No. |
Part Name |
Description |
Manufacturer |
2881 |
MMBZ16VTAL |
High surge current unidirectional double ESD protection diodes |
Nexperia |
2882 |
MR1120 |
12A 50V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2883 |
MR1120R |
12A 50V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2884 |
MR1121 |
12A 100V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2885 |
MR1121R |
12A 100V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2886 |
MR1122 |
12A 200V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2887 |
MR1122R |
12A 200V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2888 |
MR1123 |
12A 300V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2889 |
MR1123R |
12A 300V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2890 |
MR1124 |
12A 400V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2891 |
MR1124R |
12A 400V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2892 |
MR1125 |
12A 500V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2893 |
MR1125R |
12A 500V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2894 |
MR1126 |
12A 600V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2895 |
MR1126R |
12A 600V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2896 |
MR1128 |
12A 800V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2897 |
MR1128R |
12A 800V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2898 |
MR1130 |
12A 1000V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, cathode-to-case |
Motorola |
2899 |
MR1130R |
12A 1000V Medium-current silicon rectifier feature high surge current capacity, and low forward voltage drop, anode-to-case |
Motorola |
2900 |
NCP1800 |
Single-Cell Lithium Ion Battery Charge Controller |
ON Semiconductor |
2901 |
NCP1800-D |
Single-Cell Lithium Ion Battery Charge Controller |
ON Semiconductor |
2902 |
NCP1800DM41 |
Single-Cell Lithium Ion Battery Charge Controller |
ON Semiconductor |
2903 |
NCP1800DM41R2 |
Single-Cell Lithium Ion Battery Charge Controller |
ON Semiconductor |
2904 |
NCP1800DM42 |
Single-Cell Lithium Ion Battery Charge Controller |
ON Semiconductor |
2905 |
NCP1800DM42R2 |
Single-Cell Lithium Ion Battery Charge Controller |
ON Semiconductor |
2906 |
NTE4828 |
Surge Clamping, Transient Overvoltage Suppressor Unidirectional |
NTE Electronics |
2907 |
NTE4840 |
Surge clamping, transient overvoltage suppressor unidirectional. VR = 24.0V max reverse stand off voltage. |
NTE Electronics |
2908 |
NTE4846 |
Surge clamping, transient overvoltage suppressor unidirectional. VR = 30.0V max reverse stand off voltage. |
NTE Electronics |
2909 |
NTE4848 |
Surge clamping, transient overvoltage suppressor unidirectional. VR = 33.0V max reverse stand off voltage. |
NTE Electronics |
2910 |
NTE4850 |
Surge clamping, transient overvoltage suppressor unidirectional. VR = 36.0V max reverse stand off voltage. |
NTE Electronics |
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