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Parts by Number for High Frequency Divider Top

Part # Distributor Manufacturer Product Category Description
CD4541BE Texas Instruments Standard Linear and Logic Texas Instruments Semiconductors > Logic > Specialty Logic > Rate Multiplier/Frequency Divider/Timer CMOS Programmable Timer - High Voltage Type (20V Rating) 14-PDIP -55 to 125
CD4541BPWRE4 Texas Instruments Standard Linear and Logic Texas Instruments Semiconductors > Logic > Specialty Logic > Rate Multiplier/Frequency Divider/Timer CMOS Programmable Timer - High Voltage Type (20V Rating) 14-TSSOP -55 to 125
HFD100 PLC Radwell Dynapar Controls & Indicators, Control Accessory DIVIDER HIGH FREQUENCY
HFD100 PLC Radwell Danaher Controls Controls & Indicators, Control Accessory DIVIDER HIGH FREQUENCY

Conduct Research Top

  • Building a Microwave Frequency Synthesizer-Part 2: Component Selection (.pdf)
    magnetization. Lower operating frequencies (a. 20. High Frequency Electronics. High Frequency Design. SYNTHESIZER DESIGN. few hundred MHz) are obtainable adding special dopes. (such as gadolinium) that, however, degrades the Q-char-. acteristics. The YIG resonators offer a relatively high Q
  • Building a Microwave Frequency Synthesizer-Part 4: Improving Performance (.pdf)
    . division ratios required to provide a high-fre-. PLL the phase detector frequency equals to. quency output with a fine resolution. For. the frequency step size and, therefore, can not. example, in order to get 10 GHz output with 1. be arbitrarily increased. MHz step size, the feedback divider ratio has
  • Building a Microwave Frequency Synthesizer-Part 3: From Sketch to Product (.pdf)
    ). the best results for high-frequency. components may be needed at lower. noise performance can be achieved by. designs are still achieved with a cer-. frequencies or to achieve better high-
  • Building a Microwave Frequency Synthesizer-Part 1: Getting Started (.pdf)
    Synthesizer design methods have evolved over time, and this series of articles offers an update on well-established and recently developed techniques. Building a Microwave Frequency Synthesizer Part 1: Getting Started High Frequency Design. From May 2008 High Frequency Electronics
  • Building a Microwave Frequency Synthesizer-Part 5: Advanced Techniques (.pdf)
    This series concludes with notes on advanced design options and features for greater functionality, with descriptions of their implementation in test and measurement products. Building a Microwave Frequency Synthesizer Part 5: Advanced Techniques High Frequency Design. From September 2008
  • Useful Definitions for Specifying Anatech Filter Products (.pdf)
    increases at higher power levels, and lower insertion loss can help. reduce it. When signal levels are low, high insertion loss can reduce the output after the filter to an. unacceptable level. Isolation: This relates to the ability of a diplexer or duplexer to reject the transmit (Tx) frequency
  • Simple Synchronous Buck Converter Design - MCP1612
    are internal and switching is 1.4 MHz, the inductor, input and output capacitor size is minimized. The output voltage is set by using a simple resistor divider, with a high-bandwidth loop being accomplished by a series resistor capacitor to ground. Efficiencies of 90% and a typical shutdown current
  • Novel Approach Yields Fast, Clean Synthesizers (.pdf)
    ) of the. lower-speed designs.2,3. Direct-analog frequency synthesizers offer excellent switching speed and spectral purity. characteristics. Unfortunately, today's direct-analog frequency synthesizer designs are hardware. extensive and limited to applications that can tolerate fairly high costs

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