Teilenummer
Entmilitarisierung
Lagerfähigkeit
UOM
NIIN
Teilenummer:
mil-c-390015
NSN
Nationale Bestandsnummer:
TXT
Beschreibung:
Capacitor-resistor
MRC:
The number of terminals that do not provide electrical connection to the item.AARD
Dummy Terminal Quantity:
2
MRC:
A designator indicating a graphic representation,in standard and accepted symbols,of essential electrical-electronic elements and related connections on the item.AEBZ
Schematic Diagram Designator:
4 capacitors, 3 resistors
MRC:
The national stock number or the identification information of the end equipment for which the item is a part.AGAV
End Application:
Detecting-ranging set, sonar an/wqn-1
MRC:
The form of assembly in which the item is supplied.ALPM
Assembly Form:
Board mounted
MRC:
The means of attaching the item.AXGY
Mounting Method:
Terminal
MRC:
Indicates the type and number of terminals for providing electrical connection.CCFF
Terminal Type And Quantity:
14 pin
MRC:
The relative level of the quantity of electrical charge at a given potential which the capacitor is capable of receiving and storing per function.CNQR
Capacitance Value Per Function:
100000.0 picofarads capacitor c3
MRC:
The relative level of the quantity of electrical charge at a given potential which the capacitor is capable of receiving and storing per function.CNQR
Capacitance Value Per Function:
100000.0 picofarads capacitor c4
MRC:
The relative level of the quantity of electrical charge at a given potential which the capacitor is capable of receiving and storing per function.CNQR
Capacitance Value Per Function:
100.0 picofarads capacitor c2
MRC:
The relative level of the quantity of electrical charge at a given potential which the capacitor is capable of receiving and storing per function.CNQR
Capacitance Value Per Function:
30.0 picofarads capacitor c1
MRC:
The limits of permissible deviation of capacitance value per function of an item from its rated value,expressed in percent.CNQS
Capacitance Tolerance Per Function In Percent:
-1.0/+1.0 capacitor c2
MRC:
The limits of permissible deviation of capacitance value per function of an item from its rated value,expressed in percent.CNQS
Capacitance Tolerance Per Function In Percent:
-10.0/+10.0 capacitor c3
MRC:
The limits of permissible deviation of capacitance value per function of an item from its rated value,expressed in percent.CNQS
Capacitance Tolerance Per Function In Percent:
-10.0/+10.0 capacitor c4
MRC:
The limits of permissible deviation of capacitance value per function of an item from its rated value,expressed in percent.CNQS
Capacitance Tolerance Per Function In Percent:
-2.0/+2.0 capacitor c1
MRC:
The direct current voltage per function for which the item is rated,expressed in volts.CNQT
Dc Voltage Rating Per Function In Volts:
100.0 capacitor c3
MRC:
The direct current voltage per function for which the item is rated,expressed in volts.CNQT
Dc Voltage Rating Per Function In Volts:
100.0 capacitor c4
MRC:
The direct current voltage per function for which the item is rated,expressed in volts.CNQT
Dc Voltage Rating Per Function In Volts:
500.0 capacitor c2
MRC:
The direct current voltage per function for which the item is rated,expressed in volts.CNQT
Dc Voltage Rating Per Function In Volts:
500.0 capacitor c1
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
1.0 kilohms resistor r3
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
2.0 kilohms resistor r1
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
2.0 kilohms resistor r2
MRC:
The permissible variation in the electrical resistance value of an item from its rated value per function,expressed in percent.CNQY
Resistance Tolerance Per Function In Percent:
-5.0/+5.0 all resistors
MRC:
The maximum amount of electrical energy that can be expended by a resistor per function,expressed in watts.CNQZ
Resistor Power Dissipation Rating Per Function In Watts:
0.250 all resistors
