Teilenummer
Entmilitarisierung
Lagerfähigkeit
UOM
NIIN
NSN
Nationale Bestandsnummer:
TXT
Beschreibung:
Film Fixed Resistor Network
MRC:
A constant that represents the proportionate change in resistance caused by a change in temperature,expressed in parts per million change per degree celsius.AAPE
Tempurature Coefficient Of Resistance In Ppm Per Deg Celsius:
-50.0/+50.0
MRC:
A constant that represents the proportionate change in resistance caused by a change in temperature,expressed in parts per million change per degree celsius.AAPE
Tempurature Coefficient Of Resistance In Ppm Per Deg Celsius:
-50.0 to 50.0
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
10.000 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
13.9281 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
14.4654 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
16.913 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
36.071 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
44.1139 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
5.9333 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
50.000 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
31.000 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
64.2289 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
7.83295 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
77.4602 kilohms
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
10.000 kilohms 2nd intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
13.9281 kilohms 3rd intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
14.4654 kilohms 4th intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
16.913 kilohms 5th intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
50.000 kilohms 9th intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
64.2289 kilohms 10th intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
7.83295 kilohms 1st intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
77.4602 kilohms highest resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
31.000 kilohms 6th intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
36.071 kilohms 7th intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
44.1139 kilohms 8th intermediate resistance value
MRC:
A measure of the opposition to the flow of electrical current.AAPP
Electrical Resistance:
5.9333 kilohms lowest resistance value
MRC:
The limits of permissible variation in the electrical resistance value of an item from its rated value,expressed in percent.AAPQ
Resistance Tolerance In Percent:
-1.000/+1.000
MRC:
The limits of permissible variation in the electrical resistance value of an item from its rated value,expressed in percent.AAPQ
Resistance Tolerance In Percent:
-1.000 to 1.000 each resistor
MRC:
The ambient temperature of the medium surrounding an item at which it can be operated continuously at full rated power,expressed in degrees celsius.AAQF
Ambient Tempurature In Deg Celsius At Full Rated Power:
Not rated
MRC:
The ambient temperature at which the power dissipation of an item is operated to zero percent of the full rated power,expressed in degrees celsius.AAQG
Ambient Tempurature In Deg Celsius At Zero Percent Rated Power:
Not rated
MRC:
The maximum and minimum temperatures to which the temperature coefficient applies,expressed in degrees celsius.AAQH
Tempurature Range Of Tempurature Coefficient In Deg Celsius:
-55.0/+100.0
MRC:
The maximum and minimum temperatures to which the temperature coefficient applies,expressed in degrees celsius.AAQH
Tempurature Range Of Tempurature Coefficient In Deg Celsius:
-55.0 to 100.0
MRC:
The means provided to coat,cover,or protect the item.AAQZ
Inclosure Method:
Hermetically sealed
MRC:
The number of terminals for providing electrical connection to the item.AARA
Terminal Quantity:
16
MRC:
Indicates the type of terminals for providing electrical connection to the item.AARB
Terminal Type:
Tab, solder lug
MRC:
An indication that the level of probability that an item will operate without failure,at a specified rated capability,at a specified temperature,and for a specified period of time,has been established by testing random samples of production lot.AARG
Reliability Indicator:
Not established
MRC:
A measurement of the longest dimension of a terminal,in distinction from width.ABJT
Terminal Length:
0.120 inches
MRC:
A measurement of the longest dimension of the body,in distinction from width.ADAQ
Body Length:
Between 0.755 inches and 0.785 inches
MRC:
A measurement taken at right angles to the length of the body,in distinction from thickness.ADAT
Body Width:
Between 0.265 inches and 0.290 inches
MRC:
A measurement from the bottom to the top of the body,in distinction from depth.ADAU
Body Height:
0.200 inches
MRC:
The maximum amount of electrical energy that can be expended by an item,expressed in watts.AEFB
Power Dissipation Rating In Watts:
0.050 each resistor
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 3rd intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 4th intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 5th intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 6th intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 7th intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 8th intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 9th intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 10th intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 1st intermediate resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 lowest resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
1 highest resistance value
MRC:
The number of resistors or resistor elements having the same resistance value.CQRD
Identical Value Resistor Quantity:
2 2nd intermediate resistance value
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the item.STYL
Style Designator:
Dual inline
