Blue optics© plc splitter rack solution
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https://www.cbo-it.de/de/produkte/blueoptics/transceiver/qsfp.html Passive solutions for splitting or combining optical signals for data transmissions for several subscribers via single optical fiber. Available as rack solution, ABS box or bare fiber version.
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Plc splitter
https://www.cbo-it.de/de/produkte/blueoptics/transceiver/sfpplus.html
BlueOptics© BOSPP1xNLPLPAR Planar Lightwave Circuit (PLC) Splitter as Rack Solution with single-mode
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#23/A, 2nd Floor SKS Complex, Opp. Bus Stand, Karur-639 001.
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MINI-PROJECTS AVAILABLE.
Level converting retention flip-flop for reducing standby power in zigbee socs
I3E Technologies,
#23/A, 2nd Floor SKS Complex,
Opp. Bus Stand, Karur-639 001.
IEEE PROJECTS AVAILABLE,
NON-IEEE PROJECTS AVAILABLE,
APPLICATION BASED PROJECTS AVAILABLE,
MINI-PROJECTS AVAILABLE.
Mobile : 99436 99916, 99436 99926, 99436 99936
Mail ID: i3eprojectskarur@gmail.com
Web: www.i3etechnologies.com, www.i3eprojects.com
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This document summarizes digital CMOS logic circuits. It discusses that CMOS is the most popular technology for implementing digital systems due to its small size, ease of fabrication, and low power dissipation. It then describes the characteristics used to evaluate logic circuit families, including noise margins, propagation delay, power dissipation, and fan-in/fan-out. Finally, it discusses the basic structure of CMOS logic gates which use pull-up and pull-down transistor networks to output a 0 or 1.Recommended
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https://www.cbo-it.de/de/produkte/blueoptics/transceiver/sfpplus.html
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#23/A, 2nd Floor SKS Complex, Opp. Bus Stand, Karur-639 001.
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MINI-PROJECTS AVAILABLE.
Level converting retention flip-flop for reducing standby power in zigbee socs
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#23/A, 2nd Floor SKS Complex,
Opp. Bus Stand, Karur-639 001.
IEEE PROJECTS AVAILABLE,
NON-IEEE PROJECTS AVAILABLE,
APPLICATION BASED PROJECTS AVAILABLE,
MINI-PROJECTS AVAILABLE.
Mobile : 99436 99916, 99436 99926, 99436 99936
Mail ID: i3eprojectskarur@gmail.com
Web: www.i3etechnologies.com, www.i3eprojects.com
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This document contains two-mark questions and answers related to analog and digital integrated circuits. It includes definitions and explanations of terms like virtual short, differential amplifier, slew rate, characteristics of an ideal op-amp, common mode rejection ratio, average and peak detector, linear and non-linear applications of op-amps, precision diode, hysteresis, filters, power supply rejection ratio, and more. It also provides circuit diagrams for integrator, Schmitt trigger, astable multivibrator, full wave rectifier, and instrumentation amplifier.
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This document discusses the bipolar junction transistor. It describes the emitter, collector, and base regions and their doping levels. The current gain parameters alpha and beta are defined as the ratios of various currents. Alpha is approximately 1 due to some carrier recombination and leakage currents. Beta is much greater than 1. Injection, transport, and collection efficiencies are also defined. The document discusses base width modulation and the Early effect where the base width decreases with increasing collector voltage. Punch-through breakdown occurs when the depletion regions merge.
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1) The document discusses using logical effort to estimate delay in CMOS chips. Logical effort allows estimating delay without simulating specific transistor sizes.
2) Delay has two components - effort delay proportional to load and parasitic delay independent of load. Effort delay depends on logical effort and electrical effort.
3) Logical effort measures a gate's ability to source current relative to an inverter. Electrical effort is the ratio of output to input capacitance.
CMOS Analog IC design by Dr GS Javed - Refresher Course - Batch 1
Topics covered in the course
1. DC Biasing of the circuits
2. Circuits for reference voltage and current generation
-Voltage Regulator
-BGR
-LDO
-V-to-I
3. Precision Current References
4. Opamp design for Analog to digital converters
- OTA
- Buffer
- Unity Feedback OTA
- Layout design strategies – 2stage opamp + CMFB
5. Sense and Return mechanisms in Feedback circuits
- Current and Voltage circuits
6. Sub-Threshold Conduction
- Low voltage Operation
7. ADC Design and Simulation
-Near Nyquist performance of Opamp for ADC Circuits
-Spectral Analysis and No. of FFT Points for simulation
-Simulation time for performance
-Resistors – their variation and Calibration
-Switch design for S/H
-CDAC
8. On-Chip Inductors
Chip Scale Pkg
This document discusses the development of a 6-24 GHz mixer in a novel chip-scale package using 0.25um enhancement mode PHEMT technology. Key advantages of the chip-scale package include eliminating die assembly steps, reducing parasitics, and enabling a thinner package for improved thermal dissipation. Measurement results show the uncapped mixer has a conversion loss of ~9dB up to 22GHz and an IIP3 of +19dBm, while the capped mixer has slightly higher loss and lower IIP3. Isolation measurements were over 35dB for LO-RF and 40dB for LO-IF. This represents the first reported chip-scale packaged mixer.
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This document discusses advanced MOSFET architectures and their advantages over traditional bulk MOSFETs. It describes issues with bulk MOSFETs like short channel effects and proposes solutions like multi-gate architectures and high-k dielectrics. Specifically, it examines double-gate MOSFETs, tri-gate MOSFETs, gate-all-around MOSFETs, SOI MOSFETs, FinFETs, and tunnel FETs, outlining their characteristics and benefits over other designs for low power electronics applications.
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This document contains a past exam paper for a Linear and Digital IC Applications course. It consists of 8 multiple choice questions covering various topics related to operational amplifiers, timers, filters, and analog-to-digital converters. The questions test understanding of concepts like negative feedback, inverting and non-inverting amplifiers, integrators, Schmitt triggers, phase locked loops, sampling, and successive approximation ADCs. Sample problems are provided to calculate gain, bandwidth, lock range, cutoff frequency, and output levels for various circuit configurations.
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This document describes the design of an enhancement mode GaAs PHEMT LNA with a linearity-controllable and phase-matched mitigated bypass switch, as well as a differential active mixer. The LNA operates in three modes - high linearity, low linearity, and bypass - to optimize performance based on signal strength. A novel phase shift element in the bypass switch maintains phase matching between LNA modes. The low-power differential mixer incorporates an active balun and buffer amplifier. Measurements show the LNA and mixer meet specifications for wireless applications.
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The document discusses the CMOS inverter, including its basic structure and operation, transient response characteristics, voltage transfer curve, propagation delay, and design considerations for improving performance such as minimizing delay. It provides analysis of how varying factors like transistor widths, supply voltage, and load capacitance affect the inverter's switching threshold, rise/fall times, and propagation delay. The goal of the analysis is to determine the optimal transistor width ratios and device parameters needed to design a high-performance symmetric CMOS inverter with minimum total propagation delay.
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The document discusses the performance evaluation of a RAKE receiver for direct sequence spread spectrum communication. It introduces the RAKE receiver and explains that it was originally developed in the 1970s as a diversity receiver to equalize the effect of multipath. The RAKE receiver uses a correlation method to detect echo signals individually and then selects the strongest one using selection combining. The document also provides block diagrams of the overall system and the RAKE receiver, and describes the various components including the information source, convolutional coding, block interleaving, orthogonal spreading, PN sequence multiplication, and BPSK modulation and demodulation. Parameters like noise and number of users are analyzed with the RAKE receiver.
A Low Power, 8-Bit, 5MS/s Digital to Analog Converter for Successive Approxim...
This document describes a low power 8-bit 5MS/s digital to analog converter (DAC) designed for use in successive approximation analog-to-digital converters (ADCs). The DAC starts the conversion process from the most significant bit instead of the least significant bit to provide the output more quickly for the ADC. The DAC samples a reference voltage once onto a capacitor and then transfers appropriate charge to the output capacitor based on each bit to generate the analog output voltage. The DAC consumes only 493.8 micro Watts of power, less than previous DAC designs, and achieves the 8-bit output resolution. Simulation results showed the DAC output increased appropriately for input bits of 1 and it dissipated the targeted
Ijeet 07 05_001
This document summarizes a research paper that presents the design of a novel 5-stage Inductor-less Current Controlled Oscillator (ICCO) using 180nm CMOS technology. The ICCO achieves a peak oscillation frequency of 6.0 GHz with a low phase noise of -115.67 dBc/Hz at a 1MHz offset. This is accomplished through the use of active inductors to replace passive inductors, improving performance while reducing complexity and cost. Simulation results show the ICCO achieves a tuning range of 2.89 GHz. Compared to prior work, the proposed ICCO offers superior phase noise and frequency performance in a smaller layout size.
FGMOS BASED LOW-VOLTAGE LOW-POWER HIGH OUTPUT IMPEDANCE REGULATED CASCODE CUR...
Floating Gate MOS (FGMOS) transistors can be very well implemented in lieu of conventional MOSFET
for design of a low-voltage, low-power current mirror. Incredible features of flexibility, controllability and
tunability of FGMOS yields better results with respect to power, supply voltage and output swing. This
paper presents a new current mirror designed with FGMOS which exhibit high output impedance, higher
current range, very low power dissipation and higher matching accuracy. It achieves current range of up to
1500 µA, high output impedance of 1.125 TΩ, bandwidth of 4.1 MHz and dissipates power as low as 10.56
µW. The proposed design has been simulated using Cadence Design Environment in 180 nm CMOS
process technology with +1.0 Volt single power supply
Sr2 project overview
This document discusses research related to ultra wideband (UWB) technology. It describes designing architectures and building blocks for UWB standards, including investigating low-cost transmitter and receiver designs with a focus on localization in multipath environments. It also discusses the design of UWB radio frequency front ends and analog-to-digital converters, including prototypes that have been implemented. Finally, it mentions U-SPOT, a UWB system-level simulator for positioning and tracking applications that models wireless channels and allows analysis of localization methods and system parameters.
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This document contains two-mark questions and answers related to analog and digital integrated circuits. It includes definitions and explanations of terms like virtual short, differential amplifier, slew rate, characteristics of an ideal op-amp, common mode rejection ratio, average and peak detector, linear and non-linear applications of op-amps, precision diode, hysteresis, filters, power supply rejection ratio, and more. It also provides circuit diagrams for integrator, Schmitt trigger, astable multivibrator, full wave rectifier, and instrumentation amplifier.
CMOS logic circuits
This document provides an overview of CMOS technology. It discusses how CMOS circuits use complementary pairs of NMOS and PMOS transistors to implement logic gates like inverters. The CMOS inverter uses one transistor to pull the output low and the other to pull it high, allowing for low power operation. Larger CMOS logic gates consist of pull-down and pull-up networks of NMOS and PMOS transistors respectively. Transistor sizing is also covered, with sizing done to ensure equal driving capability between pull-up and pull-down networks.
000732
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Analysis of pocket double gate tunnel fet for low stand by power logic circuits
This document analyzes and compares the pocket double gate tunnel FET (DGTFET) and MOSFET for use in low standby power logic circuits. Simulation results show that the pocket DGTFET has lower leakage current than the MOSFET. A pocket DGTFET inverter is designed in 32nm technology with a supply voltage of 0.6V. The pocket DGTFET inverter has significantly lower leakage power of 0.116pW compared to 1.83pW for a multi-threshold CMOS inverter. Therefore, the pocket DGTFET is well-suited to replace the MOSFET for low standby power applications.
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This project aims to develop a smart system to identify stolen cars at check posts using RFID technology. The system will issue unique identification codes to each car, which will be stored in a silicon chip installed in the car. When a car passes through the check post, an RFID reader will generate a frequency to decode the RF tag on the car and check if the ID matches the database. The system uses a microcontroller, LCD display, RFID reader, and other components to identify cars as stolen or not. Once developed, this technology could help identify stolen vehicles and deter car theft.
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The document provides an overview of differential amplifiers including:
- Characterizing a differential amplifier by defining differential-mode and common-mode voltages, common mode rejection ratio, input common mode range, and offset voltages.
- Analyzing a differential amplifier with a current mirror load, deriving its transconductance characteristic, voltage transfer function, and regions of operation.
- Explaining input common mode range and how it is limited by transistors entering non-saturation.
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Optical fiber transceiver
https://www.cbo-it.de/de/produkte/blueoptics/transceiver/qsfp/duplex-mpo-mtp/bo25k13610d-40gbase-lr4-4xwdm-10-kilometer-lc-duplex-ddm-dom-detail.html ...............The BlueOptics© BO25K13610D Quad Small Form-Factor Pluggable (QSFP) transceiver with LC duplex connector from CBO is designed for long-range single-mode
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Ds fibre patch leads
Our fibre patch leads are designed for data centre, telecommunications and industrial use. They are available with various connector types including FC, SC, ST, LC connectors. Patch cords meet a return loss of -55dB or better for UPC polish and -65dB for APC polish, with insertion loss of less than 0.4dB. They are compliant with TIA-568-C standards and are offered in various cable types, lengths and configurations.
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This document discusses trends and evolution in optical networking technologies. It summarizes key requirements and developments in areas like channel coding and modulation, the optical layer including line systems and switching, and protocols and multi-layer integration. For channel coding and modulation, developments that will enable higher spectral efficiencies and capacities like 400G and 1T are discussed. The optical layer section examines advances in amplification, transient suppression, and reconfigurable optical add-drop multiplexers. The protocols section evaluates the evolution of OTN, Ethernet, and MPLS-TP for multi-layer network integration.
Ultra High Density ODF Patch Panel Data Sheet By JTOPTICS
The JTOPTICS® Ultra High-Density rack-mount enclosure is capable of accommodating up to 12 pieces of (JTMPFDHX1), 12 pieces of (JTMPFDHX2), and 48 pieces of (JTMPFDHX4) UHD series MPO modular cassettes or fiber adapter panels. This enclosure offers a highly dense and flexible system for effectively managing fiber terminations, connections, and patching in data center applications, optimizing rack space utilization while minimizing floor space. The JTOPTICS® UHD fiber optic enclosure is constructed from aluminum alloy, designed specifically for 19-inch rack-mount cabinets. It serves as a comprehensive solution for housing, organizing, managing, and protecting fiber optic cable terminations.
Features of UHD (Ultra High-Density) Enclosure:
Accommodates up to 144 fibers in 1U space, 288 fibers in 2U space, and 576 fibers in 4U space.
Designed to match UHD series cassettes for seamless compatibility.
Adjustable mounting brackets for enhanced flexibility.
Mounts easily to Standard EIA 19" Rack for convenient installation.
Provides the utmost levels of density and serviceability.
Ensures proper bend radius to eliminate cable stress.
Transparent doors offer easier access and visibility for efficient maintenance and management.
Kington plc splitter
Shenzhen KINGTON Optic Co.Ltd is a Chinese company founded in 2005 that specializes in research, production, and export of fiber optic equipment. They have attracted many optical technology experts and have over 10 years of experience in the optical telecommunications field. Their main products include optical splitters, fiber arrays, connectors, and other passive fiber optic components. In particular, their planar waveguide optical splitters perform well and meet telecommunications standards. KINGTON aims to be a leading fiber optic manufacturer worldwide through technology research, cost innovation, and management improvements.
broadband
The document discusses BKT Elektronik's optical fiber products including optical distribution boxes, MPO cassettes, pre-wired MPO cables, enclosures, and wall-mounted distribution cabinets. The leading assortment offered are optical distribution boxes which come in standard and more advanced models. MPO cassettes are available in LGX and HD models to mount in distribution boxes. Factory pre-wired MPO cables connect the MPO cassettes. Enclosures include a wall-mounted FTTH distribution cabinet.
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Product Catalogue 2015
Optifab International is a leading UK fibre optic manufacturer and supplier based in Milton Keynes. They specialize in manufacturing fibre optic communication and networking products for bespoke and general optical applications. Their product range includes passive infrastructure, active categories like FTTH, patch cords, pigtails, MPO/MTP solutions, pre-terminated fibre, cable, panels, closures, splitters, wall boxes, and test equipment. Optifab aims to provide cost-effective and reliable solutions to clients in different industries.
General bypass application v1.4 2016
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fiber passive equipment
include fiber optic patch cord ,fiber plc splitter ,fiber connector ,rack mountable plc splitter ,ftth drop cable etc fiber optic passive products .
Kington products catalogue
Shenzhen Kington Optic Co. Ltd is a fiber optic equipment manufacturer founded in 2005 in China. It has attracted many optical technology experts and engineers over the past 10+ years. The company specializes in developing and producing passive optical products like optical splitters, fiber arrays, connectors, and attenuators. In particular, their planar waveguide optical splitters perform well and meet telecommunications reliability standards. Kington aims to be a leading fiber optic equipment manufacturer worldwide through technology research, cost innovation, and management improvements.
Kington products catalogue
Shenzhen KINGTON Optic Co.Ltd is a Chinese company founded in 2005 that specializes in research, production, and export of fiber optic equipment. The company has attracted optical technology experts and has over 10 years of experience in the optical telecommunications field. KINGTON's main products include optical splitters, fiber arrays, connectors, and other passive fiber optic components. In particular, the company focuses on planar waveguide optical splitters that offer good performance and stability.
Telecommunication-Fiber Optics
Shenzhen Kington Optic Co. Ltd is a fiber optic equipment manufacturer founded in 2005 in China. It has attracted many optical technology experts and engineers over the past 10+ years. The company specializes in developing and producing passive optical products like optical splitters, fiber arrays, connectors, and attenuators. In particular, their planar waveguide optical splitters perform well and meet industry reliability standards. Kington aims to be a leading fiber optic equipment manufacturer worldwide through technology research, cost innovation, and management improvements.
Spaun
The document tests and evaluates several models of SPAUN SCR multiswitches. It finds that their performance matches the technical specifications. Signal quality at the outputs is very good, with clean signals and modulation error ratios only slightly higher than at the inputs. The multiswitches support fast channel switching. They come in different models to suit various installation needs, and allow reliable signal distribution to multiple receivers.
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The document introduces the Baseband 6648, Ericsson's new baseband unit for 4G and 5G networks. It has the highest RAN compute capacity for installation in equipment racks or enclosures. Key features include support for 10,000 users in mixed 4G/5G mode with throughput of up to 15Gbps downlink and 3Gbps uplink. It will be available for purchase starting in Q1 2020.
Linkmeup v23-compass-eos
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Plc splitter
PLC Splitter is a kind of waveguide optical power distribution device integration based on a quartz substrate plate , like coaxial cable transmission system, network system also needs to be light signal coupling, branches, distribution and the optical divider is needed for implementation.
Blueoptics bo25k13610d 40gbase-lr4 qsfp transceiver 4xwdm 10 kilometer single...
Blueoptics bo25k13610d 40gbase-lr4 qsfp transceiver 4xwdm 10 kilometer singlemode lc-duplex 40 gigabit
16 Fiber MPO to LC Breakout Cable Data Sheet By JTOPTICS
16 Fiber MPO breakout cable assemblies feature premium OFNP jacketed fiber optic cables designed for applications in data centers, telecommunications, and backbone networks with a focus on 400G/800G connectivity. The 16 Fiber MPO harness patch cord assemblies serve to interconnect QSFP-DD and QSFP-DD800 transceivers, facilitating connectivity from QSFP-DD to 8 x SFP-56 and QSFP-DD800 to QSFP-28 with SR8 Transceiver Modules. These MPO cables are meticulously factory pre-terminated, tested, and packaged alongside comprehensive test reports. Constructed with top-notch components including Japanese MT ferrules and JTOPTICS brand connector kits, the trunk cable assemblies comprise high-quality OFNP jacketed fiber optic cables.
Our MPO cables undergo factory pre-termination, thorough testing, and meticulous packaging, complete with accompanying test reports. Crafted using premium components such as Japanese MT ferrules and JTOPTICS brand connector kits, these trunk cable assemblies feature high-quality OFNP jacketed fiber optic cables for optimal performance and reliability.
Key Features of the 16 Fiber MPO Breakout Cable:
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一比一原版(QMUE毕业证书)英国爱丁堡玛格丽特女王大学毕业证文凭如何办理
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对于老客户或者被老客户介绍过来的朋友，我们都会适当给一些优惠。
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Blue optics© plc splitter rack solution
- 1. BlueOptics© PLC Splitter Rack Solution Passive solutions for splitting or combining optical signals for data transmissions for several subscribers via single optical fiber. Available as rack solution, ABS box or bare fiber version. BlueOptics© PLC Splitter Rack Solution, passive, Single- mode G.657.A 9/125µm, 1xN (up to 64 outputs), SC/APC Connectors. Solution for Fiber to the X
- 2. BlueOptics© BOSPP1xNLPLPAR Planar Lightwave Circuit (PLC) Splitter as Rack Solution with single-mode G.657.A1 fibers with 1x SC/APC input and up to 64x SC/APC outputs, for splitting or merging of optical signals for the data transmission of several participants via one optical fiber. More Ports, Less Maintenance The BlueOptics BOSPP1xNLPLPAR PLC Splitter Rack Solution distributes a single fiber to several other fibers, also the reverse handling is possible. The BlueOptics BOSPP1xNLPLPAR PLC Splitter Rack Solution works with a low error rate and a uniform split behavior over the entire wavelength range from 1260nm to 1650nm.
- 3. Best Attenuation Values BlueOptics PLC Splitter have an attenuation value of 0.4db per kilometer, a low input attenuation (Input Loss) and a high return loss (Return Loss). Further optimization of the return loss by adjusting the polish (UPC or 8°APC) is possible. Highest Component Quality For lossless transmission services exclusively branded fibers from well known manufacturers such as Corning, Fujikura or YOFC are used in the production process of BlueOptics BOSPP1xNLPLPAR PLC Splitter Rack Solutions. All installed plugs are manufactured with highly reliable zirconia ceramic ferrule of brand manufacturers such as Amphenol, Diamond, Nissin Kasei or Reichle & De-Massari and achieve a lifetime of up to 1500 mating cycles.
- 4. Interference-free Transmission BlueOptics BOSPP1xNLPLPAR PLC Splitter is tested after production with interferometer and Optical-Time-Domain- Reflectometry (OTDR) to ensure the best quality. A measurement protocol of the input loss and return loss values is included with every shipped BOSPP1xNLPLPAR PLC Splitter.