TXT
묘사:
Capacitor-resistor
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:
Solder
MRC:
Indicates the type and number of terminals for providing electrical connection.CCFF
Terminal Type And Quantity:
54 solder stud
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:
50.0 microfarads all capacitors
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
1.5 kilohms resistor r4
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
1.5 kilohms resistor r5
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
10.0 kilohms resistor r12
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
15.0 kilohms resistor r13
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
150.0 kilohms resistor r22
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
2.0 kilohms resistor r7
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
3.0 kilohms resistor r11
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
3.0 kilohms resistor r15
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
300.0 ohms resistor r23
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
390.0 ohms resistor r2
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
390.0 ohms resistor r1
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
430.0 ohms resistor r3
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
47.0 kilohms resistor r14
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
470.0 ohms resistor r8
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
470.0 ohms resistor r9
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
620.0 ohms resistor r10
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
56.0 ohms resistor r21
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
680.0 ohms resistor r6
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
75.0 kilohms resistor r17
MRC:
A measure of the opposition to the flow of electrical current per function.CNQX
Electrical Resistance Per Function:
750.0 ohms resistor r18
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:
0.500 resistor r1
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:
0.500 resistor r10
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:
0.500 resistor r12
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:
0.500 resistor r13
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:
0.500 resistor r14
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:
0.500 resistor r15
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:
0.500 resistor r17
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:
0.500 resistor r18
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:
0.500 resistor r2
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:
0.500 resistor r21
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:
0.500 resistor r22
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:
0.500 resistor r23
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:
0.500 resistor r3
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:
0.500 resistor r4
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:
0.500 resistor r5
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:
0.500 resistor r6
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:
0.500 resistor r7
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:
2.000 resistor r8
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:
2.000 resistor r9
