Model: FS4545-325
Delay Line
Properties:
Body Style
Rectangular, front connection
Hole Diameter
Between 0.115 inches and 0.135 inches
Overall Depth
1.114 inches
Frequency Rating
Not rated
Individual Section Quantity
1
Longest Horizontal Distance Between Mounting Centers
Between 5.318 inches and 5.338 inches
Operating Tempurature Range
-40.0/+175.0 degrees fahrenheit
Operating Tempurature Range
-40.0 to 175.0 degrees fahrenheit
Mounting Facility Quantity
2
Material And Location
Any acceptable
Input Impedance Rating
100.000 ohms
Output Impedance Rating
Not rated
Frequency Bandwidth
Not rated
Mounting Facility
Unthreaded hole
Mounting Provision Arrangement Style
2 position in-line
Attenuation In Decibels
2.000
Signal Delay Method
Electromechanical
Delay Time Variation Method
Tapped
Section Delay Time
1.620 microseconds single section
Section Delay Time
1.980 microseconds single section
Segment Quantity Per Section
26 single section
Segment Delay Time
1.215 microseconds single section 21st segment
Segment Delay Time
1.305 microseconds single section 25th segment
Segment Delay Time
1.237 microseconds single section 22nd segment
Segment Delay Time
1.260 microseconds single section 23rd segment
Segment Delay Time
1.283 microseconds single section 24th segment
Segment Delay Time
1.485 microseconds single section 21st segment
Segment Delay Time
1.595 microseconds single section 25th segment
Segment Delay Time
1.620 microseconds single section 26th segment
Segment Delay Time
1.512 microseconds single section 22nd segment
Segment Delay Time
1.540 microseconds single section 23rd segment
Segment Delay Time
1.567 microseconds single section 24th segment
Segment Delay Time
1.980 microseconds single section 26th segment
Segment Delay Time
110.000 nanoseconds single section 2nd segment
Segment Delay Time
135.000 nanoseconds single section 3rd segment
Segment Delay Time
165.000 nanoseconds single section 3rd segment
Segment Delay Time
180.000 nanoseconds single section 4th segment
Segment Delay Time
220.000 nanoseconds single section 4th segment
Segment Delay Time
225.000 nanoseconds single section 5th segment
Segment Delay Time
270.000 nanoseconds single section 6th segment
Segment Delay Time
275.000 nanoseconds single section 5th segment
Segment Delay Time
315.000 nanoseconds single section 7th segment
Segment Delay Time
330.000 nanoseconds single section 6th segment
Segment Delay Time
360.000 nanoseconds single section 8th segment
Segment Delay Time
385.000 nanoseconds single section 7th segment
Segment Delay Time
40.000 nanoseconds single section 1st segment
Segment Delay Time
405.000 nanoseconds single section 9th segment
Segment Delay Time
440.000 nanoseconds single section 8th segment
Segment Delay Time
450.000 nanoseconds single section 10th segment
Segment Delay Time
495.000 nanoseconds single section 9th segment
Segment Delay Time
495.000 nanoseconds single section 11th segment
Segment Delay Time
540.000 nanoseconds single section 12th segment
Segment Delay Time
550.000 nanoseconds single section 10th segment
Segment Delay Time
585.000 nanoseconds single section 13th segment
Segment Delay Time
605.000 nanoseconds single section 11th segment
Segment Delay Time
60.000 nanoseconds single section 1st segment
Segment Delay Time
630.000 nanoseconds single section 14th segment
Segment Delay Time
675.000 nanoseconds single section 15th segment
Segment Delay Time
660.000 nanoseconds single section 12th segment
Segment Delay Time
715.000 nanoseconds single section 13th segment
Segment Delay Time
720.000 nanoseconds single section 16th segment
Segment Delay Time
765.000 nanoseconds single section 18th segment
Segment Delay Time
770.000 nanoseconds single section 14th segment
Segment Delay Time
787.500 nanoseconds single section 19th segment
Segment Delay Time
742.500 nanoseconds single section 17th segment
Segment Delay Time
810.000 nanoseconds single section 20th segment
Segment Delay Time
825.000 nanoseconds single section 15th segment
Segment Delay Time
880.000 nanoseconds single section 16th segment
Segment Delay Time
907.500 nanoseconds single section 17th segment
Segment Delay Time
935.000 nanoseconds single section 18th segment
Segment Delay Time
90.000 nanoseconds single section 2nd segment
Segment Delay Time
990.000 nanoseconds single section 20th segment
Segment Delay Time
962.500 nanoseconds single section 19th segment
Delay Time Variation Per Deg Celsius
Not rated
Pulse Rise Time Rating
100.0 nanoseconds
Terminal Type And Quantity
26 tab solder lug
Test Data Document
19200-10549172 drawing (this is the basic governing drawing, such as a contractor drawing, original equipment manufacturer drawing, etc.; excludes any specification, standard or other document that may be referenced in a basic governing drawing)
An item which provides a predetermined delay to an electrical pulse, while maintaining substantially the same waveform. The delay is obtained by means of a real or artificial transmission line or equivalent device. The equivalent device may be acoustic, distributive, lumped constant, magnetic solid state, or surface acoustical wave type. See also attenuator, (as modified); transformer, (as modified); and oscillator, pulse delay.