Optic Receivers
Convert an optical signal to an electronic signal.
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Signal / High Power, Module, Receiver, TriPaddle , 90 Series, 6/6 Positions, incl. Strain Relief plate
510104307
Primary mating module 510108281.
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High Speed Optical Receiver Modules
Macom Technology Solutions Holdings Inc.
Macom High Speed Optical Receiver Modules
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Signal, Contact, Receiver, TriPaddle, 10 Amp, 14-18 AWG
610110177
Primary mating contact 610110113. (May mate with other ITA contacts, as well.)Specifications Operating Voltage & Current 10 Amps Max. Continuous (14 AWG)600 Volt Max. use of wire Mil-W-16878/4Contact Resistance 4 mOhms Max.Measured at 50 mV @ 100 mADielectric WithstandingVoltage (DWV) 1500 VDC Min.Insulation Resistance 4000 MOhms Min.Contact Body BeCuContact Plating 30µ” Au over 100µ” NiContact Termination Crimp/SolderCycle Life 20,000 CyclesRoHS Directive 2011/65/EU Status CompliantREACH Article 33 Status CompliantECHA Article 59 of Reach Regulation CompliantAVG Mating Force (lbs.) 0.41
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Optical OTDR
TLM-01D
Hangzhou Tuolima Network Technologies Co., Ltd.
OTDR-01D series handheld optical time domain reflectometer (OTDR) is a new generation of intelligent optical measuring instrument designed for the optical fiber communication system testing by TUOLIMA Network Technologies Co., Ltd.. This product is mainly used to measure the parameters of optical fibers and cables, such as length, loss, and connection quality, etc.; it can realize the accurate positioning of event points and fault points, and can be widely used in the construction, maintenance testing and emergency repair of the optical fiber communication systems as well as the research, production and production measurement of optical fibers and cables and so on. This product can provide you with the highest performance of solutions for installation and construction of fiber optic network construction and the subsequent fast and efficient maintenance and troubleshooting testing.
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EMI Receiver
KH3931
Beijing KeHuan Century EMC Technology Co,.LTD
* Detection frequency range: 9KHz-30MHz * Frequency stability: 1X10-6 * Frequency resolution: (9kHz ~ 150kHz): 30Hz; (150kHz ~ 30MHz): 1kHz * Test error: ±2dB * Corresponding characteristics of pulse: in line with national standard GB/T6113.1-1995 * Detection time constant: in line with national standard GB/T6113.1-1995
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Signal / Micro Power/ Micro Coax, Module, Receiver, QuadraPaddle, iCon Series, 100/15 Position, loaded w/twin female contacts
510160112
This module comes fully loaded with twin female contacts (p/n 610138200), iCon modules mount from the rear of the iCon/i1 receiver allowing installation and removal of pre-wired cable blocks. Primary mating module 510161107. (May mate with other ITA modules, as well.)
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Fiber Optics
The most complete line of Fiber Optic Products for end-to-end AV signal distribution over fiber optic cabling.
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Receiver
Elrec Lite
The Elrec Lite G is a 2-channel hand held induced polarisation (IP) and Resistivity receiver mostly designed for mineral exploration. This low-weight device is particularly suited for sounding and profiling measurements where the operator must move from several hundreds of meters, carrying the receiver.
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Mini Receiver
FB7-NX
In about 1935, the National Radio Company of Malden, Mass., brought out a “hot” high frequency receiver, called the FB7, and the subsequent FB-7X. It featured a super-hetrodyne design with plug-in coils that gave it a broad frequency range. The “X” model also incorporated a crystal filter in the intermediate frequency section, thus giving it additional selectivity. The receiver was viewed by radio amateurs as a technological breakthrough, and it was also used commercially for point to point high frequency communications. As the receiver did not have an internal RF amplifier section, a separately tunable RF amplifier was later provided in a separate enclosure for additional performance capabilities. Now, National RF, Inc., is resurrecting the fabled receiver name with an all solid-state, hot mini receiver, which also utilizes plug-in coils to cover the HF spectrum. The mini-receiver is designed for use by radio amateurs as well as serious short-wave listeners, and allows reception of AM, CW, and SSB signals. It incorporates a super-hetrodyne design with a dual gate FET built-in RF preamplifier and a ceramic filter for selectivity, often required when used in a crowded amateur radio band. In addition, the receiver has a buffered rear panel output of the high frequency oscillator for use with either a frequency counter for exact receive frequency display, or for interface with an outboard transmitter. A rear panel jack is also provided for muting the receiver when a transmitter is placed into the transmit mode. And, the receiver is small enough to fit into carry-on luggage and taken on trips when it is desired to “keep an ear” on amateur radio or other high frequency activity. The receiver utilizes rear panel plug-in coil assemblies which contain the RF amplifier, mixer, and oscillator tuned circuits. Each plug-in coil assembly also comes with a separate dial scale, which is inserted onto the front panel for displaying the tuned frequency. A very smooth 6 to 1 planetary drive is used for tuning the receiver. Other front panel controls include RF preamplifier peak, volume control, Beat Frequency Oscillator adjustment, and RF gain control. Other switches include filter bandwidth, AM/CW/SSB selection, Power, and a general coverage/band spread control for certain plug-in assemblies. The receiver is intended to drive head-phones via a rear panel jack, but has sufficient output to drive a small external speaker.
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Fiber Optics
The use of fiber optics as light guidance allows great modularity and flexibility in the setup of an optical measurement system. Optical fibers can be made of many materials, such as plastic, glass, and silicates (SiO2). For high-quality fibre optics, as used in spectroscopic applications, synthetic fused silica (amorphous silicon dioxide) is used, which can be intentionally doped with trace elements to adjust the optical properties of the glass.
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Power, Module, Receiver, CASS, 76 Position
510113120
Module, Receiver, Cass, Power, 76 Position
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Mini Coax, Module, Receiver, 90 Series, 19 Positions, for use with right-angle contact (p/n 610104160)
510104319
Use with right-angle mini coax contact (p/n 610104160) for mounting to PCBs. Includes holes for PCB mounting.Primary mating module 510108111. (May mate with other ITA modules, as well.)
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Monitoring Receiver
The portable monitoring receivers and remotely controllable analyzers were especially developed for signal search, radio detection, spectrum monitoring and frequency management.
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Optical Detector
LG-9200
The LG-9200 is a non-contact type optical detector which emits red visible light and detects the reflected light from the rotating shaft. The reflection mark is used for the detection by affixing it on the rotating shaft. It enables detection at an angle. (reflective mark: HT-011 by Ono Sokki)The LG-9200 has a built-in compact amplifier and outputs the square wave (voltage) after waveform shaping.With a compact and light weight body, performances are upgraded compared to the previous model LG-916.(LG-9200 detection distance: up to 40 mm, response speed: up to 40 m/s)
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Optical Delay
ODL
The Peregrine Optical Delay Line (ODL) provides an exceptional combination of precision, speed, and optical stability at a low price. It is ideally suited for pump-probe experiments and autocorrelation measurements (both interferometric and intensity methods). Advanced voice coil technology allows the ODL to be positioned anywhere in its travel range to within 150 nm. That’s 1 fs for a double-pass configuration. The response time is as short as 1 ms. Our 1-cm-travel ODL is interferometrically stable (measured using a 650 nm laser). No backlash, no hysteresis and no drive trains to wear out as with stepper motors. It’s convenient–the ODL can be positioned using digital commands, an analog voltage or a combination of the two. Two 16-bit on-board analog-to-digital converters simplify data collection. Digital inputs and outputs allow master or slave clocking. An executable Windows application is provided to get you up and running in minutes. In addition, DLLs and LabVIEW Vis for integration into your software are also included.
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Optical Gratings
High performance, aberration corrected ZEISS optical gratings offer preeminent precision for your analytical devices. Regardless of your application needs, our standard and customized solutions enhance your systems and drive your success. At ZEISS, we work together with you as partners to develop exactly the right grating solution for your needs.
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Optical Switches
Thorlabs' optical switches are available for fiber-optic circuit integration or construction. We offer optical switches with integrated MEMS technology, optical switch kits, and PRO8 modules. Also available are optical switches for applications requiring an optical shutter in the 1500 - 1600 nm range.
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Receivers
Macom Technology Solutions Holdings Inc.
MACOM's receivers are widely used in point-to-point radio, aerospace and defense, and other broadband communications applications. Operating between the 4.5 - 45 GHz frequency range, our receivers feature an integrated LNA, mixer and LO buffer amplifier onto a single chip. Available in lead-free QFN or SMD packages, our receivers boast excellent noise figure and conversion gain performance.
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Receiving Amplifiers
he products from Kuhne electronic from the category "Receiving Amplifiers for Professional Use" are designed for the following applications: Radio Link Systems, Satellite Receivers as well as Scientific and Measurement Instrumentation.These amplifiers stand out due to outstanding Noise Figures as well as a very good Large Signal Stability and small Housing Sizes.
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Signal, Contact, Receiver, QuadraPaddle, 5 Amp, Male Adapter, .025" Square Post for Wire Wrap
610138118
Primary mating contact 610138200. (May mate with other Twin Female contacts, as well.)Available in twin-female, crimp/solder, twin male, and wire-wrap design, QuadraPaddle contacts are engineered for flexible interconnect options. Rated at 5 amps continuous (1250 VAC) with a 2 ounce insertion force, QuadraPaddle contacts provide 4 reliable points of contact per pin, outstanding electrical performance, and low mating force.Specifications Operating Voltage & Current 5 Amps Max. Continuous; 600 volt Max. use of wire Mil-W-16878/4Contact Resistance 25 mOhms Max.Measured at 50 mV @ 100 mADielectric WithstandingVoltage (DWV) 1500 VDC Min.Insulation Resistance 5000 MOhms Min.Contact Body BrassContact Plating 30µ” Au over 100µ” NiCycle Life 20,000 CyclesRoHS Directive 2011/65/EU Status CompliantREACH Article 33 Status CompliantECHA Article 59 of Reach Regulation CompliantAVG Mating Force (lbs) 0.24
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Receiver, G40x, 48 Module, For Slide Mount, Includes EMI Protection
310120163
Receiver, G40x, 48 Module, For Slide Mount, Includes EMI Protection.The G40x is a two-tier, 48 slot system that accommodates pull through removal of interconnect adapters with VPC modules, PCBs/ Wiring, and test cards in one piece. It offers 8 standard/90 Series discrete-wire module slots, plus space for 2 iCon series modules, as needed. This G40x is for slide mounting. The operation handle may be switched from the standard right side to the left. Slide kit and flange mounting kit purchased separately.
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Receiver
Elrec 6
The Elrec 6 is a 6-channel Induced Polarisation (IP) and Resistivity receiver designed to improve productivity when recording deep profiles and soundings. Beside the classical arithmetic and logarithmic modes, ELREC 6 also offers a Cole-Cole mode and ten fully programmable windows for a higher flexibility in the definition of the IP decay curve.
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Optical Platform
Sichuan Jiuzhou Electronic Technology Co.,Ltd
* Supports 12 functional modules.* Hot-plug & auto recognition.* LCD displays key parameters of functional modules.* Supports remote control with JIUZHOU HFC Net-Managing Software via RJ45.* Power supply module fixed inside of platform, does not occupy any space of functional modules
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Optical Metrology
Complex measurements can be performed quickly and easily with optical measuring solutions from ZEISS. With a high degree of automation and state-of-the-art sensors, they reduce operating errors and guarantee high measuring accuracy.
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RFoG 4 Ways or 8 Ways Return Path Optical Receiver
RFoG6000
Hangzhou Huatai Optic Tech. Co., Ltd.
RFoG6000 series Return Path Receivers are an integral part of two-way RF access networks, converting upstream optical signals into RF signals at the head-end or remote hubs. 4 or 8 independent receivers are packaged in a 1RU 19-inch rack-mounted unit, serving 256 RFoG optical network terminals (ONTs). A low-noise receiver design improves noise performance by 4dB or more over typical return receivers. Low noise enables DOCSIS 3.0. -32dBm receives sensitivity, allow upstream PON-bound design, such as: supporting 32 splitting way in 20km, 64 splitting way in 10km.
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Receiver, G20, 20 Module, with Mounting Flanges for Agilent Chassis
310120148
Receiver, G20, 20 Module, with Mounting Flanges for Agilent Chassis, with 15" Platform, Slide Mount
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Module, Receiver, RTCASS, Signal, 210 Position, Discrete Wiring
510113146
Module, Receiver, RTCASS, Signal, 210 Position, Discrete Wiring.
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Scanning Receivers
PCTEL® scanning receivers are precision network testing tools. Designed for drive testing, walk testing, troubleshooting, and monitoring of cellular, WiFi, IoT, and critical communications networks worldwide, they provide the insights you need to improve coverage and quality of service throughout the wireless network lifecycle.
