Double-width NIM unit
Wide range of user-selectable functionalities: logic functions, counting, timing, digital pulse generator.
4 independent sections, each with:
6 NIM/TTL/ANALOG input
4 NIM/TTL output
Input stage with Gate&Delay and Leading Edge Discriminator for analog input signals
Output stage with Monostable capability
2.8” touch screen display with user-friendly widgets to configure each section and monitor real-time data
Ethernet (1 Gbps) and USB2.0 connectivity
Web-based Graphical User Interface to remotely control the module and access advanced features
The CAEN Mod.N1082 Four Fold Programmable Logic Unit is a laboratory tool that incorporates in a single NIM module the most common functionalities that you need to implement the logic capabilities of your experiment.
The module is organized in four sections, with 6 inputs and 4 outputs each accepting TTL/NIM signals, with the possibility to feed in analog signals and process them through a leading-edge discriminator. The input stage features an asynchronous Gate&Delay with 5 ns resolution while the output stage feature an asynchronous Monostable stage. This allows the user to trim at best the needed parameters and to perform accurate measurements using the available logic functions.
Each section is configurable independently according to one of the available pre-programmed functions. The board configuration can be performed using the 2.8” touch screen display or via the web-interface, accessible via USB or Ethernet.
On the touch screen interface, each function is associated to a widget, meant to be used for configuration and monitor purposes.
The web-interface allows the user to remotely configure the instrument via USB or Ethernet, monitor the functions output, dump data on file or history chart and access to the most advanced functions. No software installation is required!
Developed in collaboration with Nuclear Instruments.
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Image
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Name
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Package
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Function
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Inputs per Section
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Outputs per Section
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I/O Delay (ns)
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Input Bandwidth (MHz)
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Majority
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Strobe/ Veto
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Connectors
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No. of Sections
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New DT1081B |
Desktop |
Programmable Logic Unit |
6 NIM/TTL |
4 NIM/TTL |
20 |
n.a. |
Yes |
Yes |
LEMO |
4 |
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Coming Soon DT1082 |
Desktop |
Open FPGA |
6 NIM/TTL |
4 NIM/TTL |
20 |
n.a. |
Yes |
Yes |
LEMO |
4 |
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DT5495 |
Desktop |
Programmable Trigger Unit FPGA: Cyclone V 5CGXC4 (50 K LEs) |
64 ECL/ PECL/ LVDS+2 bidirectional NIM/TTL (expandable up to 162) |
32 LVDS+2 bidirectional NIM/TTL (expandable up to 130) |
n/a |
Section A/B: 200, Section C/D: 250 |
Yes |
Yes |
Robinson Nugent Flat/LEMO |
1 |
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Coming Soon N1082 |
NIM |
Open FPGA |
6 NIM/TTL |
4 NIM/TTL |
20 |
n.a. |
Yes |
Yes |
LEMO |
4 |
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N1081B |
NIM |
Programmable Logic Unit |
6 NIM/TTL |
4 NIM/TTL |
20 |
n.a. |
Yes |
Yes |
LEMO |
4 |
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V2495 |
VME |
Programmable Trigger Unit FPGA: Cyclone V 5CGXC4 (50 K LEs) |
64 ECL/ PECL/ LVDS+2 bidirectional NIM/TTL (expandable up to 162) |
32 LVDS+2 bidirectional NIM/TTL (expandable up to 130) |
n/a |
Section A/B: 200, Section C/D: 250 |
Yes |
Yes |
Robinson Nugent Flat/LEMO |
1 |
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General |
Form Factor 2U NIM module |
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No. of sections |
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Functions |
Logic Counter Timing Generator |
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Input |
Nr. of inputs: 6 per section CH 3 and CH 6 may be reserved for special function Connector: LEMO Input impedance: 50 Ω / 1 kΩ Signal type NIM/TTL/DISCR, DISCR is an arbitrary signal fed to the leading-edge discriminator Min input width: 2 ns Min input voltage: ±10 mV in DISCR mode Gate and Delay stage:
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Output |
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Minimum I/O delay |
Measured in WIRE mode |
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Leading Edge Discriminator |
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Max. sustainable frequency |
Methodology note: these technical specifications are based on measurements done with 3.3 V pulses, 2 ns width, 400 mV threshold |
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AND |
Minimum overlap: 1.5 ns |
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VETO |
Veto must precede the event by at least 3 ns |
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Timing functions |
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Pulse Generator |
Signal type: NIM/TTL Max. frequency: 20 MHz Min. pulse width: 10 ns |
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Connectivity |
Ethernet (1Gbps) , USB 2.0 |
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Touchscreen |
2.8” LCD, Transmissive type |
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Software |
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Power consumption |
1.5 A @ 12V (Typ.) |
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Environmental |
Environmental: Indoor use Operating Temperature: Operating Temperature -20 °C ÷ 50 °C Operating Humidity: 25% ÷ 95% RH non condensing Storage Temperature: -30 °C ÷ +80 °C Storage Humidity: 5% ÷ 90% RH non condensing Altitude: ≤2000 m Pollution Degree: 2 Overvoltage Category: II EMC Environment: Commercial and light industrial IP Degree: IPX0 enclosure, not for wet location |
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Regulatory |
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