MODEL

DESCRIPTION

REMARKS

ERT 1.51.01.0

VME-PC Interface can be operated by personal computers PC/AT (or compatible) types. Bi-directional connection between VME and PC bus. Optional 'piggy-back' 64k to 256k RAM without using any additional VME slot.

6U
Single slot

ERT 1.51.02.0

PC-VME Control Board. (PC-resident) Up to eight VME-PC Interface (ERT 1.51.01.0) can be chained and controlled with a single board. The VME-PC bi-directional data transfer can be initiated only from this board (MASTER)

Single slot
in PC

ERT 1.51.03.0

Cable Terminator Unit. Special terminating box connected to the end of the chain of ERT 1.51.01.0 units

ERT 2.01.01.0

Quad Scaler. Four independent counter module with 8254-2 each. The three 16-bit counters of each 8254-2 can be chained to a single, 32-, or 48-bit counter. Continuous and GATED mode operation.

6U
Single slot

ERT 2.05.01.0

64-bit Input Register

6U Single slot

ERT 2.08.01.0

Relay Adapter 2x32 contact

6U Single slot

ERT 2.12.01.0

64-bit Output Register

6U Single slot

ERT 2.23.01.0

Status Change Register. Intelligent monitoring (TMS320C25) of 16 independent states. Opto-isolated (1,5kV) inputs. Slave and master mode. 16k DATA RAM, 4k PROGRAM RAM, dual-port global memory 4k RAM.

6U
Single slot

ERT 2.25.01.0

Parallel Input/Output Register. Two independent 16-bit register, one for Input, one for Output levels or pattern

6U

Single slot

ERT 2.26.01.0

QDC Read-out Module. Receives and buffers data from QDC
transmitters (2x10 Input channels) 68-pin flat-cable connectors

(GSI co-operation)

Publ. 1.

ERT 2.26.02.0

TDC-VME Read-out Module Receives and buffers data from
TDC Tower and controls Tower, 32-bit wide I/O, 64k RAM
Operating modes: Data Acquisition, Programming and Test (GSI co-operation)

Publ. 1.

ERT 2.28.02.0

SLATE2 Module. (Second Level Architecture Test Environment) for detector emulation for LHC detectors.
SLATE Mother Board (SMB) is connected to VME backplane, SLATE Daughter Board (SDB) contains High-Performance Parallel Interface (HIPPI) source engine, FIFO memory and control logic. Base Address selection, External Start and
Clock connection. Four operating modes: stand-alone, slave, master, and daisy-chain. (CERN co-operation)

6U
double slot

ERT 4.04.01.0

4k Nuclear ADC. Resolution 4k,Conversion time: fixed 5us, Differential nonlinearity <1% Pulse Height Analysis,
64k memory, 80186 processor control, RS232C Serial Port

6U
double slot

ERT 4.05.01.0

8-channel S&H-Input A/D Separate S&H for each input, Resolution 11 bits + sign, Conversion time 5us,
S&H acquisition time <4us,
Data read-out: single or block transfer

6U
Single slot

ERT 4.05.02.0

8-channel FADC Resolution 14bit,speed: 20/40MSPS, SNR:74dB, Input (diff.)ampl.: +/-1,5V (full scale),
DSP filtering and pre-processing

6U
Single slot

ERT 4.06.21.0

4k Integrating ADC Floating input, Measurement of slowly- varying low- and medium level signals, 64k EPROM and
64k RAM for control programs, 64k data RAM, Capable to control ERT 4.08.21.0 analog multiplexer.

6U
Double slot

ERT 4.08.21.0

16-channel Multiplexer (analog MPX using relays), 5-wires switched, (twisted-pairs, guarded, ground independent and isolated from each other)

6U
Double slot

ERT 4.10.02.0

32-channel 8 bit D/A

6U Single slot

ERT 5.01.01.0

Programmable Quad Timer. 10 MHz clock, four identical timer, three 16-bit counters and a 8-bit pre-divider in each

6U
Single slot

ERT 5.03.01.1

16-channel Constant Fraction Discriminator (CFD) module
100mV-5V dynamic range, fraction:0.3, independent channels,
separate 'anti-walk' setting, Output signals: symm. ECL,
- forced air cooling and additional -5,2V 4A PS required -

Publ. 7.

ERT 5.03.02.2

16-channel Constant Fraction Discriminator (CFD) module
100mV-5V dynamic range, fraction:0.3, independent channels,
separate 'anti-walk' setting, Output signals: symm. ECL,
- forced air cooling and additional -5,2V 4A PS required -

6U
Single slot
(Jaux.: 30pin)

Publ. 7.

ERT 9.01.01.0

Power Supply Module +5V/25A, +12V/4A, -12V/2A,
+5Vstandby/1A(1,5Ah), mains/load stability:<0.5%

6U

4 unit wide

MODEL

DESCRIPTION

REMARKS

SERT 1.15.01.0

Nuclear Detector Signal Simulator (NDSS) Controller
PC-programmable pulse generator digital part. Periodic and Poisson distribution, repetition rate and amplitude program- mable, RS-232 connection to PC, Powered by SERT 9.01.02.0
Software support: NDSSDOS (DOS)
NDSS LabWindows GUI (LabWindows)

3U
8TE width

SERT 4.40.01.0

Nuclear Detector Signal Simulator (Analog Module)
'Semi-Gaussian' shaping, ramp generator, random (Poisson)
generator, Powered by SERT 9.01.02.0

3U
12TE width

SERT 9.01.02.0

Power Supply +/-15V, +5V (NDSS)

3U
8TE width

MODEL

DESCRIPTION

REMARKS

SERT 3.04.01.0

RS-232 Twisted-Pair Serial Controller bi-directional converter between CAN-bus and standard RS-232 line.
(used with SERT 4.05.01.0, BPMe DAQ, 500MHz BPM)

3U
6TE width

SERT 4.05.01.0

BPMe DAQ (500MHz BPM) 8-bit Microcontroller with 8k ROM, 32k RAM, 10-bit digital control of SERT 4.16.01.0; 12-bit DAC, 12-bit ADC; data transfer rate 1Mbit/s (Opto-coupled, twisted-pair half-duplex, asynchron)

3U
6TE width

SERT 4.16.01.0

BPMe HF (500MHz BPM) Super heterodyne Receiver with LO, Synthesizer and Sequential Input Selection and Measurement at 500 +/- 2MHz, BW(HF): 5MHz, BW(IF): 220kHz, BW(Dem.): 500Hz, 200Hz, 100Hz, 50Hz; 4-Input Channel(Z0=50 Ohm)

3U
6TE width

SERT 4.16.01.1

BPMe HF (500MHz BPM) [Modified sensitivity] Super heterodyne Receiver with LO, Synthesizer and Sequential Input Selection and Measurement at 500 +/- 2MHz, BW(HF): 5MHz, BW(IF): 220kHz, BW(Dem.): 500Hz, 200Hz, 100Hz, 50Hz; 4-Input Channel(Z0=50 Ohm)

3U
6TE width

SERT 9.01.01.0

Power Supply +/-12V, +5V (500MHz BPM)

3U
8TE width

SERT 9.01.01.1

Power Supply +/-12V, +5V (Low-noise version)

3U
8TE width

MODEL

DESCRIPTION

REMARKS

SERT 5.08.01.0

500MHz Timing, Divider finput:490-510MHz, division factors:
1/2024, 1/184, 1/44 and 1/2. Outputs ECL/50Ohm each,
Powered by SERT 9.01.03.0

3U
6TE width

SERT 9.01.03.0

Power Supply +12V/0.35A, +5V/1A, -5,2V/1A
(500MHz Timing, Divider)

3U
12TE width

MODEL

DESCRIPTION

REMARKS

BPMeP

Low-noise Preamplifier (pair) extremely low-noise broad-band preamplifier (1,5nV/sqHz, 50 kHz - to - 100 MHz),
Input impedance: 500 kOhm/5 pF, Output impedance: 50 Ohm

Special boxes

BPMeA

Analog Processing Module Sum and difference of the
input signals, programmable gain (0 -to- 66dB in 6dB steps), external LO-controlled moving frequency window
(Bandwidth: 300kHz, 100kHz and 10kHz; gain:0, 6, 12, 18dB)

6U
Double slot

BPMeD

Digital Recording Module controls the operating modes of the BPMeA, 4 independent flash-ADCs (8bit/50ns), 4 fast FIFOs (4x4k/9bit) Controlled like a ''VME-VXI Slave'

6U
Single slot

MODEL

DESCRIPTION

REMARKS

MBRT 2.26.01.0

Intelligent Multibus-II Input/Output Board universal intelligent board with DSP (TMS320C25 40MHz).64k program memory, 62k data memory (32k dual-ported) Self-test,
On-board P-bus interface for 'piggy-back' boards. Three timers, three scalers, 48-channel PIO, RS-232 port,

6U
single slot
extended length

MBRT 4.05.01.0

8-channel S&H ADC MBRT 2.26.01.0 extended with a
8-channel S&H ADC Resolution: 11 bit + sign,
Input range: -5V -to- +5V

6U
single slot
extended length

MBRT 4.10.01.0

8-channel D/A MBRT 2.26.01.0 extended with a
8-channel D/A Resolution: 11 bit + sign,
Short settling time, Output range: -10V -to- +10V

6U
single slot
extended length

MODEL

DESCRIPTION

REMARKS

NEL 4.04.01.0

4096-channel Dual ADC technical parameters conform with PCA-4KND but in NIM mechanics

Single width NIM

NEL 4.16.01.0

16-Channel Shaper-Amplifier Low-noise, Programmable gain (2x -to- 1000x), Gain stored separately for each channel in
NV-RAM, microcontroller used for download parameters and V24 control, Forced ventilation necessary

Single width NIM

NEL 4.16.02.1

16-Channel Fast Shaper-Amplifier Programmable gain
(2x -to- 100x),. Gain stored separately for each channel in
NV-RAM, microcontroller used for download parameters and V24 control. Doubled inputs (LEMO) on front panel,
outputs at back panel, Forced ventilation necessary

Single width NIM

NEL 4.16.03.0

16-Channel Main & Fast Shaper-Amplifier Combined version of NEL 4.16.01 and 4.16.02, Common inputs (LEMO 50 Ohm),
Separate outputs (multipin)

Single width NIM

NEL 4.20.01.0

8-Channel Dual Integrator Integrating 2 photomultiplier signals coming within a 0-to-15ns interval, Input rate:< 250kHz
Input/Output connectors 50 Ohm (LEMO)

Single width NIM

NEL 5.03.02.1

6-Channel Constant Fraction Discriminator (CFD)Module
dynamic range: 50:1, fraction:0,3; separate 'anti-walk' and threshold setting, negative NIM outputs, monitor outputs

Single width NIM

NEL 5.04.02.0

16-Channel Discriminator Module generates output pulses if the input pulses fall between the separately preselected upper
and lower thresholds. Input ampl.: 0V - to - +8V. (5 kOhm). Master and slave operation, V24 interface, microcontroller
control for separate threshold setting and communication.
The module can be daisy-chained, and commonly controlled
with modules type NEL 4.16.01.0 and NEL 4.16.02.0.

Single width NIM

NEL 8.20.01.0

2x16/32 ECL Fan-out Module high-speed fan-out for 2x16 symmetrical inputs to 2x32 symmetrical outputs,
output jitter: < +/- 100ps

Single width NIM

MODEL

DESCRIPTION

REMARKS

PCA-4KN

PC-based Multichannel Analyser Resolution:4k,
conversions time: 5us, diff.lin.:< 1%.
Software support: MCAFLEX (measurement and visualisation)
GPeak Worksheet (peak evaluation)

Single PC-board with 'Piggy-back' analog part

PCA-4MX

PC-based 4-Input Multiplexer co-operates with PCA-4KN

Single PC-board

PCA-4KND

Dual Nuclear Multichannel Analyser
Dual version of PCA-4KN Multichannel Analyser Board Software support: MCAFLEX (measurement and visualisation)
GPeak Worksheet (peak evaluation)

Single PC-board with two 'Piggy-back' analog boards

PC-BIO-16/64

PC-resident Analog & Digital I/O-System 16,32,48 or 64 Input channels, processing of bipolar slowly-varying signals,
4-channel DAC, 24 digital I/O-channel, programmable timer

Single PC-board

TPA and TPB

Terminator Panels used with PC--BIO-16/64 Protection
and terminating of analog and digital inputs and outputs

Special boxes

MODEL

MAIN PARAMETERS

REMARKS

CSAMP a/b

+/- 12V 1pF/400Mohm, Two parts,
input part cooled at the detector

Two different
boards

CSPA 02

+/- 12V 1pF/1GOhm

22x45mm board

CSPA 02.01

+/- 12V 10pF/25MOhm

22x45mm board

CSPA 02.02

+/- 12V 10pF/25MOhm Output linear Range +8V -to- -8V

22x45mm board

CSPA 02.03

+/- 12V 1pF/2GOhm Output linear Range +8V -to- -8V

22x45mm board

CSPA 02.04

+/- 6 V 1pF/2GOhm Low-dissipation version

22x45mm board

CSPA 02M.04

+/- 6 V 1pF/2GOhm Low-dissipation (small outline)

15x27mm board

CSPA 02.04A

+/- 6 V 1pF/200MOhm Low-dissipation version

22x45mm board

CSPS 02.0

+/- 12V dual output

Special box