Dual Bandpass Passive Filter Design in PSpice: 43.205mHz–43.205Hz & 43.205kHz–43.205MHz

i want to design a dual bandpass filter.
1st bandpass range will be (43205 mili hertz to 43205 hertz)
2nd bandpass range will be (43205 kilo hertz to 43205 mega hertz)


Output graph should look like that. (attachments)
please help me am using pspice simulation software. does anyonw know how can i design the dual bandpass circuit and how can i implement the components values for these ranges. thankyou

You need to supply a lot more information. What is the application? What sort of signals are you processing, and what end result do you need. Are you sure you have the correct frequencies in your table? You can't design a filter with such precise frequencies, component tolerances and drift won't allow it.You don't  use band pass filters if the frequencies are correct, but rather cascaded low pass and high pass sections.You have to specify two frequencies at the band edge, the (normally)3db point, and an attenuation at a specified  stop band frequency. This gives two frequencies and two attenuation figures.  This determines the order of the filter, that is how many poles and zeros are required to meet your specifications for the type of filter you choose. The filter type (bessel, butterworth , elliptic etc)  determines things like phase shift , group delay,  transient response, the complexity of tuning,  etc.I suggest that you find a filter design program online, or download for windows aade or elsie . The Tools section of RFsim has a simple filter synthesis program, Qucs has a more comprehensive one. These will give you some idea of what parameters are needed.You won't be able to do a passive filter at low frequencies (audio) without using  large inductors , it is common to resort to active filters in that case. In the GHz range, distributed  rather than lumped components are necessary.Filter design is a very complex subject, many compromises are normally necessary. I suggest you look at some texts to get a better  understanding of the topic, look on the web, ADI text may help. When you have sorted some of these issues, come back to the forum,
cheers,Richard

Also, here are some basic tutorials on band pass filters:
https://www.electronics-tutorials.ws/filter/f...electronics-tutorials.ws/filter/filter_7.html

In addition to the comments above, the frequency range in this design covers an impossibly huge range. From your lowest frequency of about 43Hz (low audio frequency) to the highest frequency of 43GHz (microwaves), this is a ratio of a billion!
You need very different circuit construction techniques to cope with such different frequency ranges, so I hope that this is a homework assignment and not a real engineering problem.

i want to design a dual bandpass filter.1st bandpass range will be (43205 mili hertz to 43205 hertz)2nd bandpass range will be (43205 kilo hertz to 43205 mega hertz)
Output graph should look like that. (attachments)
please help me am using pspice simulation software. does anyonw
know how can i design the dual bandpass circuit and how can i implement
the components values for these ranges. thankyou

https://www.hindawi.com/journals/jece/2014/176560/ you can check this I have found the similar answer of your question with full details.
Modern development in wireless communication systems has led to an increasing demand for dual-band microwave passive devices. As a key circuit block in dual-band wireless communication, such as for both global system for mobile communications (GSM) and wireless local area networks (WLAN), dual-band bandpass filters (BPFs) have been proposed and exploited extensively...