Comb Generator Design Forum For Electronics I am trying to design a comb generator circuit of frequency range 30 mhz to 1ghz in ni multisim student version 13. i have designed a circuit with voltage regulator for which 5v is fed to the 74ls04d hex invertor. I am working on making a comb generator with around 2mhz base frequency. i have seen some diagrams online for higher base frequency comb generators examples that are very similar to each other so i want to try using them as a base.
Comb Generator Design Forum For Electronics As we delve deeper into this article, you’ll unravel the many layers of the comb generator, from its inner workings to its multifaceted applications in the modern electronics landscape. Actually i designed a comb generator with the help of d flip flop having a propagation delay about 16ns. for the present design (with 16ns) i got pulse output with constant amplitude of 5v upto 80mhz. i need to extend the frequency range upto 1ghz as well as amplitude. The realized comb generator comprises a pulse generator board and a monopole rod antenna. measurements and evaluation in time domain and frequency domain are presented. Selecting the right component values for comb generator. i am working on making a comb generator with around 2mhz base frequency. i have seen some diagrams online for higher base frequency comb generators examples that are very similar to each other so i want to try using them as a base.
Fig 1 Comb Generator Interference Technology The realized comb generator comprises a pulse generator board and a monopole rod antenna. measurements and evaluation in time domain and frequency domain are presented. Selecting the right component values for comb generator. i am working on making a comb generator with around 2mhz base frequency. i have seen some diagrams online for higher base frequency comb generators examples that are very similar to each other so i want to try using them as a base. Is it possible to create reasonable quality combs (and a comb on a specific frequency) using low cost components? let's explore this in a third post on the topic. This paper presents both a novel set of equations to represent a compact comb generator circuit using a step recovery diode as well as unique sequential measurements of a prototype to provide greater insight into the design. The simplicity of this comb generator allows it to be incorporated into many devices to add or enhance their built in test capability, which can verify both sub system and complete device functionality. In these days, after making some experiments with pulse generators, an old idea has come back to my mind: to design and build a 1 18 ghz comb generator with an srd (step recovery diode), for which i have some suitable microwave devices.
G4wifmusings Is it possible to create reasonable quality combs (and a comb on a specific frequency) using low cost components? let's explore this in a third post on the topic. This paper presents both a novel set of equations to represent a compact comb generator circuit using a step recovery diode as well as unique sequential measurements of a prototype to provide greater insight into the design. The simplicity of this comb generator allows it to be incorporated into many devices to add or enhance their built in test capability, which can verify both sub system and complete device functionality. In these days, after making some experiments with pulse generators, an old idea has come back to my mind: to design and build a 1 18 ghz comb generator with an srd (step recovery diode), for which i have some suitable microwave devices.
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