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Delay Line Databook
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From Thin Film Technology Corporation
High speed system design needs full wave regime implementation in order to maintain signal fidelity. Harmonics not considered at slower speeds must be accounted for when fast rise times and high bandwidths are to be used. When edge rates and circuit speeds enter the sub-nanosecond regime, all components used in a system design must obey high speed design rules, whether they be packages, devices, integrated circuits, interconnects, or printed circuit boards. Thin film component design is uniquely appropriate for high frequency design: the precision of pattern features, purity of film, stability of substrate materials, and advanced assembly technologies offer solutions for high speed design. Wave propagation through correctly designed thin film elements provide for precise impedance control, a reduction in capacitive and inductive parasitics, and elimination of ground bounce. Shielded designs protect for electro-magnetic and radio-frequency interference. Products & Services
Delay lines are devices used to slow down a signal by a time interval in an electrical network. There are two basic delay line technologies: passive and active.
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RF high pass filters pass signals from high frequencies and reject signals from low frequencies.
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Learn more about RF High Pass Filters
RF filters and microwave filters are devices that pass or reject signals by frequency. Basic types include bandpass filters, band reject filters, low pass filters, and high pass filters.
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Learn more about RF Filters and Microwave Filters
RF low pass filters pass signals from low frequencies and reject signals from high frequencies.
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Learn more about RF Low Pass Filters
RF attenuators are circuits that reduce the power level of a signal by a certain amount (gain), with little or no reflection. They reduce the output signal with respect to the input and measure the power reduction in decibels (dB).
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Topics of Interest
1.1 The Need for Compact Modeling of Interconnects
As VLSI technology advances into the sub-100nm regime with increased operating frequency and decreased feature sizes, the nature of the VLSI design...
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Overview
Future generations of integrated circuit technologies are trending toward higher speeds and densities. The total capacitive load associated with the internal circuitry has been increasing...
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This paper deals with an overview of the thin film bulk acoustic wave resonator technology. In particular, the technical aspects focuses on the solidly mounted resonator (SMR) and various...
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Wide bandwidth filters are of interest in current and emerging wireless and system applications for use in IF circuits or as front end filters. Filters for the new GPS M code and for wireless LAN are...
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7.1 Introduction
The small-signal frequency-domain network representation of microwave circuit responses meets most RF/microwave circuit designers' needs. The major exception is for large-signal...
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