This range of High-Density Multiplexer Switch Modules provides a compact array of MUX solutions with differing combinations of channel counts and poles. Most of our high-density solutions include isolation relays that allow the MUX to be disconnected from the single input/output port, enabling the convenient interconnection of other channels.
Based upon the EmStat range, there are two types of multiplexers to suit most types of sensor array work. The MUX8 is the most flexible offering the ability to connect arrays made of up to eight working electrodes in two or three electrode cell types and chips sharing a reference electrode and/or counter electrode. The MUX16 is suitable for sensor arrays or chips with sixteen working electrodes all sharing a RE and/or a CE. Both instruments are suitable for laminated layer corrosion analysis. ...
The CXAR Series are Computer Controlled Coaxial Switching Systems for 50 or 75 ohm signals from DC to 1.3 GHz and consists of pre-wired Mainframes into which can be plugged selected Switch Modules that provide the required Matrix or Multiplexer configurations
The JX Series of Matrix/Multiplexers provides a cost effective solution for large 1xN Multiplexers, 2xN Matrices, discreet switch points, or combinations of these. 5.25" high, standard 19" rack mount chassis accepts up to 16 switch modules which slide into card guides from the rear for ease of configuration and maintenance. Modular system using high quality reed relays allows expansion to almost any size and covers an enormous variety of applications.
The Ivium Technologies electrochemical multiplexer can work individual cells with 2, 3 and 4 electrodes and a WE2 (BipotentioStat, optional). Each multiplexer has 8 channels and the multiplexer units can be stacked so that up to 64 channels can be controlled sequentially by a single potentiostat.
The BI301/BI302 are 9/18-Channel electronic MUXs with comparator inputs. The inputs can be defined to be single-ended or differential, and have programmable threshold levels and termination voltages. The input signals can be square waves or any other waveform. The output edges are based on the threshold crossings of the input signal. PXI Interface.
* 16 to 1 channel expansion * Differential and fully isolated multiplexing * Break-before-make relay control * "Channel closed" signal for precise A/D triggering * Up to 16 PCLD-788s can be cascaded for 256 channels * Easy wiring for large channel count configuration * Onboard cold-junction circuitry for thermocouple measurement
# Multiplexes 16 differential inputs to one A/D input# Expands a PC-LabCard™ product's analog inputs to 128 channels# High-grade amplifier provides switch selectable gains of 1,2,10,50,100,200,1000# Onboard cold-junction compensation circuits for direct thermocouple measurement
Santec's C-CWDM module has been specifically designed for low cost CWDM systems where both package size and insertion loss are critical. High performance dielectric filters enable low loss to be achieved with high isolation, low PDL and excellent long term reliability.
The 104-AIM-32 is an analog signal multiplexer conforming to the PC/104 standard. The card will multiplex and condition 16 differential or 32 single-ended analog signals before passing them to an analog-to-digital converter card like the 104-AIO12-8. A system may comprise one to eight of these cards in tandem with one 104-AIO12-8 A/D converter board.
Model AIM-16 accepts, pre-amplifies, and multiplexes analog signals for application to an analog-to-digital converter installed in a host computer. Each AIM-16 concentrates 16 differential analog input channels into one single-ended analog output channel. Up to eight AIM-16s can be cascaded providing total capacity for 128 inputs to an "8-input A/D Converter."
Each 2425 DAC Multiplexer chassis accepts high-speed serial multiplexed stripchart data from Model 2900 or 2270 Telemetry Data Processors (or in fact up to SIX TDP systems at once!) and outputs 64 DAC and 32 Discrete data signals for recording. The Model 2425 DAC can be located either locally or many hundreds or even thousands of feet away, with no degradation in stripchart latency or timebase coherence. Expandable to interconnect up to 32 DAC Multiplexer chassis (2048 channels), enabling up t...
Input : L-band(1~1.55 GHz) QPSK Modulated TDM Signal. Output : S-band(2.36~2.655 GHz) CDM Signal. Baseband Differential I/Q output Available. Capture QPSK Demodulated TDM Signal with 2.304 Mbps. PN Code and GAP ID are adjustable. Single or full auto test for S-DMB Terminal is available (BER Measurement). Single/Two Tone test is available
The 16-Port Nx-MUX is a modular TDM Multiplexer designed to support up to sixteen sub-channel ports from 1200bps to 128Kbps in both Sync and Async formats. The unit is designed with a pair of composite ports with variable port rates from 8K to 128Kbps in 8k increments for maximum flexibility.
The 16-Port Nx64-MUX is a modular TDM Multiplexer designed to support up to sixteen sub-channel ports from 9.6Kbps to 768Kbps in both Sync and Async formats. The unit is supplied with a variable composite port rate from 64Kbps to 2.048Mbps in 64k increments for maximum flexibility.
The Fiber Laser Diode Driver Mux module (FLDM) provides the total solution for the high power pulsed laser driver system such as MOPA. This module is a kind of sophisticated multi-functional driver which is composed of 1 channel of Seed Laser Diode Driver(SLDD), 2 channels of Pump Laser Diode Driver(PLDD) and 2 channels of High Power Laser Diode Driver(HPLDD).
16CH WDM Mux/DeMux module of FOTS system offers a function of multiplexing or demultiplexing up to 16 channel of WDM signals. This module offers low insertion loss, low crosstalk, and high temperature stability. An internally built-in AWG module functions as 1 X N optical Multi/Demultiplexers. The bi-directional feature of this module is ideal for wide range of applications. In combination with an optionally built-in circulator or C/L-band WDM coupler, this module can be applied to the WDM-PON t...