LinkBone 15-Way BNC Switch - Remote Signal Routing for Test Automation

LB-SW-BNC-01
Vendor
LinkBone
Regular price
£1,050.00
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£1,050.00
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Professional Signal Switching for Test Automation

The LinkBone 15-Way BNC Switch delivers versatile analog and digital signal routing capabilities for demanding test and measurement applications. This rack-mountable multiplexer provides precise signal switching between a common port and fifteen individual ports, enabling efficient test automation workflows.

Operating Modes

Single-Mode Operation

In single-mode, only one of the A to O ports can simultaneously connect to the common port P, functioning as a classic analog multiplexer/demultiplexer. This ensures signal isolation and prevents crosstalk between channels.

Multi-Mode Operation

Multi-mode removes connection limits, allowing multiple ports to connect to port P simultaneously. This flexibility supports complex test scenarios requiring parallel signal routing.

Control Options

Remote Control Methods

  • Ethernet Interface: Built-in web server for worldwide remote control via HTTP and Telnet commands
  • RS-232 Serial: Direct connection to PLCs and automated test equipment
  • Infrared Remote: RC5 remote control for manual operation

Wiring Quick-Start

The P port serves as the common connection point. Connect your signal source or measurement instrument to port P, then route test signals through any of the fifteen A-O ports.

Connection Type Pin Assignment Function
BNC Centre Pin Signal Carries analog/digital signals bidirectionally
BNC Shield Ground Provides signal return path and shielding

Technical Specifications

Parameter Specification
Bandwidth DC to 50MHz
Voltage Range ±24V
Current Rating 1.5A per port
Impedance 50Ω
Switching Life 100 million cycles
Front panel showing power switch, status indicators, RS-232 port, Ethernet port, and LCD display

Professional Applications

Ideal for oscilloscope multi-point testing, signal generator routing, automated production testing, and laboratory measurement systems requiring reliable signal switching.

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