NAME: BANGUL KHAN
ROLL NO: F16BM05
SUBJECT : ECD
PRESENTATION TOPIC: BAND PASS FILTER
SUBMITTED TO: DR SYED AMJAD ALI
OUTLINE:
 BAND PASS FILTER
 SCHEMATIC DIAGRAM
 WAVEFORM
 TYPES OF BAND PASS FILTER :
 APPLICATIONS OF BAND PASS FILTER
 SIMULATION OF BAND PASS FILTER
 BAND PASS FILTER:
 A Band pass filter is an electronic device or
circuit that allows signal between two specific
frequencies to pass but that discriminates the
signals at other frequencies .
 Band pass filter is the filter which have
properties of both low pass Filter and high pas filter .
SCHEMATIC DIAGRAM:
WAVEFORM:
So in waveform:
 Fl : low pass filter frequency
 FH : high pass filter frequency
 Fo: geometric center frequency
 B : band width
Types of band pass filter:
 There are two types of band pass filter
1. Active band pass filter:
It is a band pass filter
which require an external source of power and employ active
Component such as transistor and integrated circuits are
known as active Band pass filter.
 Circuit diagram of Active band pass filter:
2: Passive band pass filter:
The band pass filter
which not use external source of power and
consist only of passive components such as
capacitors inductors these are called passive band
pass filter
 Diagram of passive band pass filter:
 Applications of band pass filter:
Band pass filter used
in main two things which are given below.
 Wireless transmitter
 Wireless receiver.
And the main function in both types are given below.
 Wireless transmitter
The main function of such a filter in a
transmitter is to limit the bandwidth of the output signal to
the band allocated for the transmission. This prevents the
transmitter from interfering with other station
 Wireless receiver.
In a receiver, a band pass filter allows
signals within selected range of frequencies to be heard or
decoded, while preventing signals at unwanted frequencies
from getting through other stations.
 SIMULATION: 1 TO 100 HZ BAND PASS FILTER;
Thanks

Band pass filter

  • 1.
    NAME: BANGUL KHAN ROLLNO: F16BM05 SUBJECT : ECD PRESENTATION TOPIC: BAND PASS FILTER SUBMITTED TO: DR SYED AMJAD ALI
  • 2.
    OUTLINE:  BAND PASSFILTER  SCHEMATIC DIAGRAM  WAVEFORM  TYPES OF BAND PASS FILTER :  APPLICATIONS OF BAND PASS FILTER  SIMULATION OF BAND PASS FILTER
  • 3.
     BAND PASSFILTER:  A Band pass filter is an electronic device or circuit that allows signal between two specific frequencies to pass but that discriminates the signals at other frequencies .  Band pass filter is the filter which have properties of both low pass Filter and high pas filter .
  • 4.
  • 5.
  • 6.
    So in waveform: Fl : low pass filter frequency  FH : high pass filter frequency  Fo: geometric center frequency  B : band width
  • 7.
    Types of bandpass filter:  There are two types of band pass filter 1. Active band pass filter: It is a band pass filter which require an external source of power and employ active Component such as transistor and integrated circuits are known as active Band pass filter.
  • 8.
     Circuit diagramof Active band pass filter:
  • 9.
    2: Passive bandpass filter: The band pass filter which not use external source of power and consist only of passive components such as capacitors inductors these are called passive band pass filter
  • 10.
     Diagram ofpassive band pass filter:
  • 11.
     Applications ofband pass filter: Band pass filter used in main two things which are given below.  Wireless transmitter  Wireless receiver. And the main function in both types are given below.
  • 12.
     Wireless transmitter Themain function of such a filter in a transmitter is to limit the bandwidth of the output signal to the band allocated for the transmission. This prevents the transmitter from interfering with other station
  • 13.
     Wireless receiver. Ina receiver, a band pass filter allows signals within selected range of frequencies to be heard or decoded, while preventing signals at unwanted frequencies from getting through other stations.
  • 14.
     SIMULATION: 1TO 100 HZ BAND PASS FILTER;
  • 16.