Hybrid Polymer Capacitors

B40640B8727M001

Product Status	Production
Applications	Automotive
Features	High Ripple CurrentHigh Ripple Current Low ESRLow ESR High VibrationHigh Vibration Forced CoolingOptimized for Forced Cooling
Series	B40640
Simulate Useful Life
Brand	TDK
Environmental Compliance Click to learn more about these icons

Aluminum Electrolytic Capacitors,Hybrid Polymer Capacitors:B40640_kal1908-8

Images are for reference only and show example products.

Size

Diameter (D)	16mm +0.5mm
Length (L)	30mm +1.0mm
Detail Size Information	Please refer to the catalog

Electrical Characteristics

Rated Capacitance	720μF ±20% (100Hz, 20°C)
Rated Voltage VR [DC]	63V
Surge Voltage Vs [DC]	72.45V
Rated Ripple Current IAC, R	16.5A (20kHz, Ta=125°C)
Maximum Permissible Ripple Current IAC, max.	38.5A (20kHz, Tc=125°C)
ESRmax.	3.9mΩ (20kHz, 20°C) 5.4mΩ (20kHz, -40°C)
Dissipation Factor tan δ
Leakage Current	280μA (63V, 20°C, 5min)
ESL (Self Inductance)	29nH
Lower Category Temperature	-55°C
Upper Operating Temperature	150°C
Rated Useful Life	>4000h
Further Details	Please refer to the catalog

Other

Vibration Resistance	60g
Vibration Fixation Method	Case
Terminal Style	Axial-lead
Terminal Configuration	Axial long leads
Design	PET insulation sleeve orange
Reference Standards	Sectional specification IEC 60384-4 AEC-Q200
Soldering Method	Wave and selective wave Welding
Packing	Axial Pallet
Package Quantity	180pcs
Minimum Order Quantity	3240pcs
Weight	9.1g
Further Details	Please refer to the catalog

Catalog

Save Page as PDF

Distributor List

Inventory information does not exist. Contact Us

Inventory information does not exist. Contact Us

Tech Info

Collapse all Expand all

Documents

Technical Support Tools

AlCap Useful Life Calculation Tool

3rd Party ECAD models

SnapMagic

High power density solution for DC link on 48 V inverter application with Hybrid Aluminum Electrolytic Capacitors

High energy, reliable and volumetric efficient inverters are essential to reducing emissions of vehicles based on 48 V technology. DC-link capacitors can significantly contribute to ...