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ATE Systems, LXIbus Instruments, PXIbus Instruments, Switching Systems, Test & Measurement
CMX34 INTEGRATED PXIE/LXI SUBSYSTEM WITH RECEIVER INTERFACE MECHANISM
- Achieve best performance with hybrid test system that combines exceptional data throughput of PXIe with increased board-space in an LXI mainframe optimized for signal switching.
- PXIe mainframe with high bandwidth PCIe Gen 2 backplane with 2 GB/s bandwidth per slot and 8 GB/s system bandwidth
- EX1200 LXI mainframe for signal switching and I/O where the real estate allows instrument-grade performance
- Fully integrated including cables and receiver modules, ready to drop into a test system
- Subsystems engineered to maximize signal integrity and delivered fully tested and verified to guarantee results
- Save time and money in sourcing, development and deployment
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ATE Systems, LXIbus Instruments, Switching Systems, Test & Measurement
EX1200-6101 10 CHANNEL SP4T, 1.3 GHZ COAXIAL SWITCH, 50 Ω
- Highest density RF switches and matrices
- 50 W maximum switching power
- Can be mixed and matched to create application specific configurations
- Ideal for general purpose RF switching with high signal fidelity and total system bandwidths > 1 GHz
- No unterminated stub effects
- Excellent crosstalk and isolation specifications
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ATE Systems, LXIbus Instruments, Switching Systems, Test & Measurement
EX1200-6216 DUAL (1X16), 1 GHZ RF MULTIPLEXER, 50 Ω
- Highest density RF switches and matrices
- 50 W maximum switching power
- Suitable for switching RF signals to/from high bandwidth measurement devices such as oscilloscopes and function generators
- Can be mixed and matched to create application specific configurations
- Coax shields are isolated from system ground to minimize ground loop effects
- No unterminated stub effects
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ATE Systems, LXIbus Instruments, Switching Systems, Test & Measurement
EX1200-2001 20 CHANNEL 16 AMP FORM A (SPST) SWITCH
- Large switching capacity in a small footprint
- Switch up to 16 A current – highest in its class
- High breakdown voltage (1,000 V RMS between open contacts)
- Ideal for switching AC or DC power supplies and current sources
- Fail-safe interrupt inputs that can detect a fault condition automatically open up relays to their default state
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ATE Systems, LXIbus Instruments, Switching Systems, Test & Measurement
EX1200-2008H 30-CHANNEL 3 (1 X 10) HIGH-VOLTAGE MULTIPLEXER
- High-density, high-voltage multiplexer/scanner (1×180 in 1U size)
- Ideal for hipot, cable breakdown, source measure unit and power supply switching
- Extensive signal shielding employed on-board for excellent signal fidelity
- Break-before-make (BBM) and make-before-break (MBB) accomplished in hardware, considerably improving scanning time
- Fail-safe interrupts can detect fault conditions and automatically open up relays to a default state
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ATE Systems, LXIbus Instruments, Switching Systems, Test & Measurement
EX1200-2007A 48-CHANNEL 1000V MULTIPLEXER
- Highest density module in its class for ability to switch signals up to 1000 V DC (up to 144 two-wire channels in 1U footprint)
- Built-in configuration relays expand the individual building blocks
- Ideal for hipot, cable breakdown, source measure unit and power supply switching
- Extensive signal shielding employed on-board for excellent signal fidelity
- Fail-safe interrupts can detect fault conditions and automatically open up relays to a default state
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ATE Systems, Data Acquisition Systems, LXIbus Instruments, Switching Systems, Test & Measurement
EX1206A/EX1266 6-SLOT, 1U LXI SWITCHING AND DATA ACQUISITION MAINFRAMES
- 1U, 6-slot ,mainframe
- Internal 5-wire bus routes directly to optional full featured 6.5 digit DMM
- Modules plug in from the front – minimizes system wiring
- LXI communication interface eliminates platform obsolescence and support cost concern
- Tightly synchronized measurements in a distributed architecture using IEEE-1588
- 8-line LXI wired trigger bus – precision hardware handshaking
- Scalable from table-top to production system with ½ rack 1U, 1U, and 3U options
- Low cost-per-channel across a wide range of channel count
