MRC:
The dimension measured along the longitudinal axis with terminated points at the extreme ends of the item.ABHP
Overall Length:
3.690 inches
MRC:
The length of a straight line which passes through the center of the body,and terminates at the outside circumference.ADAR
Body Outside Diameter:
0.500 inches
MRC:
The low and high frequencies of vibratory motion and mechanical stresses between which the item is tested,or operated,without deleterious effect on its electrical or mechanical characteristics,expressed in hertz.AECR
Vibration Resistance Range In Hertz:
+10.0/+55.0
MRC:
The minimum and maximum limits of temperature at which the item is rated for operation.AFGA
Operating Tempurature Range:
-38.0/+75.0 degrees celsius
MRC:
The frequency at which the insertion loss is measured per function,and to which all related attenuation loss measurements are referred.AHAJ
Reference Frequency Per Function:
695.0 megahertz blank
MRC:
The total opposition per function with load (resistive and reactive) presented by the device to the source (asa c42.65,paragraph 65.08.399).AHAU
Input Impedance Per Function W/load:
50.0 ohms blank
MRC:
The total opposition per function with source across input (resistive and reactive) presented by the device to the load (asa c42.65,paragraph 65.08.402).AHAV
Output Impedance Per Function W/source Across Input:
50.0 ohms blank
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:
Electromechanical blank
MRC:
The ratio of the maximum to the minimum voltage of the standing wave per function. the larger relative portion is given,the lower value having an implied /not given/ value of one /unity/.AHBZ
Voltage Standing Wave Ratio Per Function:
1.2 blank
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 terminal
MRC:
The ratio per function of the power delivered to the load before insertion of the filter to the power delivered to the load after insertion of the filter,expressed in decibels.CQDR
Insertion Loss At Reference Frequency Per Function In Decibels:
0.3 blank
MRC:
Indicates the functional type and number of terminals providing electrical connection to the item.CQDW
Functional Terminal Type And Quantity:
1 connector, receptacle input 1st function
MRC:
Indicates the functional type and number of terminals providing electrical connection to the item.CQDW
Functional Terminal Type And Quantity:
1 connector, receptacle output 2nd function
MRC:
The specified frequencies,per function,at which losses in signal strength are,by design or measurement,established in a filter circuit.CQFC
Specified Frequencies Of Discrimination Per Function:
695.00 megahertz blank and 1.20 gigahertz blank and 2.085 gigahertz blank and 6.00 gigahertz blank
MRC:
The chemical compound or mechanical mixture properties of which the body is fabricated.CQRG
Body Material:
Metal
MRC:
The difference,per function,between the limiting frequencies within which performance,in respect to some characteristic,falls within specified limits.CRBB
Frequency Band Width Per Function:
695.00 megahertz blank and 1.20 gigahertz blank
MRC:
The algebraic difference between the insertion loss at a specified frequency and the insertion loss at the reference frequency per function,expressed in decibels.CRBC
Discrimination At Specificationified Frequencies Per Function In Decibels:
0.3 blank and 0.3 blank and 35.0 blank and 35.0 blank
MRC:
The minimum and maximum values of frequency,per function,between which the voltage standing wave ratio is specified.CRBN
Voltage Standing Wave Ratio Frequency Limits Per Function:
695.0 megahertz blank and 1.2 megahertz blank
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the item.STYL
Style Designator:
Round terminal/terminals on opposite surfaces
