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- Pickering Interfaces Ltd.
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LXI Microwave Multiplexer, SP4T, 7-Bank, 18GHz, 50Ω, SMA
60-803-107
Our 60-803-107 is a 7 bank terminated SP4T multiplexer and is part of a range of LXI based microwave multiplexers suitable for switching 50 ohm signals up to 18GHz. The 60-803 range is capable of supporting up to 14 banks of terminated 4 channel multiplexers it is ideal for constructing complex microwave switching systems for many applications. Connection is by high performance front panel mounted SMA, SMA-2.9, SMA-2.4 or SMA-1.85 connectors.
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Switching Systems
DEV offers a range of matrix and redundancy switches, as well as de-/multiplexers. Beside custom configurations, we provide our flexible switching systems in different sizes, for L-Band and CATV Frequencies.
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Switching Matrix Systems
VX Series
The VX Series of low-cost, versatile Switching Systems use a modular concept of Switch Modules,Display Modules and Control Modules which can be assembled into VX/256 Mainframes as Matrices,Multiplexers or Individual Relays.
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Flexible Switching System
S2561E
Universal Switching Corporation
This single-ended field-proven product has what no other switching manufacture can deliver. It provides a solid-state high performance, high frequency configuration that is the most dense available. Perfectly suited for audio, video, PCM, clock/data or other types of signals ranging from DC to 125MHz, the S2561D is specifically designed for the system professional demanding high signal performance with small compact packaging, and exceptionally affordable.
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Semiconductor Switching Systems
Keithley 700 Series
The high speeds and low currents of semiconductor devices demand high quality, high performance switching of I-V and C-V signals. We offer switching solutions for both semiconductor R&D and production test applications with mainframes that can support up to 2,880 channels and a family of matrix cards designed specifically for semiconductor applications.
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Flexible Switching System
S6400D
Universal Switching Corporation
High performance and expandable, the third generation S6400D offers coaxial switching configurations as small as 8x8 and can be expanded to a full 64x64. Simply install more modules in the field. Configurable for Video, RF, IF, Data and many other types of signals.
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Switching System Test Tools
EBIRST™
Switching systems are an important part of many test systems, however, the switching system is in a vulnerable place. When accidents happen that can cause a faulty device, you need a way to get the system up and running again with a minimum of effort and operator skills.
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Switching System Test Tools
eBIRST
The eBIRST toolset consists of three different tools that support 200-pin LFH, 78-pin and 50-pin connectors and a set of adaptors that allow connection to other connector types. A supplied application program controls the eBIRST tools via a USB2 port that also provides the tool power and controls the switching system using a Test Definition File to define the test sequence. These tools work by measuring the path resistance at the switching system external connectors using four-wire measurements, quickly establishing whether the path is good, has increased resistance or has failed. Below are links to various eBIRST tool information:
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General Purpose Switching System
LX Series
The LX Series matrices are reliable, low cost, and versatile switching systems. A modular design concept is used. Interchangeable control modules, switch modules, and display modules can be assembled into matrices, multiplexers, or individual switch point configurations. All chassis have full front panel LED displays. Status feedback from all switches is provided.
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High Voltage Switching Systems
HXV Series
HXV products are high voltage systems intened for Hi-pot / IR or High voltage switching. They can be configured to drive from 32 to 128 switch points per chassis and can be configured as multiplexer (1xN) or Matrix (NxM) configurations. Stand HXV chassis are used for signals up to 5000 VAC rms ( 7400 V peak ) and can carry up to 5 amps of current. Custom systems can be built up to 25KV. Most of the modules used in these systems are 1xN multiplexers or 2x4 matrix modules that can be combined to form larger multiplexers or matrices. Connector options for standard HXV include 5 way banaba jacks / binding posts, Shrouded Banana Jacks or SHV ( High voltage BNC) if you need to use a high voltage cable with a grounded shield for safety applications. Control options include 10/100BaseT Ethernet LAN, RS232, GPIB or optional manual control. Standard HXV systems use high voltage reed relays. Custom HXV systems up to 25KV use application specific relays and connectors from a variety of vendors based on required specifications.
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Coaxial Matrix Switching Systems
CX Series
This series is broken up into the following groups:*CXB Series Modular Matrix systems for coax signals up to 100 MHz.*CXG Series Relay Matrix systems for DC to 800 MHz 50 or 75 ohm signals.*CXS Series Solid State non-blocking full fan out systems 1 to 2.5 GHz.*CXF Series Relay Matrix non-blocking, full fan-out systems 10 to 700 MHz.
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Flexible Data/Analog Switching System
S6025DE
Universal Switching Corporation
Designed for parallel switching of RS-232 data or other similar types of data, the S6025DE delivers compact solid-state switching in an expandable configuration. The unit can start as a smaller size and be expanded later to a full 60x60 array with 25 levels, perfect for switching RS-232 type data. It provides a choice or a combination of remote control including RS-232C, RS-422A, RS-485, GPIB (IEEE-488) and Ethernet (10base-T).
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High Voltage Switching System
964i
The manual method is extremely problematic. Slow, error prone, labor intensive, operator hazardous – don’t even think about recording the test results. The 964i on the other hand, is purpose built to fully automate all of you HV switching needs. You chose the 964i, partnered it with a Vitrek 95X Series Industrial Strength Hipot Tester and QuickTest Pro test automation software. The company wins the Malcolm Baldridge National Quality Award, you get a promotion and that corner office you’ve always wanted. Choose carefully.
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Cable/Harness Test System with Rack-Mounted Switching
CKT1175-20
The CKT1175-20 is a high-voltage wiring analysis system that features rack-mounted switching matrices. This system is expandable in 100 test point increments to 96,000 test points, and available with a wide variety of adapter cable interface connectors, with the standard interface being the CKT MAC interface system.
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Three Stage Matrix Switching System
TX Series
CYTEC's TX Series Three Stage Matrix Switching System is completely nonblocking, full fan-out configurations from 16x16 to 128x128, with a bandpass to 140 MHz.
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Diagnostic Test Tools For Switching Systems
You know that verification and diagnosis of complex switching operation in a test system has always been an issue. Two of our latest offerings in diagnostic test tools provide a quick and simple way of finding relay failures within LXI, PCI and PXI switch systems.
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DC Coupled Differential Switching System
BS1553F(X)
Universal Switching Corporation
The BS1553F(X) is a modular passive DC coupled differential switching system. It is designed as an automated "patch panel" for interconnecting numerous MIL-STD-1553 devices, cables and hardware, or for routing other differential signals such as '422 clock/data or kelvin ATE measurements. The I/O capacity is scalable from a small 8x8, up to 64x64 in one 5RU unit.
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High Density Modular Switching System
S2084B
Universal Switching Corporation
High performance and expandable, the second generation S2084B offers a tremendously flexible architecture for high density 19" rack mounted switching configurations. A total of twenty rear-facing module slots are available to install a growing number module types. Various types of inner backplane configurations are used to deliver a total system configuration by interconnecting the modules internally through the backplane.
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High Voltage Switching Test System
The advanced development of new technologies, such as SiC and GaN, have opened the opportunity for more efficient and higher voltage/power performance in switching and power management circuits. Their high cutoff frequencies, low on-state resistance, and very high breakdown voltages can increase power supply power handling densities approaching hundreds of watts/inch. Reliability of these new technologies and techniques is critical for realizing practical applications. While Silicon devices have a rich history of proven reliability, these newer compound semiconductor technologies are too new to have a reliability history and have not been well proven. Further, process variations, even in well-controlled lines, yield widely varying results. This has driven the need for additional testing and to burn-in devices prior to delivery.
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Microwave and RF Switching Systems and Drivers
CXM Series
This series is typically used for frequencies from DC to 40 GMHz. We use microwave relays, splitters, programmable attenuators and many other microwave components from the worlds most popular vendors to build standard or custom systems to your specifications. There are a large variety of 1x2 through 1x12 microwave relays available in Normally Open, Failsafe, Latching, Terminated or special configurations to suit your needs. Or simply buy the driver chassis and use it to control your own components. Since Cytec doesn"t build microwave components we can put the systems together with whatever parts you prefer and stand behind the warranty for you.
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Four Channel 800MHz Backup Switching System
10942B
Universal Switching Corporation
Four Channel Backup Switching System. Multi-mode backup switch for communication and ground station applications. The 10942B Backup IF Switching System provides backup input selections for signals as high as 800MHz. The 10942B delivers ultra-high signal performance coupled with extremely advanced remote/manual control and monitoring.
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Solid State Digital Matrix Switching Systems
DX Series
Cytec's DX Series Switching Systems are based on solid state switch fabric. All systems are non-blocking (any input to any output) and full fan-out (any input to any or all outputs)The DX/256x256 systems are designed to switch TTL, CMOS, LVTTL, IRIG, RS232 and RS422 up to 80 Mbps NRZ. Input and output buffers are used to convert to RS422 and/or RS232 signal levels as needed.The DXM/64x64 and DXM/128x128 are modular systems capable of switching data rates to 3.2 Gbps NRZ. They are intended to switch RS422, ECL, PECL, LVDS, CML and virtually any type of digital data stream. Configurations as large as 128x128 Clock and Data systems can be easily configured.The DX/64x64 is an earlier version of the DXM and offers systems up to 64x64 with SMA connectors for ECL, PECL, LVDS or RS422.
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eBIRST™ – Switching System Test Tools
The eBIRST toolset consists of four different tools that support 200-pin LFH, 104-pin, 78-pin and 50-pin D-type connectors and a set of adaptors that allow connection to other connector types. A supplied application program controls the eBIRST tools via a USB2 port that also provides the tool power and controls the switching system using a Test Definition File to define the test sequence.
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Highly Sensitive Magnetization Switching Evaluation system
FMSS
The necessity of evaluation for media by thin film and high speed magnetic recording increases as high density of magnetic recording media. This equipment is newly-developed one which applies any time-range and pulse magnetic field to test sample, and detect magnetization after applied with highly sensitive resonating sample magnetometer.
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High Density Switching & Distribution Unit Linker System
LS1601A
Universal Switching Corporation
For Communication, Telemetry, ATE and Broadcast Installations. Continuing to expand our distribution product offerings, the new LS1601A offers a fresh new alternative to system engineers. The 3RU rack mountable unit has a unique "open window" front panel design that allows up to sixteen plug-in modules to be installed with both forward and rear facing connectors, controls, and indicators. For control and monitor, a plug-in LXI certified 10/100 Ethernet module can be installed
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Modular Video and RF Switches and Matrix Switching Systems
VDM Series
Cytec's VDM Series of video and RF switching systems are based on a solid state switch fabric and are available in non-blocking, full fan-out configurations of 8x8 to 32x32, with a small signal bandpass of 400MHz. Input and output buffers can be modified for different impedance or signal levels. Both the switch modules and control modules are modular for ease of expansion and low MTTR. Start with an 8x8 matrix and expand to a 32x32 simply by adding additional input and output modules.
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Analog or Digital Communications Switching Systems with D Type Connectors
RS Series
The RS Series computer controlled switching systems are designed to switch multi-wire groups of signal up to 25 wires. These systems are typically used for signals such as parallel TTL, RS232, RS422, WAN or modems, but can also be used for any group of analog or digital signals having a bandpass up to 30 MHz or a data rate up to 20 Mbps. A modular design concept is used that provides configuration flexibility by allowing display modules, different control modules and switch modules to be combined into a single chassis.LED displays and switch point status feedback are available on most systems. Computer control via IEEE488 (GPIB) and RS232 is standard, while TCP/IP Ethernet LAN, USB and manual controls are optionally available.
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High Density 1xN mux or 2xN Matrix Switching Systems
JX Series
This compact and economically priced series can be used as either 1xN multiplexers, 2xN matrices, or individual switches. As multiplexers, they can be used as a large number of individual muxes or jumpered together to form as large a mux as you need to switch a large number of inputs or outputs to one common port. As a 2xN matrix they allow you to switch any number of signals between two ports of a DVM, DMM, LCR, or other type of meter or supply. Individual relay modules are available for other configurations requiring discrete SPST or SPDT relays with standard or power relays.
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Solid State Bidirectional Relay Designed for High-Speed Switching in ATE Systems
Series FB
The Series FB relay is an advanced solid-state bidirectional relay designed specifically for high-speed switching in ATE systems. These devices provide high reliability, low life-cycle cost and exceptional switch performance. The FB has very fast turn-on times of under 1 msec. Optical coupling minimizes EMI generation.MSL 1Available options include:FB00CD 2Adc, 80Vdc DC-Load; ±1Adc, ±80Vdc AC-Load; 10-25mAdc ControlFB00FC 1Adc, 180Vdc DC-Load; ±0.5Adc, ±180Vdc AC-Load; 10-25mAdc ControlFB00KB 0.5Adc, 350Vdc DC-Load; ±0.25Adc, ±350Vdc AC-Load; 10-25mAdc Control
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Physical Layer Switching Systems for Copper LAN, WAN< DSL, Telco Apps with RJ Style Connectors
RJ Series Switching Systems
The RJ Series of computer controlled switching systems are designed for physical layer switching of multiwire signals on RJ style connectors. Since the system uses mechanical relays it acts exactly like a piece of cable which makes it perfect for testing networks without altering the signals or regeneration. These systems are typically used for Ethernet LAN 10BaseT through 1000BaseT, DSL including ASML through GFAST, CAT5 through CAT6A cable testing, USB up to 2.0, RS232, RS422, RS485 up to 8 wire at 20 Mbps and many other applications switched over RJ45 connectors up to 8 wires. They may also be used as lab automation switches, network testing switches, patch panels, network redundancy switches or any number of physical layer applications.
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Physical Layer Switching Systems for copper LAN, WAN, DSL, Telco apps with RJ style connectors.
RJ Series
The RJ Series of computer controlled switching systems are designed for physical layer switching of multiwire signals on RJ style connectors. Since the system uses mechanical relays it acts exactly like a piece of cable which makes it perfect for testing networks without altering the signals or regeneration. These systems are typically used for Ethernet LAN 10BaseT through 1000BaseT, DSL including ASML through GFAST, CAT5 through CAT6A cable testing, USB up to 2.0, RS232, RS422, RS485 up to 8 wire at 20 Mbps and many other applications switched over RJ45 connectors up to 8 wires. They may also be used as lab automation switches, network testing switches, patch panels, network redundancy switches or any number of physical layer applications.
