-
Handy Desktop form factor
-
Wide range of user-selectable functionalities: logic functions, counting, timing, digital pulse generator
-
4 independent sections, each with:
-
6 NIM/TTL/ANALOG input
-
Fan In – Fan Out Units
Fan In - Fan Out Units
The Fan In – Fan Out Units family provides flexible signal distribution and combination capabilities for trigger, timing, and detector readout systems. These modules replicate, sum, and route logic signals across multiple outputs while preserving timing integrity and minimizing propagation delays. Designed for laboratory and experiment integration, they enable the implementation of OR logic, signal duplication, and synchronized distribution across multiple channels or subsystems.
In addition to fixed-function fan-in/fan-out units, the family includes programmable logic platforms capable of implementing custom routing, coincidence logic, gate and delay functions, and complex signal conditioning. With support for multiple logic standards and configurable architectures, these instruments are well suited for building scalable trigger and distribution networks in modern nuclear and particle physics setups.
-
Multi-channel signal distribution and OR logic with low propagation delay
-
Configurable fan-in/fan-out architectures for trigger and timing signal routing
-
Support for NIM/TTL/ECL/LVDS logic standards and mixed-signal environments
-
Programmable logic options for advanced routing, coincidence, and gate/delay functions
Fan In – Fan Out Units Models
Grid
Compare
New
DT1081B
DT5495
-
User Programmable FPGA
-
Compact Desktop form factor
-
Up to 162 inputs, up to 130 outputs
V925
-
Four independent sections
-
Bipolar inputs
-
Three 4 In / 4 Out and one 3 In / 3 Out sections
N1081B
-
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
-
V2495
-
User customisable FPGA Unit
-
LVDS/ECL/PECL inputs (differential)
-
64 inputs, expandable to 162 (with 32 outputs)
N625
-
Four independent sections
-
Bipolar inputs
-
Four 4 Input + 4 Output Fan in/Fan out sections
N454
-
4 independent sections with 4 inputs each
-
OR output with fan out of four per section
-
Possibility of cascading channels to form dual 8-fold fan-in/ fan-out
Image |
Name
|
Package | No. of Sections | Type | Inputs per Section | Outputs per Section | I/O Delay (ns) | Input Bandwidth (MHz) | Connectors | |
 |
New DT1081B |
Desktop | Logic | 6 NIM/TTL | 4 NIM/TTL | 20 | n.a. | LEMO | ||
 |
DT5495 |
Desktop | Logic User-customizable 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 | Robinson Nugent Flat/LEMO | ||
 |
V925 |
VME | Linear | 3x4+1x3 Bipolar | 3x4+1x3 Bipolar | < 4 | 120 | LEMO | ||
 |
N1081B |
NIM | Logic | 6 NIM/TTL | 4 NIM/TTL | 20 | n.a. | LEMO | ||
 |
V2495 |
VME | Logic User-customizable 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 | Robinson Nugent Flat/LEMO | ||
|
N625 |
NIM | Linear | 4 Bipolar | 4 Bipolar | < 4 | 100 | LEMO | ||
|
N454 |
NIM | Logic | 4 NIM | 4+/2 NIM | < 8 | 100 | LEMO |
Footer
