رقم الجزء
تجريد
صلاحيه
UOM
NIIN
TXT
وصف:
Radio Frequency Interfere Filter
MRC:
The dimension measured along the longitudinal axis with terminated points at the extreme ends of the item.ABHP
Overall Length:
2.750 inches
MRC:
The distance measured in a straight line from the bottom to the top of an item.ABKW
Overall Height:
1.120 inches
MRC:
An overall measurement taken at right angles to the length of an item,in distinction from thickness.ABMK
Overall Width:
2.690 inches
MRC:
A measurement of the longest dimension of the body,in distinction from width.ADAQ
Body Length:
2.000 inches
MRC:
A measurement taken at right angles to the length of the body,in distinction from thickness.ADAT
Body Width:
2.000 inches
MRC:
The length of a straight line which passes through the center of an unthreaded mounting hole,and terminates at the circumference.AEBV
Unthreaded Mounting Hole Diameter:
0.190 inches
MRC:
The distance between centerlines of mounting facilities parallel to the length of the item.AEBY
Distance Between Centerlines Of Mounting Facilities Parallel To Body Length:
2.370 inches
MRC:
The minimum and maximum limits of temperature at which the item is rated for operation.AFGA
Operating Tempurature Range:
-65.0/+125.0 degrees celsius
MRC:
The minimum and maximum limits of temperature at which the item is rated for operation.AFGA
Operating Tempurature Range:
-65.0 to 125.0 degrees celsius
MRC:
The numeric value indicating the average life expectancy for which the item is rated,expressed in hours.AFSV
Average Life Rating In Hours:
1000.0
MRC:
The total opposition per function,presented by a source of energy to the input terminals of an item.AHAQ
Source Impedance Rating Per Function:
50.0 ohms 1st radio interference
MRC:
The total opposition per function,presented by a source of energy to the input terminals of an item.AHAQ
Source Impedance Rating Per Function:
50.0 ohms 2nd radio interference
MRC:
The total opposition per function,presented by a source of energy to the input terminals of an item.AHAQ
Source Impedance Rating Per Function:
50.0 ohms 3rd radio interference
MRC:
The total opposition per function,presented by a source of energy to the input terminals of an item.AHAQ
Source Impedance Rating Per Function:
50.0 ohms 4th radio interference
MRC:
The total opposition per function,presented by a source of energy to the input terminals of an item.AHAQ
Source Impedance Rating Per Function:
50.0 ohms 1st radio interference 1st function
MRC:
The total opposition per function,presented by a source of energy to the input terminals of an item.AHAQ
Source Impedance Rating Per Function:
50.0 ohms 3rd radio interference 3rd function
MRC:
The total opposition per function,presented by a load to the output terminals of an item.AHAS
Load Impedance Per Function:
50.0 ohms 1st radio interference
MRC:
The total opposition per function,presented by a load to the output terminals of an item.AHAS
Load Impedance Per Function:
50.0 ohms 3rd radio interference
MRC:
The total opposition per function,presented by a load to the output terminals of an item.AHAS
Load Impedance Per Function:
50.0 ohms 2nd radio interference
MRC:
The total opposition per function,presented by a load to the output terminals of an item.AHAS
Load Impedance Per Function:
50.0 ohms 4th radio interference
MRC:
The total opposition per function,presented by a load to the output terminals of an item.AHAS
Load Impedance Per Function:
50.0 ohms 1st radio interference 1st function
MRC:
The total opposition per function,presented by a load to the output terminals of an item.AHAS
Load Impedance Per Function:
50.0 ohms 3rd radio interference 3rd function
MRC:
The cycles per second /hertz/ of the power line alternating current.AHBB
Power Line Frequency Rating Per Function In Hertz:
400.0 1st radio interference
MRC:
The cycles per second /hertz/ of the power line alternating current.AHBB
Power Line Frequency Rating Per Function In Hertz:
400.0 2nd radio interference
MRC:
The cycles per second /hertz/ of the power line alternating current.AHBB
Power Line Frequency Rating Per Function In Hertz:
400.0 3rd radio interference
MRC:
The cycles per second /hertz/ of the power line alternating current.AHBB
Power Line Frequency Rating Per Function In Hertz:
400.0 4th radio interference
MRC:
The cycles per second /hertz/ of the power line alternating current.AHBB
Power Line Frequency Rating Per Function In Hertz:
400.0 2nd radio interference 2nd function
MRC:
The cycles per second /hertz/ of the power line alternating current.AHBB
Power Line Frequency Rating Per Function In Hertz:
400.0 4th radio interference 4th function
MRC:
The level of electrical flow,per function,for which the item is designed to operate,expressed in ampers.AHBC
Operating Current Rating Per Function In Amps:
10.0 1st radio interference
MRC:
The level of electrical flow,per function,for which the item is designed to operate,expressed in ampers.AHBC
Operating Current Rating Per Function In Amps:
10.0 2nd radio interference
MRC:
The level of electrical flow,per function,for which the item is designed to operate,expressed in ampers.AHBC
Operating Current Rating Per Function In Amps:
10.0 3rd radio interference
MRC:
The level of electrical flow,per function,for which the item is designed to operate,expressed in ampers.AHBC
Operating Current Rating Per Function In Amps:
10.0 4th radio interference
MRC:
The level of electrical flow,per function,for which the item is designed to operate,expressed in ampers.AHBC
Operating Current Rating Per Function In Amps:
10.0 2nd radio interference 2nd function
MRC:
The level of electrical flow,per function,for which the item is designed to operate,expressed in ampers.AHBC
Operating Current Rating Per Function In Amps:
10.0 4th radio interference 4th function
MRC:
The greatest amount of voltage loss per function,resulting from the devices inherent opposition to the flow of electrical current.AHBE
Maximum Voltage Drop Per Function:
2.0 volts ac 1st radio interference
MRC:
The greatest amount of voltage loss per function,resulting from the devices inherent opposition to the flow of electrical current.AHBE
Maximum Voltage Drop Per Function:
2.0 volts ac 4th radio interference
MRC:
The greatest amount of voltage loss per function,resulting from the devices inherent opposition to the flow of electrical current.AHBE
Maximum Voltage Drop Per Function:
2.0 volts ac 2nd radio interference
MRC:
The greatest amount of voltage loss per function,resulting from the devices inherent opposition to the flow of electrical current.AHBE
Maximum Voltage Drop Per Function:
2.0 volts ac 3rd radio interference
MRC:
The greatest amount of voltage loss per function,resulting from the devices inherent opposition to the flow of electrical current.AHBE
Maximum Voltage Drop Per Function:
2.0 volts ac 3rd radio interference 3rd function
MRC:
Indicates the type of principal circuitry per function interconnected within the item to produce the desired frequency versus attenuation characteristics.AHBL
Principal Circuitry Type Per Function:
Inductance-capacitance 1st radio interference
MRC:
Indicates the type of principal circuitry per function interconnected within the item to produce the desired frequency versus attenuation characteristics.AHBL
Principal Circuitry Type Per Function:
Inductance-capacitance 2nd radio interference
MRC:
Indicates the type of principal circuitry per function interconnected within the item to produce the desired frequency versus attenuation characteristics.AHBL
Principal Circuitry Type Per Function:
Inductance-capacitance 4th radio interference
MRC:
Indicates the type of principal circuitry per function interconnected within the item to produce the desired frequency versus attenuation characteristics.AHBL
Principal Circuitry Type Per Function:
Inductance-capacitance 3rd radio interference
MRC:
Indicates the type of principal circuitry per function interconnected within the item to produce the desired frequency versus attenuation characteristics.AHBL
Principal Circuitry Type Per Function:
Inductance-capacitance 1st radio interference 1st function
MRC:
Indicates the type of principal circuitry per function interconnected within the item to produce the desired frequency versus attenuation characteristics.AHBL
Principal Circuitry Type Per Function:
Inductance-capacitance 3rd radio interference 3rd function
MRC:
Indicates the type of inclosure provided to coat,cover,protect,or encase the item.AKNA
Inclosure Type:
Encased
MRC:
Indicates the type and number of facilities by which the item is mounted.AXHR
Mounting Facility Type And Quantity:
2 unthreaded hole
MRC:
Indicates the functional type and number of terminals providing electrical connection to the item.CQDW
Functional Terminal Type And Quantity:
4 tab, solder lug input 1st function
MRC:
Indicates the functional type and number of terminals providing electrical connection to the item.CQDW
Functional Terminal Type And Quantity:
4 tab, solder lug output 2nd function
MRC:
The level of electrical potential and type of current,per function,for which the item is designed.CQGC
Operating Voltage Rating And Type Per Function:
132.0 volts ac 1st radio interference 1st function
MRC:
The level of electrical potential and type of current,per function,for which the item is designed.CQGC
Operating Voltage Rating And Type Per Function:
132.0 volts ac 2nd radio interference 2nd function
MRC:
The level of electrical potential and type of current,per function,for which the item is designed.CQGC
Operating Voltage Rating And Type Per Function:
132.0 volts ac 3rd radio interference 3rd function
MRC:
The level of electrical potential and type of current,per function,for which the item is designed.CQGC
Operating Voltage Rating And Type Per Function:
132.0 volts ac 4th radio interference 4th function
MRC:
The maximum direct current voltage that the insulating material/s/ of the item will withstand without resulting in disruptive discharge or deterioration.CRDC
Maximum Dielectric Withstanding Dc Voltage:
400.0 volts at sea level
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the item.STYL
Style Designator:
Rectangular terminal/terminals on opposite surfaces
