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Cable Low Pass Filter


RLC Electronics' Cable Lowpass Filters are available in conformable (FCLPF Series) & semi-rigid cable styles (CLPF Series) that are built to your cutoff, rejection and mechanical specifications. Computer designed and advanced coaxial techniques ensure optimal performance in a minimum amount of space.

Specifications

CLPF-1-2-3-Semi-rigid-Series-

FCLPF-1-2-3-4 Conformable-Series

Cut-Off

Frequency

fc (MHz)

Number

of

Sections (N)

3 dB

Point

(Typical)

30 dB

Point

(Typical)

60 dB

Point

(Min)

100

to

26,000

2

1.4 fc

2.5 fc

5.2 fc

3

1.15 fc

1.7 fc

2.8 fc

4

1.09 fc

1.4 fc

2.0 fc

5

1.07 fc

1.26 fc

1.62 fc

6

1.05 fc

1.18 fc

1.44 fc

7

1.04 fc

1.14 fc

1.33 fc

8

1.04 fc

1.11 fc

1.26 fc

9

1.04 fc

1.08 fc

1.19 fc

10

1.02 fc

1.06 fc

1.14 fc


Pass Band VSWR: See table 2

Pass Band Insertion Loss: See table below

Power Rating: 2 watts average

Impedance: 50 ohms


Connector Type: SMA Male

Cable Diameter: .141, .086

Environment: MIL-E-5400, Class 1A except  operating temperature range 55C to +85C


To designate the filter desired use:

1: Cut-off frequency in MHz

2: Number of sections (N)


3: Cable length (in inches accurate to .05 inches)

4: Cable diameter AC for .141, BC for .086.

Example: CLPF-5000-5-6AC is a 5000 MHz cutoff, 5 section filter with a cable length of 6 inches, using a .141 diameter cable.

 FCLPF-5000-5-6-BC is a 5000 MHz cutoff, 5 section filter with a cable length of 6 inches, using a conformable .086 diameter cable.



Outline Drawing

Passband Response


VSWR

Passband

Cable Loss Constant

Filter Loss Constant

in dB per Section

.141 Diameter

.086 Diameter

1.4:1 to 2.0 GHz

.14 dB/ft

.24 dB/ft

.10 dB/N

1.5:1 to 8.0 GHz

.30 dB/ft

.61 dB/ft

.08 dB/N

1.6:1 to 12.4 GHz

.33 dB/ft

.67 dB/ft

.075 dB/N

1.8:1 to 18.0 GHz*

.41 dB/ft

.83 dB/ft

.07 dB/N

2.0:1 to 26.0 GHz**

.50 dB/ft

1.00 dB/ft

.07 dB/N


Calculation Notes:

Passband Insertion Loss (Max) = (Filter Loss

Constant x N) + Cable Loss *VSWR 12.4 GHz to

18 GHz for more than 8 sections to be 1.8 + (0.05 x

(N-7)) **VSWR 18 GHz to 26 GHz for more than

8 sections to be 2.0 + (0.05 x (N-7))



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