Teilenummer
Entmilitarisierung
Lagerfähigkeit
UOM
NIIN
Entmilitarisierung:
Yes - DEMIL/MLI
NSN
Nationale Bestandsnummer:
TXT
Beschreibung:
Delay Line
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the body.AAQL
Body Style:
Rectangular, bracketed
MRC:
The dimension measured along the longitudinal axis with terminated points at the extreme ends of the item.ABHP
Overall Length:
8.000 inches
MRC:
The number of complete cyclic changes,per unit of time,for which an item is rated.ACZB
Frequency Rating:
Not rated
MRC:
A measurement of the longest dimension of the body,in distinction from width.ADAQ
Body Length:
7.375 inches
MRC:
A measurement taken at right angles to the length of the body,in distinction from thickness.ADAT
Body Width:
4.000 inches
MRC:
The number of individual sections included in the item.AFBH
Individual Section Quantity:
1
MRC:
The minimum and maximum limits of temperature at which the item is rated for operation.AFGA
Operating Tempurature Range:
-40.0/+105.0 degrees celsius
MRC:
The minimum and maximum limits of temperature at which the item is rated for operation.AFGA
Operating Tempurature Range:
-40.0 to 105.0 degrees celsius
MRC:
The number of mounting facilities provided.AKPV
Mounting Facility Quantity:
4
MRC:
The value(s) of potential for which the item is rated.AMSE
Voltage Rating:
75.000 volts
MRC:
The element,compound,or mixture of which the item is fabricated,excluding any surface treatment,and its location.ANNQ
Material And Location:
Any acceptable case
MRC:
The plating,dip,and/or coating that cannot be wiped off.plating and/or coating is any chemical and/or metallic additive,electrochemical,or mild mechanical process which protects the surface of the item and its location.ANNR
Surface Treatment And Location:
Enamel, mil-e-15090, type 3, class 2 case
MRC:
The total oppositon (resistive and reactive) which the item offers to the input flow of alternating current.ANSL
Input Impedance Rating:
100.000 ohms
MRC:
The total opposition (resistive and reactive) which the item offers to the output flow of alternating current.ANSR
Output Impedance Rating:
180.000 ohms
MRC:
The differences between limiting frequencies of a frequency band.APQL
Frequency Bandwidth:
Not rated
MRC:
A measurement between specified points on a body in distinction from height.ARBR
Body Depth:
2.000 inches
MRC:
The facility for mounting the item.AZGM
Mounting Facility:
Terminal
MRC:
The decrease in strength of an electrical impulse,expressed in decibels.BHTH
Attenuation In Decibels:
8.000
MRC:
The means by which the signal is delayed.BZWM
Signal Delay Method:
Inductance
MRC:
The means used to vary the delay time of the item.CCDN
Delay Time Variation Method:
Tapped
MRC:
The time delay of each section of an item.CCDQ
Section Delay Time:
23.400 microseconds single section
MRC:
The number of segments into which a section is divided.CCDR
Segment Quantity Per Section:
15 single section
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
0.360 microseconds single section 1st segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
1.450 microseconds single section 2nd segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
11.600 microseconds single section 8th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
13.050 microseconds single section 9th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
14.500 microseconds single section 10th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
15.950 microseconds single section 11th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
17.400 microseconds single section 12th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
18.850 microseconds single section 13th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
20.300 microseconds single section 14th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
2.900 microseconds single section 3rd segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
23.400 microseconds single section 15th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
4.350 microseconds single section 4th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
5.800 microseconds single section 5th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
7.250 microseconds single section 6th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
8.700 microseconds single section 7th segment err-100
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
0.360 microseconds single section 1st segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
1.450 microseconds single section 2nd segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
11.600 microseconds single section 8th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
13.050 microseconds single section 9th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
14.500 microseconds single section 10th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
15.950 microseconds single section 11th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
18.850 microseconds single section 13th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
17.400 microseconds single section 12th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
20.300 microseconds single section 14th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
2.900 microseconds single section 3rd segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
23.400 microseconds single section 15th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
4.350 microseconds single section 4th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
5.800 microseconds single section 5th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
7.250 microseconds single section 6th segment
MRC:
The time delay of each segment.CCDS
Segment Delay Time:
8.700 microseconds single section 7th segment
MRC:
The change in delay as a result of the temperature change per degree celsius.CCDT
Delay Time Variation Per Deg Celsius:
Not rated
MRC:
The rated time required for the pulse to rise.CCDX
Pulse Rise Time Rating:
0.1 microseconds
MRC:
Indicates the type and number of terminals for providing electrical connection.CCFF
Terminal Type And Quantity:
4 wire leads
