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Part Manufacturer Description Datasheet BUY
LT1103CY Linear Technology IC SWITCHING CONTROLLER, Switching Regulator or Controller visit Linear Technology - Now Part of Analog Devices
LT6557IDHC Linear Technology LT6557 - 500MHz, 2200V/µs Gain of 2, Single Supply Triple Video Amplifier with Input Bias Control; Package: DFN; Pins: 16; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT6558CDHC#PBF Linear Technology LT6558 - 550MHz, 2200V/µs Gain of 1, Single Supply Triple Video Amplifier with Input Bias Control; Package: DFN; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT6557CDHC#TRPBF Linear Technology LT6557 - 500MHz, 2200V/µs Gain of 2, Single Supply Triple Video Amplifier with Input Bias Control; Package: DFN; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT6557CDHC#PBF Linear Technology LT6557 - 500MHz, 2200V/µs Gain of 2, Single Supply Triple Video Amplifier with Input Bias Control; Package: DFN; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT6558CDHC#TRPBF Linear Technology LT6558 - 550MHz, 2200V/µs Gain of 1, Single Supply Triple Video Amplifier with Input Bias Control; Package: DFN; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy

fiber interferometer bias control

Catalog Datasheet MFG & Type PDF Document Tags

KD 605

Abstract: stulz center boss by and applying appropriate bias voltages to the control modeling the non-linear , Custom Product Papers and Briefs A Miniature Fabry-Perot Interferometer with a Corrugated , silicon substrates are highly transparent. fabricate a second-generation Fabry-Perot interferometer for , commercially in optical fiber communications systems or as very sensitive viable device. The present , diaphragm support in place of a flat diaphragm. tuning and parallelism control of the mirror elements are
Measurement Specialties
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Abstract: Accessories extend versatility Add the Agilent 11980A fiber optic Mach-Zehnder interferometer and the , listed below. 71400C-001 Add the Agilent 11980A Fiber Optic Interferometer 71400C-121 Adds , System adjustment and calibration Agilent 11980A Fiber Optic Interferometer Must order one of the , performance on single-mode optical fiber. The Agilent 71400C can achieve a displayed average noise level , , relative-modulation, and modulation depth. Now you can adjust your systems for optimum alignment, bias, power level Agilent Technologies
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70810B 70810B-020 81000AI 81000FI 81000SI 81000VI
Abstract: consisting of long-reach optical fiber links. This leads to constant growth of network traffic in the trunk , Attenuator EDFAâ'"Erbium-Doped Fiber Amplifier BPFâ'"Band Pass Filter ization states in DP-QPSK optical , (MZ) interferometer as illustrated in Fig. 16). The nested MZ interferometer, which includes a pair , components, respectively, is made of silicon high-index-contrast waveguides. The sub MZ interferometer is a , both in TE polarization because the Si-based nested MZ interferometer operates only in TE polarization Fujikura
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128-G B624-B629

veritech

Abstract: 00XXXX outline package, reducing component count and fiber splicing issues. The bias point of the interferometer is set to operate at about the half-intensity point (quadrature). A bias control circuit is not , Product Bulletin 2.5 Gb/s Modulator with Integral Attenuator The 2.5 Gb/s bias free , dynamic power leveling in DWDM systems. SM fiber out PM fiber in Attenuator Input 0- 5V Data Input 2.5 Gb Key Features · Bias free operation for fast transmitter development and
JDS Uniphase
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DZ150-002283 veritech 00XXXX linbo3 modulator DZ150-00XXXX DZ150

AVANEX MODULATOR

Abstract: AVANEX MODULATOR WITH attenuator Range V 15 V dB CONNECTOR AND FIBER SPECIFICATIONS RF Input Port GPO Bias and VOA , channel in amplified systems. The VOA is made from a specially designed Mach-Zehnder interferometer , Pre-Emphasis · Accurate and Automatic Optical Power Level Control · Blind Transmitter Startup CONTENTS , .2 Connector and Fiber Specifications , Bandwidth (-3 dBe) S11 Electrical Return Loss RF V Voltage (@ 1 kHz) 5.4 V Bias V Voltage (@1 kHz
Avanex
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SM15P D2611 AVANEX MODULATOR AVANEX MODULATOR WITH attenuator AVANEX MODULATOR 40 l-band 6 bit attenuator Mach-Zehnder Interferometer F10-A F1700-A F2000-A UV/UV400 SMF-28

JDS Uniphase modulator

Abstract: veritech Product Bulletin 2.5 Gb/s Bias Free Modulator Butterfly Package The 2.5 Gb/s bias free modulator is a digital device in which the bias point of the interferometer is set to operate at about the half-intensity point (quadrature). A bias control circuit is not required. This feature simplifies circuit , medium and long haul transmission in DWDM and TDM systems. Key Features · Bias free operation for , DWDM and TDM transmission Compliance · Telcordia 468 2.5 Gb/s Bias Free Modulator | 2 0.00
JDS Uniphase
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JDS Uniphase modulator jds modulator 100 C19401 5EMD-422 25150-00XXXX

25150-002394

Abstract: veritech Product Bulletin 2.5 Gb/s Bias-Ready Modulator Butterfly Package The 2.5 Gb/s bias ready modulator is a digital device in which the bias point of the interferometer is set using an applied voltage, typically with a control loop, to operate at the half-intensity point (quadrature). This design uses our x-cut technology, which has been field-proven and provides the best stability in the bias point over , transmission in DWDM and TDM systems. Key Features · Designed to work with Bias control circuits · Small
JDS Uniphase
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25150-002394

JDSU modulator

Abstract: Variable-Optical-Attenuator , simplifying component count and fiber splicing. The bias point of the interferometer is set to operate at about the half-intensity point (quadrature). A bias control circuit is not required. The attenuator is , Dimensions Diagram 7.9 [200] MINIMUM BARE FIBER 2.0 2.5 3.0 Frequency (GHz) Frequency , XXXX 0 VDC MAX +24 dbm MAX MZ2 INPUT ATTENUATOR DC BIAS INPUT MZ1 INPUT 7.9 [200] MINIMUM BARE FIBER .433 [11.00] .30 [7.6] .19 [4.9] 10020289"X" .500 [12.70] (2) PLCS .060 [1.52
JDS Uniphase
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JDSU modulator Variable-Optical-Attenuator X band attenuator Fujikura SM.15-P-8/125-UV/UV-400 variable attenuator jdsu modulator bias 498-JDSU SM-15-P-8/125-UV-400 25GBFMVOA 5378-JDSU

linbo3 modulator

Abstract: photodiode free space zero-chirp Mach-Zehnder interferometer waveguide using reliable titanium in-diffusion process Extended , Vpp input voltage (p-p) CMD-LN-10 Vpp input voltage (p-p) CMD-LN-20 V BIAS Input @ DC @ 1550 nm Amplifier bias voltage Power consumption 300mV (typ.) 330mV (typ.) 6.5 V 9-15 V , , Y-propagating titanium in-diffusion 13 dB
Laser Components
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photodiode free space Mach-Zehnder modulator microwave CMD-LN-10/20 CDM-LN-10/20 OC-192 STM-64 PT-Q3/03
Abstract: Niobate X-cut technology for long term stability and zero-chirp Mach-Zehnder interferometer waveguide , .) VÏ' BIAS Input @ DC @ 1550 nm 6.5 V Amplifier bias voltage 9-15 V Power consumption , Input fiber polarization maintaining, SM-15-P-8/125UV/UV-400 length : 1 meter, cabling diameter: 400 µm Output fiber single mode type, SMF-28 length : 1 meter, cabling diameter : 250 µm , Maximum voltage on modulator DC input ± 20 V Maximum amplifier bias consumption 550 mA Vpp Laser Components
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Fujikura butterfly

Abstract: JDSU Modulator Designed to work with bias control circuits · Small-outline package · 1530 to 1565 nm operation; L-band , modulator is a digital device in which the bias point of the interferometer is set using an applied voltage, typically with a control loop, to operate at the half-intensity point (quadrature). This design uses our x-cut technology, which has been field-proven and provides the best stability in the bias point over , Chirp, alpha parameter Bias port V at DC Mechanical Input Output4 RF connection Bias connection
JDS Uniphase
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Fujikura butterfly JDS uniphase intensity modulator frequency division multiplexing circuit diagram JDSU dwdm 25BRBMOD

JDSU modulator

Abstract: 10023825 The 2.5 Gb/s bias-free modulator is a digital device in which the bias point of the interferometer is set to operate at about the half-intensity point (quadrature). A bias control circuit is not required , 2.50 GHz (note3) RF input power Chirp, alpha parameter Bias port V at DC Impedance Mechanical Input Output (note4) RF connection Bias connection Environmental Operating temperature Storage , operating at quadrature. 3. Variances with temperature and wavelength included. 4. PM output fiber also
JDS Uniphase
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10023825 2100106 JDSU modulator 10023825 25GBFMM

JDSU modulator

Abstract: 800-5378-JDSU modulator is a digital device in which the bias point of the interferometer is set to operate at about the half-intensity point (quadrature). A bias control circuit is not required. This feature simplifies circuit design , loss 0.03 to 2.5 GHz (see footnote 3) RF input power Chirp, alpha parameter Bias port V at DC Impedance Mechanical Input Output4 RF connection Bias connection Environmental Qualification reference Operating , incurred when operating at quadrature. Variances with temperature and wavelength included. PM output fiber
JDS Uniphase
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800-5378-JDSU JDSU 1-800-498-JDSU

Diode BFM

Abstract: DIODE 8069 are as follows: MZ modulator arm DC bias conditions are set at start of life (SOL), (dynamic MZ DC bias control loops are not required). The VOA can be used in a control loop to set the start of life , mA V mA mW V V A dBm °C mm Notes: 1 2 3 4 5 6 Do not forward bias the MZ arms or the bias control tap Do not exceed the MZ and bias control tap maximum currents Maximum soldering time of 10 seconds , to catastrophic device damage. The user is requested to ensure that operation of any control or bias
Bookham Technology
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Diode BFM DIODE 8069 etalon locker etalon wavelength locker bookham MZ modulator LMC10ZEG LMC10 GR-468 EVLMC10ZEG 21CFR TL9000

AN0142

Abstract: AN0141 follows: MZ modulator arm DC bias conditions are set at start of life (SOL), (dynamic MZ DC bias control loops are not required). The VOA can be used in a control loop to set the start of life optical output , implementing closed loop power control using an external fiber power monitor and the LMC10ZEG variable , control tap maximum currents Maximum soldering time of 10 seconds, Tx case and fiber must not be , . The user is requested to ensure that operation of any control or bias circuits do not introduce
Bookham Technology
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AN0142 AN0141 MZ-modulator bookham receiver laser bookham LMC10 80C08C ISO14001 ISO9001 FM15040 BH12848

bookham MZ modulator

Abstract: ), (dynamic MZ DC bias control loops are not required). The VOA can be used in a control loop to set the , power tracking can be achieved by implementing closed loop power control using an external fiber power , arms. Do not exceed the MZ and bias control tap maximum currents Maximum soldering time of 10 seconds , optical power out of the optical fiber. Alternatively the VOA can be used in open loop control, set to a , any control or bias circuits do not introduce electrical transients or adverse bias conditions
Oclaro
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ISO4001 EMS35100

etalon locker

Abstract: Mach-Zehnder modulator regional metro and long haul DWDM systems. By co-packaging the laser, locker, modulator and MZ Bias Control , the MZ bias control tap offers the option of MZ bias point optimisation for best transmitted optical , used in two ways: Mode 1. With dynamic modulator arm DC bias control where the MZ bias control tap is , Control Tap Parameters Tap bias voltage Tap photocurrent [14] Conditions Min Typ Max Unit , BCT Start of life Case temperature Peak to peak Bias Control Tap Notes to Characteristic Tables [1
Bookham Technology
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Mach-Zehnder modulator LMC10NEG EVLMC10NEG BH12846

bookham receiver laser

Abstract: laser wavelength locker DC bias conditions are set at start of life (SOL), (dynamic MZ DC bias control loops are not required). The VOA can be used in a control loop to set the start of life optical output power , power control using an external fiber power monitor and the LMC10ZEG variable optical attenuator. [5 , ] With CW laser off, do not forward bias the MZ arms. Do not exceed the MZ and bias control tap maximum , damage. The user is requested to ensure that operation of any control or bias circuits do not introduce
Bookham Technology
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laser wavelength locker optical Driver MZ

bookham LMC10

Abstract: optical modulator driver for Mach-Zehnder modulated in two ways: Mode 1. Dynamic MZ modulator arm DC bias control, the Power Tap and VOA can be used in a , . Mode 2. Fixed MZ modulator arm DC bias, the Power Tap and VOA can be used in a control loop to , A dBm °C mm Notes 1. 2. 3. 4. 5. 6. Do not forward bias the MZ arms or the bias control tap Do not exceed the MZ and bias control tap maximum currents Maximum soldering time of 10 seconds, Tx case , Operating the LMC10NEJ Control Schemes for the LMC10NEJ Arm DC Bias Voltage Control A dynamic control
Bookham Technology
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optical modulator driver for Mach-Zehnder modulated Optical Crossing optical modulator driver for Mach-Zehnder module EVLMC10NEJ

bookham LMC10

Abstract: mach zehnder interferometer LMC10NEJ The LMC10NEJ can be used in two ways: Mode 1. Dynamic MZ modulator arm DC bias control, the , Bias Voltage Control A dynamic control scheme can be implemented to maintain the bias points on the , bias points, thereby maintaining the 50% eye crossing condition. Dynamic Output Power Control The , budgets the LMC10NEJ may be used with control schemes which will provide MZ arm bias point control for 50 , requested to ensure that operation of any control or bias circuits do not introduce electrical transients
Bookham Technology
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mach zehnder interferometer laser chirp parameter schematic voltage regulated multi 30 volts nrz optical modulator MACH-ZEHNDER Mach-Zehnder modulator with filter BH12845
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