Hybrid-Polymer-Kondensatoren
B40740B8397M011
|
|
Grösse
| Diameter (D) |
|
| Length (L) |
|
| Detail Size Information |
Elektrische Kennwerte
| Rated Capacitance |
|
| Rated Voltage VR [DC] |
|
| Surge Voltage Vs [DC] |
|
| Rated Ripple Current IAC, R |
|
| Maximum Permissible Ripple Current IAC, max. |
|
| ESRmax. |
|
| Dissipation Factor tan δ |
|
| Leakage Current |
|
| ESL (Self Inductance) |
|
| Lower Category Temperature |
|
| Upper Operating Temperature |
|
| Rated Useful Life |
|
| Further Details |
Weiteres
| Vibration Resistance |
|
| Vibration Fixation Method |
|
| Terminal Style |
|
| Terminal Configuration |
|
| Design |
|
| Reference Standards |
|
| Soldering Method |
|
| Packing |
|
| Package Quantity |
|
| Minimum Order Quantity |
|
| Weight |
|
| Further Details |
Technische Information
Documents
Verwandter Inhalt
Kunden, die sich dieses Produkt angesehen haben, haben sich auch Folgendes angesehen
Keramik-Vielschichtkondensatoren (MLCC)
C2012X7R1H475K125AE
Capacitance=4.7μF
Edc=50V
T.C.=X7R
LxWxT:2x1.25x1.25mm
Soft termination
Keramik-Vielschichtkondensatoren (MLCC)
C2012X7R2A104K125AE
Capacitance=0.1μF
Edc=100V
T.C.=X7R
LxWxT:2x1.25x1.25mm
Soft termination
Keramik-Vielschichtkondensatoren (MLCC)
C3225X7T2J104K160AC
Capacitance=0.1μF
Edc=630V
T.C.=X7T
LxWxT:3.2x2.5x1.6mm
Mid Volt. (100 to 630V)
Keramik-Vielschichtkondensatoren (MLCC)
CGA4J1X7R1H475K125AE
Capacitance=4.7μF
Edc=50V
T.C.=X7R
LxWxT:2x1.25x1.25mm
Soft termination
AEC-Q200
Axiale Kondensatoren
B40740B8397M011
390µF/63V DC
14mm dia x 25mm length
Schlüsselbauelemente - Kondensatorschütze
B44066S1810J230
Capacitor Contactors
Systems with and without reactors
230V
12.5 kvar
Chip Beads
MPZ1608S601ATA00
|Z|=600Ω at 100MHz
Rated current=1A
L x W x T :
1.6mm x 0.8mm x 0.8mm
Chip Beads
MPZ2012S601ATD25
|Z|=600Ω at 100MHz
Rated current=2A
L x W x T :
2mm x 1.25mm x 0.85mm
PTC-Einschaltstrombegrenzer
B59252J0140B020
Max. operating voltage=780V AC
Rated resistance=500Ω
SMD-NTC-Thermistoren (Sensoren)
NTCG064EF104FTDSX
Resistance (at 25°C)=100kΩ
Resistance Tolerance (at 25°C)=±1%