Showing results: 61 - 75 of 144 items found.
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A025CFR-025DMR-ZA180 -
Pickering Interfaces Ltd.
This economy 1.8m long female 25-Pin Micro-D to male 25-Pin D-type cable assembly is constructed from 7/36 (28 AWG) copper wiring with PVC insulation and screening to minimise crosstalk. Screwlocks are provided to secure the connectors to their associated products. This cable assembly is suitable for high density applications including connection to Pickering's LXI DIO/Trigger port.
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A100SMR-100SMR-9B200 -
Pickering Interfaces Ltd.
This 2m long male to male 100-Pin SCSI Style Micro-D Cable Assembly is constructed from 7/36 (28 AWG) Tinned Copper twisted pair wiring with Polyolefin insulation to minimise crosstalk. Screwlocks are provided to secure the connectors to their associated products. This cable assembly is suitable for use with Pickering BRIC modules that use the 100-pin Micro-D connector.
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A100SMR-100SMR-9B050 -
Pickering Interfaces Ltd.
This 0.5m long male to male 100-Pin SCSI Style Micro-D Cable Assembly is constructed from 7/36 (28 AWG) Tinned Copper twisted pair wiring with Polyolefin insulation to minimise crosstalk. Screwlocks are provided to secure the connectors to their associated products. This cable assembly is suitable for use with Pickering BRIC modules that use the 100-pin Micro-D connector.
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A100SMR-100SMR-9B100 -
Pickering Interfaces Ltd.
This 1m long male to male 100-Pin SCSI Style Micro-D Cable Assembly is constructed from 7/36 (28 AWG) Tinned Copper twisted pair wiring with Polyolefin insulation to minimise crosstalk. Screwlocks are provided to secure the connectors to their associated products. This cable assembly is suitable for use with Pickering BRIC modules that use the 100-pin Micro-D connector.
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QP150 Series -
Quarter Research and Development
Quater’s new QP150 sub-micron probe positioners are designed to significantly reduce mechanical crosstalk between axes resulting in fast and accurately placed probe touchdowns with zero pad or trace damage from unwanted needle deflections. Overall ergonomic design places micrometers within a compact zone allowing users to precisely control needle direction and speed.
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60-985-050 -
Pickering Interfaces Ltd.
The 60-985 series of LXI cables conform with the LXI WTB cable specification. They terminate in a 25 Pin Micro D connector at each end and use low loss silver plated cable incorporating 8 differential pairs each with separate shields. The cable to connector termination is designed to minimize inter-channel crosstalk and maintain excellent transmission line impedance.
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60-985-005 -
Pickering Interfaces Ltd.
The 60-985 series of LXI cables conform with the LXI WTB cable specification. They terminate in a 25 Pin Micro D connector at each end and use low loss silver plated cable incorporating 8 differential pairs each with separate shields. The cable to connector termination is designed to minimize inter-channel crosstalk and maintain excellent transmission line impedance.
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60-985-003 -
Pickering Interfaces Ltd.
The 60-985 series of LXI cables conform with the LXI WTB cable specification. They terminate in a 25 Pin Micro D connector at each end and use low loss silver plated cable incorporating 8 differential pairs each with separate shields. The cable to connector termination is designed to minimize inter-channel crosstalk and maintain excellent transmission line impedance.
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60-985-030 -
Pickering Interfaces Ltd.
The 60-985 series of LXI cables conform with the LXI WTB cable specification. They terminate in a 25 Pin Micro D connector at each end and use low loss silver plated cable incorporating 8 differential pairs each with separate shields. The cable to connector termination is designed to minimize inter-channel crosstalk and maintain excellent transmission line impedance.
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60-985-200 -
Pickering Interfaces Ltd.
The 60-985 series of LXI cables conform with the LXI WTB cable specification. They terminate in a 25 Pin Micro D connector at each end and use low loss silver plated cable incorporating 8 differential pairs each with separate shields. The cable to connector termination is designed to minimize inter-channel crosstalk and maintain excellent transmission line impedance.
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60-985-100 -
Pickering Interfaces Ltd.
The 60-985 series of LXI cables conform with the LXI WTB cable specification. They terminate in a 25 Pin Micro D connector at each end and use low loss silver plated cable incorporating 8 differential pairs each with separate shields. The cable to connector termination is designed to minimize inter-channel crosstalk and maintain excellent transmission line impedance.
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60-985-020 -
Pickering Interfaces Ltd.
The 60-985 series of LXI cables conform with the LXI WTB cable specification. They terminate in a 25 Pin Micro D connector at each end and use low loss silver plated cable incorporating 8 differential pairs each with separate shields. The cable to connector termination is designed to minimize inter-channel crosstalk and maintain excellent transmission line impedance.
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SDRlab 122-16 -
Red Pitaya d.d
It comes with two 16-bit 50-ohm inputs and 14-bit 50-ohm outputs, Xilinx Zynq 7020 FPGA for real-time processing capabilities plus an ultra-low phase noise 122.88MHz clock which makes it more hardware-compatible with HPSDR compliant applications. RF inputs are optimized for minimal distortion, noise and crosstalk which significantly improves reception and broadens the choice of antenna.
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ET91 -
Vonaq Ltd
*Level Meter, for selective and wideband level measurements with auto ranging*Generator, for the generation of measuring voltage for the test of FDM systems*Bridge, for the measurement of input and output parameter*Spectrum Analyser, for the test of output PSD, cross-talk and other interference signals
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SIM980 -
Stanford Research Systems, Inc.
The SIM980 Summing Amplifier has four input channels that can be added or subtracted from each other. The output noise is less than 60 nV/√Hz, and crosstalk between channels is less than -80 dB. With a bandwidth of 1 MHz, a slew rate of 40 V/ms, and input offsets that are trimmed to ±100 µV, the SIM980 is extremely useful in many analog applications.