EEH-ZF1J330P

Manufacturer :

Panasonic

Product Category :

Aluminum - Polymer Capacitors

Series :

ZF-V

Ripple Current @ High Frequency :

650 mA @ 100 kHz

Maximum Operating Temperature (°C) :

150

Packaging :

Tape and Reel

Operating Temperature :

-55°C ~ 150°C

Product Weight (g) :

0.91

Tolerance :

20%

RoHS Status :

RoHS Compliant

Dimensions :

8 x 10.2mm

Surface Mount Land Size :

0.327 L x 0.327 W (8.30mm x 8.30mm)

Minimum Operating Temperature :

- 55 C

Product Length :

-

Manufacturer :

Panasonic

Polarity :

Polar

Applications :

Automotive

Special Feature :

Low ESR

Technology :

Hybrid

Subcategory :

Capacitors

Lead Spacing :

-

Brand :

Panasonic

HTS :

8532.22.00.20

RoHS :

Details

IL (uA) :

20.79@2Min

Minimum Operating Temperature (°C) :

-55

Width :

-

Product Height (mm) :

10.2

Height - Seated (Max) :

0.413 (10.50mm)

ECCN (US) :

EAR99

Package Type :

CAN

Package / Case :

Radial, Can - SMD

Product Status :

Active

Number of Terminals :

2

Product Category :

Aluminum Organic Polymer Capacitors

Product Diameter (mm) :

8

Ratings :

AEC-Q200

ESR (Equivalent Series Resistance) :

40mOhm

Length :

10.2mm

Lifetime (h) :

1000

Voltage :

63VDC

Maximum Operating Temperature :

+150°C

Height :

-

Ripple Current :

650 mA

ESR (Ohm) :

0.04

Lifetime @ Temp. :

1000 Hrs @ 150°C

Capacitance :

33μF

Size / Dimension :

0.315 Dia (8.00mm)

Qualification :

AEC-Q200

Capacitance Value :

33uF

Mounting :

Surface Mount

Product Height :

10.2mm

Ripple Current @ Low Frequency :

65 mA @ 100 Hz

Voltage - Rated :

63 V

Construction :

Cylindrical

ESR :

0.04Ohm

Size (mm) :

8 X 10.2

Product Width :

-

Package :

Tape and Reel (TR);Cut Tape (CT);Digi-Reel®;

Product Type :

Electrolytic Capacitors

Product :

Aluminum Hybrid Polymer Capacitors

Base Product Number :

EEH-ZF

Mounting Type :

Surface Mount

Termination Style :

SMD/SMT

Diameter :

8mm

Type :

Polymer Hybrid

Equivalent Series Resistance Type :

LOW

IR (mA) :

650

Capacitance Tolerance :

± 20%