max SL I V max OK HV ON HV O UT SL PIN22 SL PIN30 Notes CFG Common Floating Ground FG Floating Ground CG Common Ground Table 14 front view 16 24 48 ch modules EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 28 51 ...

Страница 29: ...6 Dimensional Drawings Figure 2 4 channels with SHV in Floating Ground Common Floating Ground EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 29 51 ...

Страница 30: ...Figure 3 4 channels with S10 in Floating Ground or Common Floating Ground EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 30 51 ...

Страница 31: ...Figure 4 4 channels with S20 in Floating Ground or Common Floating Ground EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 31 51 ...

Страница 32: ...Figure 5 8 channels with SHV in Floating Ground or Common Floating Ground EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 32 51 ...

Страница 33: ...Figure 6 8 channels with SHV in Floating Ground or Common Floating Ground and Inhibit EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 33 51 ...

Страница 34: ...Figure 7 16 channels with SHV in Common Ground EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 34 51 ...

Страница 35: ...Figure 8 16 channels in Floating Ground or Common Floating Ground with SHV EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 35 51 ...

Страница 36: ...Figure 9 16 channels in Common Floating Ground with Redel and Inhibit EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 36 51 ...

Страница 37: ...Figure 10 8 16 48 channels in Floating Ground or Common Floating Ground with Redel EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 37 51 ...

Страница 38: ...Figure 11 16 32 channels in Common Ground with Redel EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 38 51 ...

Страница 39: ...Figure 12 16 24 48 channels in FLEX with Redel EHS High Voltage Power Supply series Last changed on 2022 03 14 www iseg hv com 39 51 ...

Страница 40: ...CABLE SIDE 1 2 PIN part number FFA 0S 302 CLAC Figure 15 manufacturer LEMO Elektronik GmbH iseg part number Z592312 LIMIT monitor CG FG socket 1pol CABLE SIDE Figure 16 part number FFA 00 250 CTAC31 manufacturer LEMO Elektronik GmbH iseg part number Z200793 LIMIT monitor CFG socket 2pol CABLE SIDE Figure 17 part number FGG 00 302 CLAD30 manufacturer LEMO Elektronik GmbH iseg part number Z201466 SH...

Страница 41: ...5 Connector contacts female ERA 05 403 ZLL1 Z592263 Contacts Safety Loop female EGG 3B 665 ZZM Z592262 manufacturer LEMO Elektronik GmbH Notes SL Safty Loop C RTN Common Return CCG Common Crate Ground R51 43 Redel CABLE SIDE Figure 22 connector iseg part number Straight plug with key and cable collet SAG H51 LLZBG Z200325 Connector contacts female ERA 05 403 ZLL1 Z592263 Contacts Safety Loop femal...

Страница 42: ...lug with key and cable collet SAG H51 LLZBG Z200325 Connector contacts female ERA 05 403 ZLL1 Z592263 Contacts Safety Loop female EGG 3B 665 ZZM Z592262 manufacturer LEMO Elektronik GmbH Notes SL Safty Loop CCG Common Crate Ground C RTN Common Return R51 46 Redel CABLE SIDE Figure 25 connector iseg part number Straight plug with key and cable collet SAG H51 LLZBG Z200325 Connector contacts female ...

Страница 43: ...e EGG 3B 665 ZZM Z592262 manufacturer LEMO Elektronik GmbH Notes RTN Return CCG Common Crate Ground R51 48 Redel CABLE SIDE Figure 27 connector iseg part number Straight plug with key and cable collet SAG H51 LLZBG Z200325 Connector contacts female ERA 05 403 ZLL1 Z592263 Contacts Safety Loop female EGG 3B 665 ZZM Z592262 manufacturer LEMO Elektronik GmbH Notes RTN Return CCG Common Crate Ground E...

Страница 44: ...ION 1 GND Ground 2 Inhibit 0 Inhibit channel 0 2 Inhibit 1 Inhibit channel 1 3 Inhibit 2 Inhibit channel 2 4 Inhibit 3 Inhibit channel 3 8 3 Safety Loop socket PIN NAME DESCRIPTION 1 Safety loop Safety loop 2 Safety loop Safety loop 8 4 Limit monitor socket 1pol PIN NAME DESCRIPTION 1 Limit Limit Imax or Vmax 2 GND Ground 8 5 Limit monitor socket 2pol PIN NAME DESCRIPTION 1 C RTN Common Return 2 L...

Страница 45: ...CCG Common Crate Ground 9 Ch7 Output Channel 7 43 Ch15 Output Channel 15 40 CCG Common Crate Ground 22 SL Safty Loop 30 SL Safty Loop Table 16 pin assignment Redel R51 43 8 8 Redel R51 44 PIN NAME DESCRIPTION PIN NAME DESCRIPTION PIN NAME DESCRIPTION 2 Ch0 Output Channel 0 13 Ch1 Output Channel 1 1 C RTN Common Return 3 Ch2 Output Channel 2 14 Ch3 Output Channel 3 11 C RTN Common Return 4 Ch4 Outp...

Страница 46: ...N PIN NAME DESCRIPTION 1 Ch0 Output Channel 0 12 Ch1 Output Channel 1 22 RTN Return 2 Ch2 Output Channel 2 13 Ch3 Output Channel 3 26 SRTN Safety Return 3 Ch4 Output Channel 4 14 Ch5 Output Channel 5 30 RTN Return 4 Ch6 Output Channel 6 15 Ch7 Output Channel 7 5 Ch8 Output Channel 8 16 Ch9 Output Channel 9 6 Ch10 Output Channel 10 17 Ch11 Output Channel 11 7 Ch12 Output Channel 12 18 Ch13 Output C...

Страница 47: ...el 1 14 Ch1 Return Channel 1 21 CCG Common Crate Ground 4 Ch2 Output Channel 2 15 Ch2 Return Channel 2 31 CCG Common Crate Ground 5 Ch3 Output Channel 3 16 Ch3 Return Channel 3 40 CCG Common Crate Ground 6 Ch4 Output Channel 4 17 Ch4 Return Channel 4 7 Ch5 Output Channel 5 18 Ch5 Return Channel 5 8 Ch6 Output Channel 6 19 Ch6 Return Channel 6 9 Ch7 Output Channel 7 20 Ch7 Return Channel 7 50 Ch8 O...

Страница 48: ... 07 HV cable 6kV Kerpen SL v2YCeHI 37xAWG26 7red R51 43 A RG43_C07 LLL_RA43 R51 44 G 4 kV 07 HV cable 6kV Kerpen SL v2YCeHI 37xAWG26 7red R51 44 A RG44_C07 LLL_RA44 R51 45 G 4 kV 07 HV cable 6kV Kerpen SL v2YCeHI 37xAWG26 7red R51 45 A RG45_C07 LLL_RA45 R51 46 G 4 kV 08 HV cable 6kV Kerpen SL v2YCeHI 56xAWG26 7red R51 46 A RG46_C08 LLL_RA46 R51 47 G 4 kV 07 HV cable 6kV Kerpen SL v2YCeHI 37xAWG26 ...

Страница 49: ...05 3mA For Example IU TC 804 For Example A first revision B second revision Table 24 Item code parts for different configurations 11 Appendix For more information please use the following download links This document http download iseg hv com SYSTEMS MMS EHS iseg_datasheet_EHS_en pdf Archives http download iseg hv com SYSTEMS MMS EHS archive CAN EDCP Programmers Guide http download iseg hv com SYS...

Страница 50: ...erance tube Vset Vbounds around Vset Inom nominal output current Iout output current Iset set value of output current Imon monitor voltage of output current Imeas digital measured value of current Itrip current limit to shut down the output voltage Iin input supply current Imax limit max value of output current Ilimit Current Limit Ibounds Current bounds a tolerance tube Iset Ibounds around Iset P...

Страница 51: ...rt rma 14 Disposal INFORMATION INFORMATION All high voltage equipment and integrated components are largely made of recyclable materials Do not dispose the device with regular residual waste Please use the recycling and disposal facilities for electrical and electronic equipment available in your country 15 Manufacturer contact iseg Spezialelektronik GmbH Bautzner Landstr 23 01454 Radeberg OT Ross...

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