Specifications

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RJ-3

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Backplane Connection

Fig. 1

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Backplane Connections

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Backplane

Connections

Fig. 2

Fig. 3

Four Pole Versions of Switch Modules

Most RJV Switch Modules use high sensitivity, high isolation Type A Armature Relays and RJ45 connec-

tors. Up to 8 poles are switched (but not on all models). Signals can be routed to the Common connec-

tors on the individual modules or alternately to the motherboard bus. The bus interconnects the modules

and creates larger multiplexers and matrices. The RJV / FOSM Fiber Optic Switch Modules are passive,

bidirectional optical switches.

RJV Switch ModulesRJV Switch Modules

RJV Switch Modules

The RJV Switch Modules can be assembled in many different ways

to provide a number of additional configurations. Contact our Appli-

cations Engineers to discuss your specific needs.

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RJV/6x4-4 Switch ModuleRJV/6x4-4 Switch Module

RJV/6x4-4 Switch Module

These also switch four poles but are configured as a 6x4 Matrix as shown in

Fig. 3. They can be assembled in the RJV/48 to create one (24x4), two

(12x4) or four (6x4) Matrices, and in the RJV/144 to make one (72x4), two

(36x4), four (18x4) or twelve (6x4) Matrices.

RJV/4(1x2)-4, -8 LRJV/4(1x2)-4, -8 L

RJV/4(1x2)-4, -8 L

atching Switch Moduleatching Switch Module

atching Switch Module

Much like the RJV/4(1x2) Modules shown above but with latching switch points.

Latching modules maintain their current switched configuration.

RJV/FOSM Duplex (1x3) LRJV/FOSM Duplex (1x3) L

RJV/FOSM Duplex (1x3) L

atching Switch Moduleatching Switch Module

atching Switch Module

Each module provides a passive fiberoptic switch in a dual 1x3 configuration

as shown in Fig. 4. A 'moving fiber' design concept is used to achieve highly

accurate and repeatable direct fiber to fiber connections. Both single and

multimode versions are available. ST, SC or FC connectors are offered. As

a latching design, this module will remain in its current switched state even if

the power is turned off.

RJV/12x1-4, -8 Switch ModuleRJV/12x1-4, -8 Switch Module

RJV/12x1-4, -8 Switch Module

Each module supplies a 12x1 Multiplexer as shown in Fig. 1. 4 or 8 pole

versions are available. Four modules can be placed in the RJV/48 chassis to

supply four (12x1), two (24x1), or one (48x1) Mux. In the RJV/144 chassis,

one (144x1), two (72x1), four (36x1), or twelve (12x1) Muxes can be config-

ured using 12 switch modules.

COM 0 21

Fig. 4 - Duplex 1x3 Latching

RJV/6x2-4 Switch ModuleRJV/6x2-4 Switch Module

RJV/6x2-4 Switch Module

These modules switch four poles in a 6x2 Matrix configuration as shown in

Fig. 2. They can be assembled in the RJV/48 as one (24x2), two (12x2) or

four (6x2) Matrices. In the RJV/144 , one (72x2), two (36x2), four (18x2) or

twelve (6x2) Matrices can be provided.

Each module furnishes four individual 1x2 or "A/B" switches. 4 and 8 pole

versions are available. Form C relays are used, meaning each of the four

switches has a Normally Closed position. In an RJV/48, four modules will

furnish 16 A/B Switches, and in the RJV/144, 12 modules will give 48 switches.

RJV/4(1x2)-4, -8 Switch ModuleRJV/4(1x2)-4, -8 Switch Module

RJV/4(1x2)-4, -8 Switch Module

RJV/FOSM Duplex (2x2) LRJV/FOSM Duplex (2x2) L

RJV/FOSM Duplex (2x2) L

atching Switch Moduleatching Switch Module

atching Switch Module

This passive fiberoptic switch is built as a dual 2x2 matrix. The same moving

fiber design is used to assure highly accurate and repeatable fiber connec-

tions. Single and multimode versions are offered, along with ST, SC or FC

connectors. This is also a latching module and it will retain its switched state

when power is removed.