LTEQ MICROWAVE
Menu principal:
- Accueil
- Fournisseurs
- Produits
- Produits RF & Hyper
- Adaptateurs
- Amplificateurs Quinstar
- Microwave General Purpose Amplifiers QGJ
- Microwave Power Amplifiers QPJ
- Full Waveguide Band Power Amplifiers QPI
- Millimeter-Wave Broadband Amplifiers QGW
- Millimeter-Wave Broadband Low Noise Amplifiers QLW
- Millimeter-Wave Broadband Power Amplifiers QPW
- Millimeter-Wave Low Noise Amplifiers QLN
- Millimeter-Wave High Power Amplifiers QPN
- 30dBm W-Band Pulsed Power Amplifier QPP
- Millimeter-Wave General Purpose Amplifiers QGN
- Instrumentation Amplifiers QAI
- Cryogenic Amplifier and systems QCA
- W-Band Solid-State High Power Tranceiver QBX
- W-Band Interferometer
- Amplificateurs Hittite & Ciao
- Amplificateur de Puissance RF
- Antennes
- Lens Antenna QLA
- Omnidirectional Antennas QOD
- Narrow and Wide Beam Scalar Horn QSH/QSW
- Standard Gain Horn Antennas QWH
- Prime Focus Antenna QRP
- Cassegrain Reflector Antennas QRC
- Sectoral Horn Antennas QSF
- Custom Horn Antenna QRR
- 18~40 GHz Broadband Prime Focus Parabolic Antenna
- TE01 Circular Wave- guide Sec. & Flanges QCL/QCF
- Mode Filters QMF
- Full Waveguide Band Orthomode Transducer QOT
- Circular Waveguide Termination QTC
- Linear to Circular Fixed & Switchable Polarizer QWL/QWQ
- Circular Waveguide Sections and Flanges QCW
- Mode Transitions TE01to TE10 QMT
- Circular-to-Rectangular Waveguide Transitions QWC
- Orthomode Transducers QWO
- Rotary Joints QRJ
- Atténuateurs & Résistances
- Bias Te
- Charges de Puissance
- Circulateurs
- Commutateurs
- Combineurs de Puissance
- Coupleurs Directifs
- DC Block
- Déphaseurs
- Détecteurs
- Diodes
- Diodes de Bruit
- Diviseurs Hybrides 90° CMS
- Diviseurs Hybrides 90° Drop-In
- Diviseurs Hybrides 90° Connectorisés
- Diviseurs Hybrides 180°
- Diviseurs Résistifs Forte Puissance
- Diviseurs de Puissance Lump Elements
- Diviseurs de Puissance 2 à 24 Voies
- Equaliseurs
- Filtres
- Isolateurs
- Limiteurs de Puissance
- Limiteurs de Forte Puissance
- Mélangeurs Modulateurs
- Oscillateur
- Sources de Bruit Amplifiées
- Sources de Bruit Hyperfréquences
- Câbles & Cordons
- VCO / PLL
- VCO
- Millimetric Receiver Products
- Millimetric Sources and Frequency Multipliers
- Frequency Extenders QBE
- Mechanically Tunable Gunn Oscillator QTM
- Varactor-Tunable Gunn Oscillator QTV
- Gunn Regulators/Modulators QCR
- High Power IMPATT Diodes QID
- Stable Millimeter Wave Sources QSO
- Phase Locked Oscillator QPL
- Active Frequency Multipliers QMM
- Passive Frequency Multipliers QPM
- Noise Sources QNS
- Millimetric Control Components and Ferrite Products
- Precision Junction Circulators and Isolators QJY/QJI
- Fullband Junction Circulators & Isolators QJE/QJF
- Fullband Isolators QIF
- Cryogenic Circulators & Isolators QCY/QCI
- Variable Pin Attenuators QSA
- Coaxial PIN Attenuators QVA
- Waveguide PIN Switch QSS/QSD
- Multi-Throw PIN Switches QSN
- Coax PIN Switches QSC
- Millimetric Waveguide Products and Filters
- Precision High Directivity Couplers QJR
- Precision Bi- and Dual-Directional Couplers QJB/QJD
- General Purpose Waveguide Directional Coupler QDC
- Precision Crossguide Couplers QJC
- General Purpose Crossguide Couplers QJX
- Matched Hybrid Tees and Power Dividers QJH
- Short Slot Hybrid Power Divider QSP
- Multi-Output Power Dividers QMD
- Bandpass Filters QFB
- Low Pass Filters QFL
- High Pass Filters QFH
- Band Reject and Notch Filters QNF
- E and H Plane Waveguide Tees QUH
- Waveguide Straight Sections, and Tapered Transitions QWS/QWR/QWP
- Custom Waveguide Assemblies QAC
- Waveguide Terminations QWN/QTW/QTZ
- Waveguide Bends and Twists QWB/QWT
- Tunable Loads, Tunable Shorts, and E-H Tuners QWG/QAT/QWU
- Waveguide Flanges, Adapters and Associated Hardware QBA/QFA/QFF/QFS
- Precision Drill Jig and Waveguide Stands QDJ/QVS
- Waveguide to Coax Adapters QWA
- Millimetric Test Equipment and Instrumentation products
- Millimetric Assemblies, Subsystems and Systems
- EQUIPEMENT
- Multigigabits & Logique Rapide
- Sources de Bruit
- Info - Contact
TIA 56 Gbps
Produits > Multigigabits & Logique Rapide > Micram
TIA 56 Transimpedance Amplifier
TIA 56 is a transimpedance amplifier for the receiver in high-speed opto-electronic transmission systems. Due to the broadband design, the chip can be operated even in small-signal as well as in limiting mode. A strictly differential circuit is used. Both, input and output are terminated with 50O.
The TIA 56 is a product under development. First silicon is expected to be available in late 2008.
TIA 56 is the successor of the MA40, using state-of-the-art SiGe technology with fT ~ 200GHz. The chip consists of two main amplifier stages, both in a modified Cherry-Hooper architecture. The subsequent output buffer is optimizied to drive a 50O external load. Input and output are terminated with 50O for optimum reflection coefficients. At the ouput high-ohmic resistors are implemented to tap the DC levels of the output signal without influencing the overall frequency response. An offest current can be injected into the OFFS pins.
Sous-menu