Optical Attenuators
Reduce optical power by inducing loss.
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Optical Power Meter with Optical Head
GM8012 + 2 X GM8300X
The UC8820 + 2 X UC8820X optical power meter with optical head offer superior performance for the test of DWDM components, AWG & PLC components, optical amplifiers, and other general purpose of fiber optical test and measurement applications. It is special design for volume production line application.
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Attenuators
Optical attenuators reduce the intensity of transmitted light uniformly across the spectrum. Applications include preventing too much light from overloading a receiver.
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47~862MHz FTTH Digital TV Two Output Low Optical Receiver
H9222L
Hangzhou Huatai Optic Tech. Co., Ltd.
Huatai H9222L, operating bandwidth of 47 ~ 862MHz, is a suitable digital television FTTH applications, ultra-low optical receiver, Whether used in analog television or digital television. Receiving at high optical power can be adjusted by PAD level, played limiting output, so H9222L within a large dynamic range of the received optical power of +2 dBm ~-20dBm, have excellent characteristics.
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Optical Fiber 8×1 Switch
OFSW - 8 × 1
Hangzhou Huatai Optic Tech. Co., Ltd.
OFSW-8×1 is a 8x1 prism optical switch. It can support 8 optical fibers input and 1 fiber output, channel switch. Wide operating wavelength range, low insertion loss and speedy switching rate, can use network trends configuration, network monitor and lab application.
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ALC (AGC) FTTB Optical Receiver
BG9244PL
Hangzhou Huatai Optic Tech. Co., Ltd.
Huatai BG9244PL product series have the bandwidth of 47~862MHz,with ALC (AGC) function, two outputs, the output level Vo=104dBμV (Pin:-7~+2dBm). The device has built-level gain and equalization adjustment, visual display about optical power, and can choose 1way or 2 ways high level output by illustration. It applies to FTTB optical access to network, is an ONU optical receiver unit of RFTV radio network with low power, high performance, high cost- effective.
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PXI/PXIe MEMS Optical MUX, 4-Channel, Multi-Mode
40-850A-014-M50
The 40/42-850A-014-M50 is a PXI/PXIe 4-channel multiplexer with FC/APC connectors and is part of Pickering's range of PXI Fiber Optic MEMS Switching modules. They are available in many high density formats with a choice of different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications.
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28/45 GHz Dual Optical Channel and 50 GHz Dual Electrical Channel DCA-M
N1092E
High accuracy, low cost solution for optical and electrical waveform analysis including solutions for 8.4 through 64 GBaud, very low noise and jitter, and fast sampling rates for high throughput.
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LXI Dual 8:1 Optic MUX FC/APC SingleMode
60-850-012
The 60-850 and 60-851 are LXI conformant fiber optic multiplexers that use MEMS switching technology to ensure fast and reliable switching of single-mode (60-850) or multi-mode (60-851) optical signals being carried on fiber connections. The 60-850/851 is available with a variety of connector options and in a variety of multiplexer arrangements. Loop-thru versions are also available for easy multiplexer expansion.
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MIL-STD-1553 Fiber Optic Bus Extender
FO-1553
Avionics Interface Technologies
Extends MIL-STD-1553 bus access to over 1 mile for remote access - Dual redundant, single and dual stream options available - Both Transformer and Direct coupling modes supported - Uses fiber optic 1.0625 Gbps data rates for low latency over long distances - Optical signaling is not affected by electrical noise and interference - Simple and easy to use solution, no software setup or configuration required - Ideal for applications where test equipment is separated from UUT
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PXI/PXIe MEMS Optical Switch, Dual Insert/Bypass, Single-Mode, 9/125 Fiber, LC Connectors
42-860A-422
The 40/42-860A-422 is a PXI/PXIe dual insert/bypass switch with LC connectors and is part of Pickering's range of PXI Fiber Optic MEMS Switching modules.
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PXI/PXIe MEMS Optical MUX, 4-Channel, Single-Mode, 9/125 Fiber, MU Connectors
42-850A-314
The 40/42-850A-314 is a PXI/PXIe 4-channel multiplexer with MU (mini SC) connectors and is part of Pickering's range of PXI Fiber Optic MEMS Switching modules.
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30~2600MHz Direct Modulated Optical Transmitter
Hangzhou Huatai Optic Tech. Co., Ltd.
Your product description goes here.
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Millimeter Wave Continuously Variable Waveguide Attenuators
Our millimeter wave variable waveguide attenuators allow designers and engineers to test their systems at various signal strengths and attenuation values to determine the optimum signal performance of the system. The key feature of these waveguide attenuators is that the attenuation level is adjusted using a built-in micrometer which enables repeatable and rapid re-setting to different attenuation levels without the need for additional external components. Our waveguide attenuators handle varying attenuation levels from 0 to 30 dB over the specified band allowing the designer to tune the attenuation level needed for the application. These continuously variable waveguide attenuators cover a broad frequency range of 33 to 110 GHz in five bands and also display flat performance across a wide band with low insertion loss.
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8 Deluxe Noid Light / 2 IAC Kit Plus One Fiber Optic Noid Light Extension
3621
Peaceful Thriving Enterprise Co Ltd
*Kit packs in a deluxe molded plastic case.*Set includes: 8 Noid lights for testing GM PFI, FORD TBI, GEO TBI, BOSCH PFI, GM TBI, GM SCPI, GM MULTEC 2 and BOSCH 2.*One IAC signal test lights for GM TBI and PFI fuel injection system, and one for GM Model 1987 or newer GM Model 700 TBI and PFI fuel injection system. Plus one fiber optic Noid Light extension.
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47~862MHz FTTP High Output CATV Optical Receiver
P9134
Hangzhou Huatai Optic Tech. Co., Ltd.
Huatai P9134, operating bandwidth of 47 ~ 862MHz, regardless of the aircraft used for analog TV or digital TV, both with high receiver sensitivity and excellent intermodulation distortion indicators. At high optical power receiver can adjust the level by PAD, played limiting output, so P9134 at +2 dBm ~-20dBm received optical power of large dynamic the range, have excellent properties:
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The Complete Solution for Optical Surface Quality Inspection
OptiLux SD (Scratch-Dig)
RedLux’s OptiLux SD system provides the complete solution for control of optical surface quality (scratch-dig) by offering a breakthrough in measurement performance along with conformity to industry standards. Designed with flexibility in mind and further enhanced by a range of customer inspired features, the OptiLux SD can support the most demanding of optical surface quality inspection processes, from highly customized optical components in low volume, to standard components in high volume.
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Optical tables
The primary goal of a well designed optical table is to eliminate relative motion between components of test system located on the surface of the optical table because such motion can generate measurement errors.
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Omega Fiber Optic Connector
Teledyne lmpulse-PDM's Omega Series offers any combination of multi-mode or single-mode optical ways and 16 AWG electrical ways from a single way through to seven ways. Electrical pins are part of the CCP and the mating sockets are part of the FCR, CCR or BCR. Connectors populated with both electrical and optical ways will be populated in a standard Teledyne lmpulse-PDM format to facilitate interchangeability between batches. This information can be provided at the time of quotation.
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CATV RF Optical Receiver
L-RF-MN-RX
The QuestTel''s L-RF-MN-RX module optical receivers are versatile, low-cost and compact optical receivers for use in HFC fiber applications. It is perfect solution for the transport and distribution of CATV RF signals over fiber optic cable. The L-RF-MN-RX module housed in a small housing and have adjustable RF output level. May be used as a hand held device for testing, or placed at a customers premise for the reception of cable television services. The Receiver is designed to operate with a very low optical input level between the range of +3dBm to -12dBm.
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28/45 GHz Single Optical Channel DCA-M with Option CDR
N1092A
High accuracy, low cost solution for optical waveform analysis including solutions for 8.4 through 64 GBaud, very low noise and jitter, fast sampling rates for high throughput, and integrated clock recovery available.
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PXI/PXIe MEMS Optical MUX, 4-Channel, Multi-Mode, 62.5/125 Fiber, FC/APC Connectors
42-850A-014-M62.5
The 40/42-850A-014-M62.5 is a PXI/PXIe 4-channel multiplexer with FC/APC connectors and is part of Pickering's range of PXI Fiber Optic MEMS Switching modules.
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Hand-Held Optical Power Meter
HOPM-3208
Hangzhou Huatai Optic Tech. Co., Ltd.
With six wavelength calibrating spots (980nm, 1310nm, 1490nm, 1550nm, 1590nm and 1610nm), refined design, easy operation, linearity or non-linearity display, unique FC/SC/ST all-purpose connector, HOPM-3208/HOPM-2650A is the earliest self-developed hand-held optical power meter of Huatai, which can be used for direct optical power measurement as well as relative measurement of optical link loss. It’s an essential test instrument in Optical Communication, CATV system construction and maintenance.
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Datacenter 12 MPO Fiber Optic Testers & Switches
Optical Wavelength Laboratories
MULTI-PAIR FIBER LINKS are becoming more common than single pair fiber links for high speed communications, especially in data center environments. OWL DataCenter 12 Series test kits automatically test 12-fiber MPO cables and links without requiring cassettes or fanout cables. Higher density connections (i.e. 24, 36, 48, 60 or 72) can also be tested with MPO break-out cables.
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Optical Spectrum Analyzers
Thorlabs' Optical Spectrum Analyzers (OSAs) perform highly accurate spectral measurements. Compatible with fiber-coupled and free-space light sources, these compact benchtop instruments suit a wide variety of applications, such as analyzing the spectrum of a telecom signal, resolving the Fabry-Perot modes of a gain chip, and identifying gas absorption lines.
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PXI/PXIe MEMS Optical MUX, Single 2-Channel, Multi-Mode, 62.5/125 Fiber
40-855A-512-M-HI
The 40/42-855A-512-M-HI is a PXI/PXIe 2-channel multiplexer with ST connectors, includes hardware interlock and is part of Pickering's range of PXI Fiber Optic MEMS Switching modules. They are available in many high density formats with a choice of different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications.
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Manually Variable Attenuators
The JFW 50 Ohm dual rotary attenuator has been a staple tool to RF engineers for over 30 years. Our years of proven quality and performance make our manually variable attenuators right for any RF environment. Whether you are using the rotary attenuator on your RF test bench or mounting it to a panel, the JFW dual rotary attenuator makes adjusting attenuation quick and easy.
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CP400X, 400 MHz, ±60 V, 10X Attenuation, Single-Ended Passive Oscilloscope Probe
784254-01
The CP400X is a coaxial passive probe with fixed 10X attenuation for oscilloscopes that provide 1 MΩ input impedance. It is 2 meters in length. The CP400X attaches to BNC connections on both the signal input and instrument sides.
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PXI/PXIe MEMS Optical MUX, 4-Channel, Multi-Mode, 50/125 Fiber, LC Connectors
42-850A-414-M50
The 40/42-850A-414-M50 is a PXI/PXIe 4-channel multiplexer with LC connectors and is part of Pickering's range of PXI Fiber Optic MEMS Switching modules.
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LXI Optical Switching - 8:1 Multiplexer Plugin Module
65-281-323
The 65-281-323 8:1 multiplexer is part of the 65-280 and 65-281 ranges of optical plug-in modules offering matrix & insert/bypass or multiplexer & SPST topologies respectively with all models based on MEMS fiber optic switches and available in various populations per plugin. In addition, a choice of different connector styles to suit most applications is offered: FC/APC (for optimal performance), FC/PC, SC/PC and ST for general applications and LC for high density applications. They use MEMS (Micro-Electro-Mechanical-Systems) based optical switches to route signals between terminals by redirecting the optical signal. This is achieved using micromechanical mirrors driven by a highly precise mechanism activated via an electrical control signal.
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