2019

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Company Presentation

Mem

ber of

Mem

ber of

•The CA

EN G

roup

•CA

EN, CA

EN R

FID and CA

EN SyS

•H

istory of CAEN

ELS

•Custom

Made P

rojects

•P

roduct Lines

•O

utlook New

Developm

ents

•R

eferences

•D

istribution Netw

ork

Overview

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Company Profile

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The CAEN

Group

•CA

EN S.p.A

. (Costruzioni Apparecchiature Elettroniche

Nucleari, Società

per Azioni) seated in V

iareggio/Italy was founded in 1979 from

Marcello

Givoletti, Piero Salvadoriand Luigi Pardini, w

how

ereform

er employees

at the INFN

(Istituto Nazionale di Fisica N

ucleare) in Pisa.

•Initiator 0f the

foundingw

as CERN

, which

cooperatescloselyw

iththe

INFN

. Hence CERN

was the first custom

er of CAEN

and up to today CERN

is still the biggest customer of the CA

EN group w

iththousands

of installed electronic boards.

•The CA

EN G

roup hasnearly

10.000 customers in m

ore than 50 countries in public research as w

ell as in private organizations.

•Locations and distributors in m

ore than 30 countries.

•M

ore than140 em

ployees generated a direct turnover of25 M€ in 2018.

•CA

EN and its spin-offs are 100%

self-financed.

•Core A

reas: High Energy Physics, A

strophysics, Neutrino Physics, D

ark M

atter Research, NuclearPhysics, Particle

Physics , Radio FrequencyIdentification, N

uclearSecurity and Safety, Didactics, M

aterial Sciences, M

edical Applications, Industrial A

pplications, CalibrationTechnologies.

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Company Profile

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CAEN

Company N

etwork

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Company Profile

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w.caenels.com

Trieste -Italy

Viareggio -Italy

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Locationsw

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.caenels.com

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Viareggio

Trieste

CA

EN

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

•CA

EN is

thew

orldleaderw

iththe

mostadvanced

electronic instrum

entationforany

particle, radiationand low

light detectors.

•N

earlyall w

orldm

ajorresearchlaboratories

and institutesare

usingthe high end products of CA

EN for the detection and data acquisition

in particle physics experiments.

•R&

D division of 50 high level P

hysicists and Engineers.

•H

igh Voltage and Low Voltage Pow

er Supplies

•Signal Conditioning, Read O

ut Electronics and Emulation

•A

cquisition Systems

•Spectroscopy Solutions

•Pow

ered Crates and Chassis

•Educational K

its

CA

EN

RFID

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

•CA

EN R

FID w

as foundedin 2006 and is

a keyplayerin the

European R

FID M

arket with

worldw

idecustom

ersin m

anufacturing,logistics, transport, healthcare, fashion, retail…

•R

adio frequency identification (RFID

) is a form of w

ireless com

munication

that uses radio waves to identify and track objects.

•RFID

takes the barcoding concept and digitizes it for the modern w

orld

•U

HF R

FID R

eaders, Loggers, Custom P

roducts, Integration

•U

niquely identify an individual item beyond just its product type

•Identify item

s without direct line-of-sight

•Identify m

any items sim

ultaneously

•Identify item

s within a vicinity of betw

een a few centim

eters to several m

eters

Reader

Antenna

TagH

ost PC

CA

EN

SySw

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.caenels.com

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

•CA

EN SyS

provides nuclear measurem

ent solutions and technical expertise for N

uclear Safety, Nuclear Security and Laboratories.

•H

ealth Physics , Spectroscopy and Radiation Measurem

ents Systems

•Custom

Nuclear M

easurement System

s, Nuclear W

aste

•Identification of gam

ma and neutron sources

•N

etworking of radiation detectors and robotics

•Safeguard and security products for non-proliferation and threats

•Fuel cycle process m

onitoring characterization Fresh & Spent Fuel

Burn-up solutions

•N

uclear emergency preparedness

•Site rem

ediation studies, products and solutions for mitigation plans

•Founded 2009 as a spin-off from

CAEN

S.p.A.

•D

eveloper and manufacturer of high-perform

ance digital bipolar and m

onopolar power sources, high-

precision current transducers and current measurem

ent system

s, electronic components for beam

lines in accelerators and FM

C and MicroTCA

equipment

•H

eadquartersin Basovizza, Trieste -Italy at the location of Elettra-Sincrotrone Trieste S.C.p.A

.

Locationw

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.caenels.com

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

-from foundation to today…

2009:CA

EN acquires three leading developers (D

enis Molaro, Enrico Braidotti, M

itja Guštin) from

Elettra Sincrotrone in Trieste/Italy w

ho are dedicated in custom specific pow

er sources and electronic instrum

entation. Founding of the spin-off CAEN

ELS with the target of providing institutes in the

accelerator technology (e.g. CERN, D

ESY) with high-end electronic equipm

ent.

2011:First turnovers w

ith worldw

ide partners inside the accelerator technology developing and selling custom

specific digital bipolar power sources.

2013: D

evelopment of the high precision 0-FLU

CS-Current-Transducerseries (accuracy < 30 ppm/FS).

2014:D

evelopment of new

bipolar and monopolar standard pow

er sources for reactive (inductive and capacitive) loads w

ith digital control loop –currently from

few W

up to 10-kW for all kinds of high-end

applications.

Entering the high-end industrial, automotive, battery, m

edical markets and further.

2015:Founding of the U

S Am

erican Branch Office in N

ew York City (at CA

EN Technologies, Inc.)

2016:Founding of the G

erman B

ranch Office near K

arlsruhe.

Entering the calibration market.

2019 ff.:Continuous developm

ent of further custom-m

ade solutions as well as standard sources and electronic

instrumentation w

ith state-of-the-art technology.

Historyw

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Where it started

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w.caenels.com

FERM

I@Elettra

•Linear accelerator –

FEL (400 meters length)

•about 400 m

agnets of 5 Aup to

750 A

•24 hours/day –

365 days/year

•Reliability and Efficiency

FERM

Ibasicinstallations

X-FELrequirem

entsforthe

powersources:

•180

powersources

of±20A@

±20V(A

2620BS)

•210

powersources

of±5A@

±10V(A

2605BS)

•Correction

andQ

uadrupoleM

agnets

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ent in any form w

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ission of CAEN

ELS s.r.l. is prohibited

Custom D

esign Example

•Custom

specific bipolar linear power sources rated at ±5 A

and ±60 V

•Start of design in D

ecember, delivery and installation after 4 m

onths in March

CustomerProjects

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Tsukuba -Japan

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

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PowerSupply

Systems

Precision CurrentM

easurements

Beamline Electronic

Instrumentation

Product Lines

FMC

MicroTCA

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

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Power Supply System

s

PowerSupply System

s

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

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PowerSupply System

s

Ca

ta

log

ue

Po

we

r S

up

ply

Se

rie

s

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

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PowerSupply System

s

CA

EN

els

Po

we

r S

ou

rc

es -

A N

ew

S

ta

te

-O

f-Th

e-A

rt

Unite

The Advantages –

Eliminate

The Disadvantages–

Add

New

Features

Reproduction, transfer, distribution of part or all of the contents in this docum

ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Easy touse

Simple platform

, lowcom

plexity

High Reliability

Low ripple, low

noise

Low Cost

Analog Input

Fast transient response

Stepup

(boost) andstep

down (buck) possible

High Pow

er possible

Small Size

Low W

eight

High Efficiency

Low H

eatLoss

Load easilyadaptable

bysoftw

arePiD

regulation

Easy integrationin m

aincontrolsystem

s

Digital Input

Only

lowpow

er possibleBig Size

High W

eight

High H

eatLoss

Low Efficiency

Need foradditional hardw

aredepending

on load

Complex

platform, m

anyparts

High costdue to

many

parts

High ripple high noise

-switching

transformer

Linear Analog Controlled

SourcesSw

itched Digitally

ControlledSources

The challenge was, to com

bine the positive aspects of the both worlds “linear” and

“switched” along w

ith eliminating or optim

izing the negative aspects.

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PowerSupply System

s

CA

EN

els

Po

we

r S

ou

rc

es -

A N

ew

S

ta

te

-O

f-Th

e-A

rt

Unite

The Advantages –

Eliminate

The Disadvantages–

Add

New

Features

Reproduction, transfer, distribution of part or all of the contents in this docum

ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Easy touse

Simple platform

, lowcom

plexity

High Reliability

Low ripple, low

noise

Low Cost

Analog Input

Fast transient response

Stepup

(boost) andstep

down (buck) possible

High Pow

er possible

Small Size

Low W

eight

High Efficiency

Low H

eatLoss

Load easilyadaptable

bysoftw

arePID

regulation

Easy integrationin m

aincontrolsystem

s

Digital Input

Only

stepdow

n (buck) possible

Only

lowpow

er possible

Big Size

High W

eight

High H

eatLoss

Low Efficiency

Need foradditional hardw

aredepending

on load

Complex

platform, m

anyparts

High costdue to

many

parts

High ripple high noise

-switching

transformer

Linear Analog Controlled

SourcesSw

itched Digitally

ControlledSources

ww

w.caenels.com

PowerSupply System

s

CA

EN

els

Po

we

r S

ou

rc

es -

A N

ew

S

ta

te

-O

f-Th

e-A

rt

Unite

The Advantages –

Eliminate

The Disadvantages–

Add

New

Features

Reproduction, transfer, distribution of part or all of the contents in this docum

ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Easy touse

High Reliability

Low ripple, low

noise

Low Cost

Analog Input

Fast transient response

Stepup

(boost) andstep

down (buck) possible

High Pow

er possible

Small Size

Low W

eight

High Efficiency

Low H

eatLoss

Load easilyadaptable

bysoftw

arePID

regulation

Easy integrationin m

aincontrolsystem

s

Digital Input

Complex

platform, m

anyparts

The highlyam

bitional, two

yearslasting

effortin researchand

developmentfinally

succeededin

power sources

thatcombine

theadvantages

ofbothtechnologies

andthatare

uniquein the

world.

Switched D

igitallyControlled

Sources-The N

ew H

igh-End-State-Of-The-A

rt

Only

stepdow

n (buck) possible

Big Size

High W

eight

High Resolution D

igital Inputs andO

utputs

Additional H

igh Speed Optical Input

High A

ccuracyat ppm

Ranges

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PowerSupply System

s

CA

EN

els

Po

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igita

l m

ag

ne

t p

ow

er s

up

ply

a

pp

ro

ac

h

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

AB

ST

RA

CT

Programm

able logic and integrated technologies, as SoC, FPG

A and D

SP, have becam

e mature enough to be

employed in high perform

ance magnet pow

er supply applications.

The use of a configurable mixed current and voltage digital control, com

bined with adaptable com

plex algorithm

s for protections (e.g. quenchin superconducting m

agnets) and auxiliary integration (e.g. transverse flux density in a dipole gap) allow

s obtaining the perfect fit for each specific magnet application.

An entire series of pow

er supplies, coming from

a background of particle accelerator applications, has been developed for both bipolar and m

onopolar operation with high bandw

idth (fast fields as in corrector magnets

and steerers) and high adaptability with a user-friendly interface and an em

bedded Linux OS that allow

s users to im

plement their ow

n applications directly on the power supply.

The use of 24-bit AD

Cs and state-of-the-art PW

M generation (w

ith possible application of dithering techniques to reach 65-ps resolution) enables to obtain fields actuations in the ppm

-level range.

Some of the CA

ENelspow

er converters, for specific applications (usually dipoles or superconducting), are equipped w

ith our closed-loop zero flux transducers that feed their signals to temperature-stabilized

electronics to reach current temperature coefficient values of low

er than 1 ppm/K

.

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EN

els

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up

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Co

ntro

l B

oa

rd

Digital Control B

oard including: •

FPG

A (Z

ynq)•

DSP

(Texas Instruments)

Interfaces included are the follow

ing: •

10/100/1000 Ethernet•

2 x SFP+ (6.5 G

bps/channel)•

USB

Host

•eM

MC

•display

and encodercontrol

FPG

Ais used for digital output

control algorithms and

DSP

forHigh-R

esolution PW

M

generation.

Linux OS (Yocto

Project) is

embedded in the A

RM

.

Ca

rrie

r B

oa

rd

The Digital Control B

oard is plugged onto the Carrier B

oard with tw

o 100-pin high-speed FCI connectors. The Carrier Board is provided w

ith:

•2 x 24-bit@

100 kspsAD

Cs for current and voltage readout (Tem

perature-stabilized)•

DC-Link, Tem

perature and A

uxiliary analog readings (16-bit@

100 ksps)•

I/O signals for interfacing w

ith external protections (e.g. quench)

•interlocks

and statussignals

•connectorforfuture

expansions.

The Carrier Board also embeds the

power section to supply the active

CAEN

elsD

CCT transducerwith low

-noise pow

er at ±15V in order to have a

direct, accurate, stable and precise current readout.

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PowerSupply System

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EN

els

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Ou

tp

ut C

on

tro

l L

oo

p

The on-board programm

able logic allows for com

plex algorithms to be perform

ed on the current and voltage output values. A

lot of different feedback control loops have been implem

ented but standard ones are modified versions of

Proportional Integral D

erivative (PID

).

Two exam

ples are hereafter shown:

Application Exam

ple: a user can implem

ent a slower closed loop directly on the Linux O

S by using the readings of the m

agnetic field from a H

all probe fed to the auxiliary input of the carrier board.

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EN

els

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ent in any form w

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ELS s.r.l. is prohibited

Po

we

r S

ta

ge

C

on

tro

l

The on-board FPG

A perform

s all the control loop algorithms at a hardw

are-levelto maxim

ize speed and com

puting power.

The DSP

is used as a multi-channel P

WM

generatorwith a 65-ps P

WM

resolution. For bipolar stages (H-

Bridge topologies), this resolution can be halved.

The equivalent setting resolution for a 15-kHz sw

itching monopolar pow

er stage can be computed as:

This resolution can be increased to 21 bit for bipolar stages.

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EN

els

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ent in any form w

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ELS s.r.l. is prohibited

Cu

rre

nt

Se

ns

ing

The current sensing is made using a

proprietary closed-loop Zero Flux D

CCT (DC

Current Transformer) and fed to the A

DC via

a temperature-stabilized signal conditioning

section to reach a TC < 1 ppm/°C.

CAEN

els0-FLU

CS DC

CurrentTransformer

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PowerSupply System

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EN

els

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ent in any form w

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ission of CAEN

ELS s.r.l. is prohibited

Cro

wb

ar

Active circuits to protect

against back-energy are designed for m

onopolar and bipolar pow

er supplies.

A specific circuit that rem

ains active for > 10 m

in after an AC

mains failure has been integrated also for

superconducting magnets.

Qu

en

ch

De

te

ctio

n

A quench protection procedure is running on the FP

GA

and it is configurable.

Au

xilia

ry

Inp

uts

External analog control input (e.g. to use the pow

er supply as an am

plifier) is provided by using another A

DC at 16-bit 100 ksps.

An external input can also be used to read, for exam

ple,the m

agnetic field generated by the m

agnet -e.g. Hall

probe. A slow

loop can be closed on the field value.

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EN

els

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ent in any form w

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ission of CAEN

ELS s.r.l. is prohibited

Fa

st C

on

ne

ctio

ns

Two 6.5 G

bpsSFP+ links are

provided for fast update rates (> 10 K

Hz).

Paralleling

is also performed using

the SFP+.

Re

mo

te

C

on

fig

ura

tio

n

Interlocks and protections can be configured rem

otelyto m

atch the application.

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EN

els

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ent in any form w

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ission of CAEN

ELS s.r.l. is prohibited

CO

NC

LU

SIO

NS

•Control of different types of pow

er topologies -i.e. different magnet types w

ith different requirem

ents

•R

emote optim

ization of the current dynamic behaviourusing the digital control loop

-no oscillations or slow response

•Fast connectivity (G

igabit Ethernet + SFP/SFP+): optimized for single m

odule or for large installations

•Extrem

e high-stability at 1 ppm/°C w

ith matched 0-FLU

CS DCCTs + tem

perature stabilization

•Easy softw

are development/integration directly on the pow

er unit using the em

bedded Linux OS -Yocto

Project

•P

aralleling of modules via SFP/SFP+ optical links

•R

emote configuration of w

aveforms, triggers, interlocks and protections

configurations for the specific application

•Im

plementation ofdifferent controlschem

es-e.g. IIR filters, adaptive algorithm

s, etc.

Easy-Drive

rCom

pact Digital B

ipolar Power Supply

•19” –

1U stand-alone crate

•±

5A@±

20V and ±

10A@±

20V

•10/100 M

bit Ethernet interface

•D

igital Current regulation loop

•Low

noise

•Internal protections and

•A

uxiliary Readbacks

•External Interlock and Status Signal

•Extended input range (90-260VA

C)

•Local display for m

onitoring

•“V

ISUA

L” free software available

“0520” Model

“1020” Model

Output current range

±5 A

±10 A

Output voltage range

±20 V

Maxim

um output pow

er100

W200 W

TopologyBipolar

Current setting resolution

160 μA320 μA

Output current readback

20 bit

Output voltage readback

20 bit

Output current ripple

*< 40 ppm

/ FS

Output current stability

< 40 ppm / FS

Output Current

TC< 40 ppm

/ °CSw

itching Frequency> 100 kH

z

ClosedLoop

Bandw

idth> 1 kH

z

Efficiencyup to 84 %

External Interlocks/Status

1 Input: External Fault1 O

utput: Power Supply Status

InternalInterlocksD

C Link Under-V

oltageM

OSFETs O

ver-Temperature

Shunt Over-Tem

perature

Hardw

are Protections

Input FusesPassive Crow

bar (Over-V

oltage)

CoolingForced A

ir Convection –Front-to-Rear

Control System D

riversEPICS IO

C

ConnectivityEthernet 10/100 M

bit TCP-IP

Extra-FeaturesU

ser-settable Slew Rate V

alueFirm

ware Rem

ote Update

Mechanical D

imensions

19” ×1U

×264 m

m19” ×

1U ×

295 mm

-with output connectors

Input Ratings

90/260 VA

C)47-63 H

z

ww

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FA

ST

-P

S

High-Perform

ance Bipolar Pow

er Supply

•19” –

1U stand-alone crate

•D

ifferent current and voltage ratings

•10/100/1000 Ethernet

•2x Fast SFP interface (10 kH

z update)

•Current or Voltage regulation

•H

igh analog bandwidth

•A

nalog control and Trigger Input -optional

•Low

noise

•Configurable D

igital control loop

•Internal protections and auxiliary readbacks

•Local display and control

Linux OS

Embedded

Regulation Type

Current-or Voltage-Control

Output current range

±5 A

,±10 A

,±20 A

,±30 A

Output voltage range

±20 V

,±40 V

,±80 V

Maxim

um output pow

erup to 600 W

Setting resolution18 bit

Output readbacks

20 bit

Output current ripple

*30 ppm

/ FS

Output current stability

< 50 ppm / FS

Output voltage stability

< 50 ppm / FS

Switching Frequency

100 kHz

Max Current/V

oltage update rate

10 kHz

Accuracy

0.05%

External Interlocks/States2 Inputs: user-configurable "dry" contacts

1 Outputs: relay (2 m

agnetic contacts)

Internal Interlocks

DC Link U

nder-Voltage

MO

SFETs Over-Tem

peratureO

ver-Currentand O

ver-Voltage

Earth Fault CurrentRegulation Faultand Excessive Current Ripple

Hardw

are protectionsInput FusesEarth Fuse

Over-V

oltage

Auxiliary A

DC R

ead-Backs

DC Link V

oltageG

round Leakage CurrentTem

perature

CoolingO

n-Module Self-Regulated Fans

Control System D

riversEPICS

Connection1 x Ethernet 10/100/100

2 x SFP ports

Extra-Features

Point-by-Point Current Waveform

LoadingU

ser-definable interlock thresholds, active levels and tim

ingsFirm

ware Rem

ote Updates

Input Voltage

90/260 V(A

C) (47-63 Hz)

Efficiencyup to

84 %

Pow

erFactor> 0.95

PowerSupply System

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DCCT

Embedded

–O

ptional -

Easy-Drive

r andF

AST-P

S

Comparison

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S-M

High-Perform

ance Monopolar Pow

er Supply

•19” –

1U stand-alone crate

•100A

-6V, 75A

-8V, 60A

-10Vratings

•10/100/1000 Ethernet

•2x Fast SFP interface (10 kH

z update)

•Current or Voltage regulation

•H

igh switching frequency –

300 kHz equivalent

•A

nalog control and Trigger Input -optional

•H

igh-stability and low TC

•Configurable D

igital control loop

•Internal protections and auxiliary readbacks

•Local display and control

Linux OS

Embedded

Regulation Type

Current-or Voltage-Control

Output current range

60 A75 A

100 A

Output voltage range

10 V8 V

6 V

Maxim

um output pow

erup to 600 W

Setting resolution> 18 bit

Output readback

24 bit

Output current ripple

*30 ppm

/ FS

Output current stability

50 ppm / FS

Output voltage stability

50 ppm / FS

Switching Frequency

300 kHz (equivalent)

Max Current/V

oltage update rate

10 kHz

Accuracy

< 0.05%

External Interlocks/States2 Inputs: user-configurable "dry" contacts

1 Outputs: relay (2 m

agnetic contacts)

Internal Interlocks

DC Link U

nder-Voltage

Over-Tem

peratureO

ver-Current& O

ver-Voltage

Earth Fault CurrentRegulation Fault&

Excessive Current RippleD

CCTO

K

Hardw

are protectionsInput FusesEarth Fuse

Over-V

oltage

Auxiliary A

DC R

ead-Backs

DC Link V

oltageG

round Leakage CurrentTem

peratureCooling

On-M

odule Self-Regulated Fans

Connection1 x Ethernet 10/100/100

2 x SFP ports

Extra-Features

Point-by-Point Current Waveform

LoadingU

ser-definable interlock thresholds, active levels and tim

ingsFirm

ware Rem

ote Updates

Dim

ensions19"–

1U –

365 mm

(W x H

x D)

Input Voltage

90/260 V(A

C) (47-63 Hz)

Efficiencyup to

85 %

Pow

erFactor> 0.95

PowerSupply System

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Embedded

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Embedded

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PowerSupply System

s

•19” –

2 U stand-alone unit

•M

odels up to ±100 A

and up to ±100 V

•Configurable digital control loop

•10/100/1000 Ethernet interface

•Current or Voltage regulation

•Low

noise and Ripple

•< 1 ppm

/K tem

perature dependence

•Excellent long-term

stability

•Q

uench protection for SC magnets

•External A

nalog Control, Trigger and

•Configurable A

DC Inputs

•Fast SFP interface (10 kH

z update)

15-10030-50

50-30100-15

Output Current

±15 A±30 A

±50 A±100 A

Output V

oltage±95 V

±50 V±30 V

±15 V

Maxim

um O

utput Power

1.500 W

TopologyBipolar

Control Mode

Current(CC) and Voltage (CV

)Control

FloatingO

utputU

p to 200 V

Remote Sensing

Up

to 0.5 V

CurrentSensing<

H

igh-Precision CurrentTransducers

Analog

Control InputYes

CurrentSettingResolution

150 μA250 μA

400 μA800 μA

Voltage Setting

Resolution1 m

V500 μV

300 μV150

μV

Output Readback

Resolution24-bit

Noise

+Ripple

(RMS)

< 0.01 % on resistive

load< 0.005 %

on 1 mH

load

Temperature

Coefficient< 0.0002

% / K

(CC mode)

< 0.005 % / K

(CV m

ode)

LongTerm

Stability(8 h)

< 0.0005%

/ K (CC m

ode)< 0.005 %

/ K (CV

mode)

Analog

Bandwidth

(-3 dB)> 2 kH

z

Control/Comm

unicationInterface

EthernetTCP-IPSFP/SFP+

Local ControlColourdisplay w

ith multi-function

navigationsw

itch

ExternalSignals

2 ExternalInterlocks2 Status signals

–1 m

agneticrelay

and 1 solidstate

Trigger InputA

nalog Control InputA

dditionalConfigurableA

DC Input

Extra Features

Waveform

executionQ

uenchProtection

Remote Firm

ware U

pdateLinux O

S on-boardM

echanical Dim

ensions (L ×

W ×

H)

19” x2U

x 550 cm

Operating Tem

perature0 …

45°C

FA

ST

-P

S-1K

5

1.5-kW H

igh-Stability Bipolar Pow

er Supply

Linux OS

Embedded

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DCCT

Embedded

NG

PS

10-kW H

igh-Stability Power Supply

•19” –

3U stand-alone unit

•D

ifferent current and voltage ratings

•Versions: 200A

/50V, 100A/100V

(both 10 kW

) + 140A/50V

(7kW)

•10/100/1000 Ethernet interface

•2x Fast SFP interface (10 kH

z update)

•Current or Voltage regulation

•Low

noise and Ripple

•1 ppm

/K grade (“H

S” version)

•H

igh temperature and long-term

stability

•Configurable digital control loop

•Internal protections and auxiliary readbacks

•Local display and control

NG

PS Inform

ation and Data

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bedded

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by

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DCCT Em

bedded

NG

PS

Accuracy Perform

ance over 7 days –tested from

one of our customers

•M

easured at 100A CC

•G

uaranteed accuracy in the datasheet: 100 ppm

•M

easured Long Term Stability –

Maxim

um D

eviation in 7 days: 13 ppm

(0,0013%)

•M

easured Long Term Stability –

Maxim

um deviation in 1 day:

6 ppm (0,0006%

)

NG

PS Long Term

Stabilityw

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Po

larity

In

ve

rte

rs

200A, 400A

, 600A

•19” –

6U crate

•Current ratings up to 630A

•Perfect fit for the N

GPS, both in single or

paralleled configurations

•Controlled via the N

GPS (no separate control

needed)

•A

daptable to further sources from the m

arket

NG

PS Inform

ation and Data

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Precision Current

Measurem

ents

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Precision Current

Measurem

ents

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Hig

h-P

re

cis

ion

Cu

rre

nt M

ea

su

re

me

nt S

yste

m

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Measurem

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History

andCom

parison

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Co

mp

aris

on

o

f C

urre

nt M

ea

su

re

me

nt Te

ch

no

log

ies

The ZER

O-FLU

CSprinciple w

as already discovered in the 1930 years and is up to today the most com

plex and overall m

ost precise, most stable and m

ost versatile current measuring m

ethod.

Characteristics/CapabilityShunt

Hall Effect Sensor

Current Transform

erRogow

ski Coil

ZERO FLU

CS DCCT

DC CurrentsYes

YesN

oN

oYes

Bandwidth

Medium

Very poorHigh

Very highHigh

InsulationN

oYes

YesYes

YesLinearity

Medium

Very poorPoor

Medium

Very highAccuracy

Medium

Medium

Medium

Medium

Very highO

ffsetYes

YesN

oN

oN

oHigh Currents

No

Medium

Medium

HighVery high

Magnetical Saturation

No

YesYes

No

No

Temperature Stability

Medium

PoorHigh

Very highVery high

Power Consum

ptionHigh

LowLow

LowM

ediumDim

ensionVery sm

allSm

allSm

allM

ediumM

ediumLong Term

StabilityPoor

PoorPoor

Very goodVery good

Automotive Interface Ability

DifficultPossible

DifficultPossible

Possible

CT-13 CT-26 CT-52(PCB M

ountable)

SystemC

T-B

OX

plusC

T

TheFeatures

•A

C-andD

C-measurem

entsseparately

orcombined

•Standard

Accuracy:<

100ppm

(<0,01%

)FS/H

igh-Accuracy

CalibratedSystem

:<50

ppm(<

0,005%)FS

•Voltage

OutputVersions:Standard

Accuracy:<

2.500ppm

(<0,25%

)FS,OptionalA

ccuracy:<500

ppm(0,05%

)FS

•Tem

peratureCoefficient:<

1ppm

/KFS

•H

igh-Linearity:<3

ppm/FS

•InputN

oise:<1.5

ppmat200

Hz,<

10ppm

at50kH

z

•ExcellentA

C-Am

plitudeand

Phaseresponse

upto

500kH

z

•24-bit@

100kSP

Ssam

pling

•CurrentTransform

erRatio:IS /IP from1:250

upto

1:2000as

standards

•D

isplay:71/2

Digits

CT-100 CT-150CT-200 CT-300 CT-400

CT-600 CT-1000

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Precision Current

Measurem

ents

SystemC

T-B

OX

plusC

T

TheFeatures

•G

alvanicInsulation

Primary

toSecondary

•ExternalTem

peratureSensors

(fortemperature

monitoring)

•Fanless

•m

icroSDfordata

storage(also

forlong-termm

easurements)

•A

nalogM

onitoring(±10

V)

•CT-V

iewerSoftw

arefree

andincluded

•TriggerInput/O

utputandA

larmO

utput

•Interfaces:Ethernet10/100

MbpsTCP

-IP,USB

2.0,RS-232

•A

llCablesincluded

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Precision Current

Measurem

ents

CT-13 CT-26 CT-52(PCB M

ountable)CT-100 CT-150

CT-200 CT-300 CT-400

CT-600 CT-1000

PS1215 bipolar pow

er sourceforD

CCTs available!

SystemC

T-B

OX

plusC

T

Customization

Services-higherquantities

oradditionalcharge:

•Custom

SpecificTransformerRatios,i.e.1:423

(primary

current=42.3

A/secondary

current=100

mA

)

•Custom

SpecificCurrentV

alues>1

kA:up

to30

kA

•Expansion

ofprimary

holediam

eterupto

80m

m

•U

pto

150A

PCB-mountable

versionspossible

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Precision Current

Measurem

ents

CT-13 CT-26 CT-52(PCB M

ountable)CT-100 CT-150

CT-200 CT-300 CT-400

CT-600 CT-1000

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Measurem

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Temperature Stability (Exam

ple):

Temperature

Stabilityover19 hours:

Temperature

21.2 °C to 23.4 °C

Current Measurem

ent-10.0023A

to -10.0030A

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CT

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CT-View

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several times higher costs

non-calibrated system –

imprecise m

easurements

high quality cables must be purchased separately

lower frequencies up to m

ax. 100kHz possible

no data storage possible

no easy transportation

no easy installation

no specific software solution

Digital M

ultimeter (7,5 digits or higher) + D

CCT

Usual M

easuring System

lowercosts

system calibrated

cables included

frequencies up to 500 kHz

data storage via SD (included)

compact system

19”-rack mount available

monitoring softw

are inclusive

CT

-B

OX

System

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Innovation

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Beam

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Instrumentation

Beam

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Beam

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Instrumentation

Be

am

line

E

lec

tro

nic

Instru

me

nta

tio

n

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Beam

lineElectronic

Instrumentation

AH

401D4-channel Charge Integration P

icoamm

eter

Photon BPM applications:

•Q

uad-diode BPM´s

•D

iamond detectors readout

•ion cham

bers

•blade gap m

onitors

•radiation m

onitors

•7 different ranges –

from 50 pC

to 2 nC(m

onopolar)

•settable integration tim

e: from 1m

s to 1s

•20 bit + low

-noise

•Ethernet connectivity

•U

ser-friendly software for photon BPM

applications provided

•TTL trigger/gate input signal and output conversion signal →

external events

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Beam

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Instrumentation

Photon BPM applications:

•Q

uad-diode BPM´s

•D

iamond detectors readout

•ion cham

bers

•blade gap m

onitors

•radiation m

onitors

AH

501D4-channel B

ipolar Picoam

meter w

ith Bias Voltage Source

•3 different ranges -±

2.5 mA

, ±2.5 µA

, ±2.5 nA

•sam

pling frequency –up to 26 kH

z (1 channel @ 16-bit)

•16-or 24-bit resolution

•Ethernet connectivity

•Bias up to 30V

(sub-mV

RMS noise)

•U

ser-friendly software for photon BPM

applications

•TTL gate input signal and output conversion signal →

external events

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Beam

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Instrumentation

4-channel Fast-Interface Bipolar P

icoamm

eter with Integrated H

V

•2 different full-scale ranges: ±

120 µA and ±

120 nA(configurable)

•Internal sam

pling: 100 kHz@

24 bit

•Firm

ware Rem

ote Update

•Configurable Sam

pling Frequency

•A

utomatic independent ranging

•G

igabit Ethernet connectivity

•500V

standard HV

bias (up to 4 kV)

•Factory calibration

•FPG

A and soft-processor com

putations

•U

ser-friendly software for photon BPM

applications

•D

ifferent trigger/gate and configuration →external events

T trAM

MReproduction, transfer, distribution of part or all of the contents in this docum

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and

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T trAM

MA

H501D

Standard Ranges

Resolution

Ranges custom

izable

Independent Ranging

Auto R

anging

Sampling Frequency

Analog B

andwidth

Monitoring

BIA

S Voltage

BIA

S Voltage

RM

S Noise

Comm

unication Interface

Temperature

Coefficient

External Signals

T trAM

MA

H501D

±120 nAto

±120 μA (standardly)

24 bit: 15 fAto

15 pA (standardly)

✓✓✓up

to100 kH

z (configurable)

5 kHz

Digital, Plug &

Play GU

I

Optional: up

to6kV

<2ppm ???

10/100/1000 Ethernet, SFP

RNG

0: <10ppm, RN

G1: <20ppm

ConfigurableTrigger/G

ate, Trigger O

utput, External Interlock

±2.5 nA, ±2.5 µA

±2.5 mA

(fixed)

14 bit: 300aA, 300fA

, 300pA (fixed)

XXX

upto

26 kHz (configurable???)

?????

Voltage

Analog M

onitoring (±5V)

0 to30V

(integrated)

<30ppm

10/100 Ethernet TCP/IP and UD

P

???

Trigger/Gate input, CO

NV

output

Comparison

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Beam

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Instrumentation

T trAM

M-CI

4-channel Fast-Interface Charge-Integration Electrometer (Integrated H

V)

•8 different full-scale ranges: from

50 pCto 2 nC

•Internal sam

pling: 1 ms

–50 μs

•Firm

ware Rem

ote Update

•Configurable Integration Period

•G

igabit Ethernet connectivity

•500V

standard HV

bias (up to 4 kV)

•Factory calibration

•FPG

A and soft-processor com

putations

•U

ser-friendly software for photon BPM

applications

•D

ifferent trigger/gate and configuration →external events

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Beam

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Instrumentation

HV

-AD

AP

TOS:H

igh-VoltageA

DA

PTive

Optics

PS

System

Multi-channelH

VPS

System:

•D

esigned for bimorph m

irrors operation

•D

edicated integrated control software

•can control up to 2 m

irrors (and up to 48 HV

channels)

•bipolar channels rated at ±

2kV@±

0.5mA

•proprietary creep and hysteresis control and m

inimization routines

•W

eb Server application with m

irror dedicated software

•standard 10/100/1000 TCP-IP Ethernet connectivity -EPICS IO

C

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Beam

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Instrumentation

BE

ST

Beam

line Enhanced Stabilization Technology

•Pow

erful Instrumentation and Softw

are Suite for stabilization and optimization of photon beam

(X, Y, I0)

•System

composed by three m

ain building blocks:

•readout block -TetrA

MM

•control and interface block –

BEST

Central Unit

•actuator block –

PreD

AC

•Expandability →

up to two phBPM

sand tw

o piezoelectric actuators (monochrom

ators)

•Low

-latency and high speed guarantees higher frequency compensation respect to “standard” local feedback

implem

entations (software based)

Readout

#1

Readout

#2

Control + Interface

Actuator

#1

Actuator

#2

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FMC and M

icroTCAM

icroTCA.4 for P

hysics

FMC and M

icroTCA

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FM

C a

nd

M

icro

TC

A

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FMC and M

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What is F

MC

andM

icro

TC

A?

FMC (FP

GA

Mezzanine Card)is an A

NSI/V

ITA standard

that defines I/O m

ezzanine modules w

ith connection to an FPG

Aor

other device with re-configurable I/O

capability. It specifies a low profile connector and com

pact board sizefor com

patibility w

ith several industry standard slot card, blade, low profile m

otherboard and mezzanine form

factors.

MicroTCA

orμTCA

is an environment originated from

the development of telecom

munications hardw

are architectures.

It is a standard describing a new class of m

odular computer system

s that is more energy-efficient, com

pact and economical

than the ATCA

(Advanced TCA

).

MicroTCA

was developed exploiting m

any of the advantages of ATCA/A

MC and w

as designed with m

aximum

re-usability, so that m

any AM

C boards originally developed for ATCA

can also be used in MicroTCA

systems.

The system uses serial high-speed connections (e.g. PCIe

protocol, Gigabit Ethernet), system

monitoring and efficient cooling as

well as redundancy concepts, representing the highest-perform

ance solution for applications in telecomm

unication, industry, m

edical and military technology.

FMC and M

icroTCA

ATCA

MicroTCA

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driven by FMC and M

icroTCA

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ithout prior written perm

ission of CAEN

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Developm

ent, Manufacturing and D

istribution Partners:

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DA

MC-FM

C25A

MC D

ual High-P

in Count FMC Carrier B

oard

•D

ouble width A

MC board –

MTCA

.4 carrier

•Tw

o HPC FM

C slots

•D

ata processing on Virtex-5 FPG

A

•Board m

anagement on Spartan-6 FPG

A

•RTM

D1.1 connectivity

•D

DR2 m

emories on both FPG

As

•External clock input on front panel SM

A connector

•6.5 G

bps ("-2") transceiver board options

License Agreem

ent LV75 betw

een DESY and CA

EN ELS

Turnkey solution with dual 4-channel (8-channel) floating picoam

meterAVA

ILABLE!

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ent in any form w

ithout prior written perm

ission of CAEN

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FMC and M

icroTCA

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•1 M

SPS 20-bit simultaneous sam

pling (8-channels)

•Inputs floating up to 300 V

•Trigger/O

scilloscope functionality

•Based on the D

AM

C-FMC25 carrier designed by D

ESY

•2 picoam

meter FM

C-Pico-1M4 supported

•BSP, G

UI and drivers available

Avoids

groundloops

iftwo

differentdetectors are connected

to the same

DA

MC-FM

C25 -e.g. quadrature detectors

FMC-P

ICO-1M

4

DA

MC-FM

C25

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ent in any form w

ithout prior written perm

ission of CAEN

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FMC and M

icroTCA

AM

C-PICO

-88-channel 20-bit 1 M

SPS bipolar current-input A

MC picoam

meter

290.080 pA95.748 pA

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•D

ouble-Width A

MC Board –

Full Size

•M

TCA.4 carrier

•Four H

igh-Voltage channels

•O

utput ratings:

500 V @

1.5 W

4 kV @

7 W

6 kV @

6 W

•Polarity selectable

•Provides infrastructure for m

anagement of optional Rear Transition

Module (RTM

) boards –class D

1.1

•D

DR3 O

n-board Mem

ory (up to 4 Gbit)

•Separate Interlock for each channel and global one

•Stand-by voltage, Ram

ping, Current Monitoring and Current Lim

it

Cooperation with D

ESY in the Helm

holtz Validation Fond Project

«MTCA

.4 for Industry» (HV

F-0016)

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ent in any form w

ithout prior written perm

ission of CAEN

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FMC and M

icroTCA

HV

-PAN

DA

HV

Positive And N

egative Double-w

idth AM

C

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•Standard FM

C -Vita 57.1

•Bipolarcurrent-input stage

•Tw

o standard measuring ranges (±

1 mA

and ±1 μA

)

•CU

STOM

IZA

TION

of ranges upon request

•20-bit resolution

•U

p to 1 MSPS

•Floating

up to ±300 V

•Extrem

elylow

unbalancebetw

eenchannels

(by analogdesign)

•I2C EEPRO

M calibration

FMC-P

ico-1M4-20

Equivalent Input Noise

RN

G0: ±1 m

AR

NG

1: ±1 µA

FS

= 2 ksps1 ppm

/FS-120 dB

2.5 ppm/FS

-112 dB

FS

= 20 ksps2 ppm

/FS-114 dB

7 ppm/FS

-103 dB

FS

= 200 ksps5 ppm

/FS-107 dB

10 ppm/FS

-100 dB

FS

= 1 Msps

8 ppm/FS

-102 dB15 ppm

/FS-96 dB

Reproduction, transfer, distribution of part or all of the contents in this docum

ent in any form w

ithout prior written perm

ission of CAEN

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FMC and M

icroTCA

FMC-P

ICO-1M

44-channel 20-bit 1 M

SPS bipolar FM

C picoamm

eter

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License Agreem

ent LV75

between D

ESY and CAEN

ELS

•D

ual-channel and Quad-channel versions

FMC-2SFP

+

FMC-4SFP

+(w

/out FMC bezel)

•W

ide I/O operating range: VA

DJ can vary from

1.5V to 3.3V

•Tested up to 10 G

bps / channel

•True level conversion of all SFP+ m

odule pins including I2C lines

•I2C-controlled O

scillator (10-280 MH

z)

•Com

patible with the D

AM

C-FMC25 carrier board

•Produced and supported by CA

EN ELS

•D

esigned by DESY

Reproduction, transfer, distribution of part or all of the contents in this docum

ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

FMC and M

icroTCA

FMC-SFP

+D

ual-and Quad-channel SFP

/SFP+ FM

C Adapter

2-channel version

4-channel version

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License Agreem

ent LV75

between D

ESY and CAEN

ELS

•D

ual-channel stepper motor driver

•Supports up to 1.8 A

motor coil current

•Three different versions

•12-V

internal supply

•12-V

external supply

•24-V

external supply

•Com

patible with the D

AM

C-FMC25 carrier board

•Produced and supported by CA

EN ELS

•D

esigned by DESY

Reproduction, transfer, distribution of part or all of the contents in this docum

ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

FMC and M

icroTCA

FMC-M

OTD

RV

22D

ual-channel FMC Stepper M

otor Driver

FMC-M

OTD

RV

22 and cable

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ent in any form w

ithout prior written perm

ission of CAEN

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FMC and M

icroTCA

Custom D

evelopments -

Examples

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ent in any form w

ithout prior written perm

ission of CAEN

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FMC and M

icroTCA

Custom D

evelopments -

Examples

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Reproduction, transfer, distribution of part or all of the contents in this docum

ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

New

est Developm

ents

Watercooled

modules

upto

200A up

to60V

(basedon the

NG

PS architecture).

Realized

in 2018.

Watercooled

systems

at 420A

with

polarityinvertersw

itch (bipolar architecture, based

on the

NG

PS). R

ealizedin 2018.

Paralleling

ofupto

4 Fast-P

S-1K5.

Available

since2018.

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ent in any form w

ithout prior written perm

ission of CAEN

ELS s.r.l. is prohibited

Developments 2018/2019

Arbitrary

Waveform

Generator + Em

bedded O

scilloscopeforthe

Fast-P

S family

and NG

PS.

Available

since2018.

Autotuning function

fortheFast-P

S family

and NG

PS.

Planned

forsumm

er2019.

Regenerative Full-4-Q

uadrant Source based

on Fast-PS-1K

5. P

lannedforsum

mer2019.

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ent in any form w

ithout prior written perm

ission of CAEN

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New

est Developm

ents

1 HU

Full4-Quadrant

Control Board –

fortheadaption

toand controlof

anypow

er stage.P

lannedforsum

mer2019.

Beam

lineM

achineP

rotectionSystem

based

on MicroTCA

technology.P

lannedforend of2019.

Beam

lineStabilization

System based

on M

icroTCA technology

in combination

with

Fast-PS .

Already

undertestat Diam

ond Light Source.

CAEN

ELS s.r.l.G

erman

BranchO

fficePfarrer-Frey-Str. 32

76770 Hatzenbühl-G

ermany

(nearKarlsruhe)

phone: +49 1590 5238983m

ail: j.theiner@caenels.com

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eadquartersSS 14 km

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rea Science Park)34149 -Basovizza

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ail: info@caenels.com

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