Ferrite Magnets
FB13B
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Magnetic Characteristics
| Residual Magnetic Flux Density [Br] / mT |
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| Coercive Force [Hcb] / (kA / m) |
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| Coercive Force [Hcj] / (kA / m) |
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| Maximum Energy Product [BH] / (kJ / m³) |
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Tech Info
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Multilayer Ceramic Chip Capacitors
C0402C0G1C100D020BC
Capacitance=10pF
Edc=16V
T.C.=C0G
LxWxT:0.4x0.2x0.2mm
General
Disc Type Capacitors with Lead (High Voltage Ceramic Capacitors)
CS45-B2GA221K-GKA
Capacitance=220pF
Edc=400Vac
T.C.=B
DxT: 6.5x5mm ,F: 7.5mm
Safety Standard approved
Halogen-free
SMD / SMT Inductors (Coils)
SPM5010T-1R5M-LR
L=1.5μH
Rated current=3.1A
L x W x T :
5.4 x 5.1 x 1.0mm
SMD / SMT Inductors (Coils)
SPM7054VT-330M-D
L=33μH
Rated current=3.4A
L x W x T :
7.5 x 7.0 x 5.4mm
PTC Thermistors for Overcurrent Protection
B59119C1080A070
(Current Protection Devices)
B59119C1120A070
Chip NTC Thermistors (Sensor)
NTCG164BH472JTDS
Resistance (at 25°C)=4.7kΩ
Resistance Tolerance (at 25°C)=±5%
Direct Angle Sensors
HAL3725DJ
Analog Output
SOIC8
Redundancy=No
0 (Single)
Integrated Capacitors=No
Angle Accuracy (Over All Temperature)=+/- 1.2 deg
Ferrite Magnets
FB12B
Br = 470±10 mT
Hcj = 368.0 kA/m Min.
Ferrite Magnets
FB12H
Br = 460±10 mT
Hcj = 415.0 kA/m Min.
