Cytec manufactures passive and programmable patch panels as well adaptors, buffer modules and driver chassis for Automated Test, Data Acquisition and communications. The passive patch panels and adaptors simply allow you to convert between connector types for rack mount wiring and interconnect issues. Driver Chassis can be used to programmatically control your own DC powered devices. Buffer Modules and conversion modules can be used to change signal types to interface between different equipment. This page includes some of our standard products as well as miscellaneous things we have built to go with custom systems.
Product Details (pdf bulletin)
16×8 non-blocking matrix allowing power distribution or interconnects
Max Switched Power: 150 Watts DC, 2,000 VA AC
Max Switched Voltage: ± 308 VAC, 30 V DC
Max Swiched Current: 8 A
Max Carry Current: 10 A
Control with Ethernet LAN, GPIB, RS232 or Manual
5 Year Warranty! Field proven for 30 years.
Product Details (pdf bulletin)
Product Details
32×1 or 16×2 matrix
Max Switched Power: 200 Watts
Max Switched Voltage:3500 V Peak
Switch Current: 3.0 A
Breakdown Voltage: 7500 V peak, 5250 V rms
Control with Ethernet LAN, GPIB, RS232 and Push Button Manual Controls
5 Year Warranty! Field proven for 25 years.
Product Details (pdf bulletin)
Product Details
1×8 or 1×16 mux configuration switching 168 wires.
Virgina Panel 168 pin high density connectors.
Cable test, Environmental test, Bus test, Avionics test.
Max Switched Power: 60 Watts
Max Switched Voltage:+/- 110 V Peak
Switch Current: 1.0 A
Breakdown Voltage: 750 V peak, 525 V rms
Control with Ethernet LAN, GPIB, RS232 or Manual
5 Year Warranty! Field proven for 20 years.
Converts the standard EIA/TIA 568 pairs (1-2, 3-6, 4-5, 7-8) of a CAT6A RJ45 connector into 50 ohm SMA connectors so they can easily connected to scopes, network analyzers or other test equipment.
Convert SpaceWire Mico D9 Pin Connector to 8 Socket SMA Connectors. This test adaptor allows you to look at Spacewire signals on a scope or convert any Micro D9 connector signals to coax SMA. Tested to 500 mbps NRZ. See the schematic of pin-out or call Cytec for options. P/N 48-33-10.
Converts 16 wires of a D37 Connector to 75 ohm BNC socket connectors. Typically used with Cytec DX/256×256 matrix chassis for 75ohm TTL PCM and PAM signals but can be used for many high speed TTL signals. Mounted to a 19″ rackmount aluminum panel 1 RU high. P/N 6260-03-21.
Converts 16 high speed differential pairs from a Densi-shield connector to 16 Triax connectors. Typically used with Cytec DXM matrix switches but can be used with other patch panels to convert older interface cables to newer connector types. Comes mounted to a 1 RU 19″ rack mount aluminum panel. P/N 48-23-10.
Converts 16 high speed differential pairs from a Densi-shield connector to 32 BNC Socket or SMA socket connectors. Typically used with Cytec DXM matrix switches but can be used with other patch panels to convert other interface cables to newer connector types. Can simplify cabling between racks using high density cables. Comes mounted to a 1 RU 19″ rack mount aluminum panel. P/N 48-26-10.
Converts 16 high speed differential pairs from 2 Densi-shield connectors to 8 D9 socket connectors with 2 differential pairs on each connector. Typically used with Cytec DXM matrix switches but can be used with other patch panels to convert other interface cables to other connector types. Can simplify cabling between racks using high density cables. Comes mounted to a 1 RU 19″ rack mount aluminum panel. P/N 48-28-10.
The DRV Series are computer controlled systems for driving external relays, solenoids or any device requiring DC voltage activation. The systems allow you to control external devices using Ethernet LAN, USB, RS232, GPIB ( IEEE488 ) or manual control. Simple programming in any language with a high level of software support. 19″ rack mount or desk top systems.
System shown with optional Pushwheel manual control
Product Details
1×4, 1×8 or larger 75 ohm TTL amplifier buffer modules that allow signal distribution or restoration.