pnnavigator0915
Member level 3
Hello guys!..
I want some reference material for Microstrip design technique issues.
Also, how do i approach for designing my Microstip pcb if i have the specifications ready?
The specifications are as follows:
Frequency : 88 to 108 MHz
Division : 2 way (0°)
Insertion loss: 0.1 dB
Isolation port to port : 25 dB
Return loss (i/p - o/p) : ≥ 25 dB
Impedance (i/p and o/p) : 50Ω
Divider : 100 W capacity.
Combiner : 1kW capacity
Glass epoxy material to be used : 1.6 mm for Divider section.
2.4mm for Combiner section.
Moreover the Z0 = √(100 + 50) = 70.71Ω
Here Absorber resistance, R = 100Ω
And I/P or O/P impedance = 50Ω
For center frequency of 97 MHz : λ/2 = 644 mm
Thanks..
Regards!..
I want some reference material for Microstrip design technique issues.
Also, how do i approach for designing my Microstip pcb if i have the specifications ready?
The specifications are as follows:
Frequency : 88 to 108 MHz
Division : 2 way (0°)
Insertion loss: 0.1 dB
Isolation port to port : 25 dB
Return loss (i/p - o/p) : ≥ 25 dB
Impedance (i/p and o/p) : 50Ω
Divider : 100 W capacity.
Combiner : 1kW capacity
Glass epoxy material to be used : 1.6 mm for Divider section.
2.4mm for Combiner section.
Moreover the Z0 = √(100 + 50) = 70.71Ω
Here Absorber resistance, R = 100Ω
And I/P or O/P impedance = 50Ω
For center frequency of 97 MHz : λ/2 = 644 mm
Thanks..
Regards!..
