New Wave Design provides a variety of signal integrity test fixtures, cable couplers, connector adapters and gender changers. Additionally, New Wave Design can customize these products along with cables to meet our customer’s specific requirements.
To make high fidelity signal integrity measurements such as rise/fall times, amplitude, jitter, skew, eye diagrams, etc., the New Wave Design test fixtures provide 110 ohm impedance matched traces. They also include end of net termination and oscilloscope probe test points to reduce reflections and other discontinuities that affect signal integrity measurements.
Specifically, our FW-SIGTF product provides a differential signal re-driver allowing the Device Under Test (DUT) transmitted signals to be measured at either the near-end, output connector of the DUT, or the far-end, after the DUT cable. The re-driver allows the DUT and tester devices to make and maintain a valid IEEE-1394 Beta 8b10b connection allowing COTS oscilloscopes to make the measurement without expensive external equipment or post processing. The FW-SIGTF uses latching Lemo connectors to provide good signal quality and secure connections.
New Wave Design’s cable couplers and adapters allow similar or dis-similar cables to be connected to one another, enabling signal monitoring, cable length extension, gender changes and crossover/straight-through adaption.
Specifically, our FW-929-CC, FW-926-CC, FW-9238999-CC Cable Couplers/Adapters series allow standard IEEE-1394-2008 9-pin and 6-pin cables to be coupled together to create longer cable runs for test as well as adapting 9-pin to 6-pin if needed. Our FW-9238999-CC enables standard 9-pin IEEE-1394-2008 cables to be connected to a 38999 cable.
Given the large variety of 38999 connectors, New Wave Design offers customization services to change our standard product configurations to meet your specific requirements. Unterminated test point are available on these products, however because the oscilloscope probe location is mid-cable, they are typically only used for monitoring signals and not used to take signal integrity measurements.
Enclosures also available, please inquire.
DOWNLOAD DATA SHEET REQUEST INFORMATIONNew Wave Design provides a variety of signal integrity test fixtures, cable couplers, connector adapters and gender changers. Additionally, New Wave Design can customize these products along with cables to meet our customer’s specific requirements.
To make high fidelity signal integrity measurements such as rise/fall times, amplitude, jitter, skew, eye diagrams, etc., the New Wave Design test fixtures provide 110 ohm impedance matched traces. They also include end of net termination and oscilloscope probe test points to reduce reflections and other discontinuities that affect signal integrity measurements.
Specifically, our FW-SIGTF product provides a differential signal re-driver allowing the Device Under Test (DUT) transmitted signals to be measured at either the near-end, output connector of the DUT, or the far-end, after the DUT cable. The re-driver allows the DUT and tester devices to make and maintain a valid IEEE-1394 Beta 8b10b connection allowing COTS oscilloscopes to make the measurement without expensive external equipment or post processing. The FW-SIGTF uses latching Lemo connectors to provide good signal quality and secure connections.
New Wave Design’s cable couplers and adapters allow similar or dis-similar cables to be connected to one another, enabling signal monitoring, cable length extension, gender changes and crossover/straight-through adaption.
Specifically, our FW-929-CC, FW-926-CC, FW-9238999-CC Cable Couplers/Adapters series allow standard IEEE-1394-2008 9-pin and 6-pin cables to be coupled together to create longer cable runs for test as well as adapting 9-pin to 6-pin if needed. Our FW-9238999-CC enables standard 9-pin IEEE-1394-2008 cables to be connected to a 38999 cable.
Given the large variety of 38999 connectors, New Wave Design offers customization services to change our standard product configurations to meet your specific requirements. Unterminated test point are available on these products, however because the oscilloscope probe location is mid-cable, they are typically only used for monitoring signals and not used to take signal integrity measurements.
Enclosures also available, please inquire.
New Wave Design provides a variety of signal integrity test fixtures, cable couplers, connector adapters and gender changers. Additionally, New Wave Design can customize these products along with cables to meet our customer’s specific requirements.
To make high fidelity signal integrity measurements such as rise/fall times, amplitude, jitter, skew, eye diagrams, etc., the New Wave Design test fixtures provide 110 ohm impedance matched traces. They also include end of net termination and oscilloscope probe test points to reduce reflections and other discontinuities that affect signal integrity measurements.
Specifically, our FW-SIGTF product provides a differential signal re-driver allowing the Device Under Test (DUT) transmitted signals to be measured at either the near-end, output connector of the DUT, or the far-end, after the DUT cable. The re-driver allows the DUT and tester devices to make and maintain a valid IEEE-1394 Beta 8b10b connection allowing COTS oscilloscopes to make the measurement without expensive external equipment or post processing. The FW-SIGTF uses latching Lemo connectors to provide good signal quality and secure connections.
New Wave Design’s cable couplers and adapters allow similar or dis-similar cables to be connected to one another, enabling signal monitoring, cable length extension, gender changes and crossover/straight-through adaption.
Specifically, our FW-929-CC, FW-926-CC, FW-9238999-CC Cable Couplers/Adapters series allow standard IEEE-1394-2008 9-pin and 6-pin cables to be coupled together to create longer cable runs for test as well as adapting 9-pin to 6-pin if needed. Our FW-9238999-CC enables standard 9-pin IEEE-1394-2008 cables to be connected to a 38999 cable.
Given the large variety of 38999 connectors, New Wave Design offers customization services to change our standard product configurations to meet your specific requirements. Unterminated test point are available on these products, however because the oscilloscope probe location is mid-cable, they are typically only used for monitoring signals and not used to take signal integrity measurements.
Enclosures also available, please inquire.
Contact us today to see how New Wave Design can collaborate with you to achieve your objectives, leveraging our cutting-edge military and aerospace solutions. Experience our dedication to innovation, quality, and unparalleled customer satisfaction firsthand, and together, let’s turn your challenges into triumphs.
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