C4532X7T2W474K230KE Datasheet, PDF (22/64 Pages) TDK Electronics – TDK MLCC PRODUCT LINE

C SERIES | Flip Type Capacitor
TDK Flip Type capacitor offers industry standard case sizes in “flip”
geometry construction. By rotating the orientation of the capacitor 90º, the
current path through the unit is shorten and effectively lowers the parasitic
inductance value. The flip geometry requires the termination to be applied
along the length instead of the width of the MLCC. Reduced ESL is
necessary for noise decoupling in high speed applications.
For decoupling capacitors, the parasitic inductance generated by the
capacitor needs to be small so that the resonant frequency is higher. The
parasitic inductance will add noise voltage spikes to the power line voltage.
Because of the unique design of the Flip Type capacitor, the parasitic
inductance is lower than the traditional multilayer ceramic capacitor.
Therefore, the Flip Type MLCC is very effective for high speed decoupling
applications.
L
B
B
T
Case Code
C0510 (0204)
C0816 (0306)
C1220 (0508)
C1632 (0612)
W
L (mm)
0.52
0.80
1.25
1.60
21
L Body Length
W Body Width
T Body Height
B Terminal Width
W (mm)
1.00
1.60
2.00
3.20
T max (mm)
0.30
0.50
0.85
1.30
Part Number Description
TEMPERATURE CHARACTERISTICS
PACKAGING STYLE
RATED VOLTAGE (DC)
INTERNAL CODES
C1632
X7R
1H
224
K
T
����
SERIES NAME & DIMENSION CODE
CAPACITANCE TOLERANCE
NOMINAL CAPACITANCE (pF)
Features:
 Flipped geometry provides low inductance (less than 400 pH)
 Allows adequate high frequency current to IC
 Provides stabilization of power line voltage
 High frequency noise suppression
Applications:
 Decoupling CPU/GPU power line
 High speed digital IC power supply decoupling
 PC, cell phones, camcorders, etc.
 Smart phone
 Networking system
Design Construction of Flip Type Capacitor
 For Flip Type Capacitor, ESL is lowered by reversing the terminal electrode length and width
to make the current path short and wide.
Standard Type
Flip Type
©TDK Corporation of America – Contents are subject to change without notice.