EEH-ZU Series (SMD, High Temp. Reflow)

Panasonic Introduces The EEH-ZU Series (SMD, High Temp. Reflow) Conductive Polymer Aluminum Electrolytic Capacitors Featuring 135oC, 4000 Hours!

Panasonic, a worldwide leader in Capacitive Products, announces the EEH-ZU Series (SMD, High Temp. Reflow) Conductive Polymer Hybrid Aluminum Capacitors.  The NEW EEH-ZU Series (SMD, High Temp. Reflow) Capacitors are capable of operating at high temperatures with Conductive Polymer Capacitor performance and Aluminum Electrolytic Capacitor safety in a Surface Mount package.

The NEW EEH-ZU Series (SMD, High Temp. Reflow) Capacitors are rated for a 135oC Operating Temperature and feature a 4000 hour endurance.  These Hybrid Capacitors are able to withstand a voltage range of 25 to 63 V.DC, 100-560µF and are available in Vibration-Proof variants upon request.   

AEC-Q200 qualification ensures optimal quality and reliability. These parts are ideal where high temperature and high current capability are demanded by the application.

The NEW EEH-ZU Series (SMD, High Temp. Reflow) Conductive Polymer Aluminum Electrolytic Capacitors are ideal for design in where high temperature and high current capability are in demand by the application.

Features

 

  • Surface Mount Package
  • High Temperature Lead-Free Reflow
  • Endurance:  4000-Hour Life At 135oC (High Temperature)
  • Low ESR And High Ripple Current
  • Nominal Capacitance Range:  100 To 560 µF
  • Broad Operating Temperature: -55oC to +135oC
  • High Withstand Voltage:  25 To 63 V.DC
  • Vibration-Proof Product Available Upon Request:  6mm Diameter Or Greater
  • AEC-Q200 Compliant
  • RoHS / REACH Compliant

Benefits

  • Long Life At High Operating Temperature 
  • High Performance 
  • Safe Operation 
  • Automotive Quality
  • Vibration-Proof Variants Can Withstand Shock Of As Much As 30G
  • Standard Parts Can Withstand Shock Of 10G Maximum
AEC-Q200 Logo

An AEC-Q200 Compliant Series

Panasonic components specified as AEC-Q200 Compliant are consistently designed into automotive systems.  However, today’s Design Engineers are specifying AEC-Q200 components to meet the high-quality standards of devices beyond automotive applications.

Parts that pass the AEC tests are qualified, high-quality components that can be used in critical environments.  Therefore, there should be no need to conduct other component level tests saving both time and expense.

Current AEC-Q200 Standard documents developed by the AEC Component Technical Committee are available on the AEC website. The AEC is an organization based in the U.S. that sets qualification standards for the supply of components in the automotive electronics industry.

If your next device requires components that meet the Automotive Electronics Council (AEC) requirements for components suitable for harsh automotive environments, think Panasonic!

Download a complete list of Panasonic AEC-Q200 Compliant Component Series and specify reliably!

Part Number List

Results 16
Models table for series EEH-ZU Series (SMD, High Temp. Reflow)
Part No.DatasheetBody TypePolarity Type Rated Voltage (V)Capacitance (µF)Capacitance Tolerance (%)Tangent Of Loss Angle (Max.)Leakage Current (Max.) (μA)Operating Temperature Range (°C)Body Diameter (mm)Body Length (mm)Rated Ripple Current (Freq.) (Hz)Rated Ripple Current (mA)Rated Ripple Current (Unit)Rated ripple current-2(freq.) (Hz)Rated ripple current-2 (mA)Rated ripple current-2(unit)E.S.R.-1 (Frequency) (Hz)E.S.R.-1 (Max. Value) (mΩ)Endurance (h)Forming & Packaging FeatureAppearanceMinimum packaging quantity (piece)Weight (Typ.) (g)
Surface mount type (vertical mount style)
Polar
25
560
-20 to 20
0.14
140
-55 to 135
10
16.5
100000
5800
mArms at 125 ℃
100000
4000
mArms at 135 ℃
100000
8
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
250
2.177
Surface mount type (vertical mount style)
Polar
50
150
-20 to 20
0.1
75
-55 to 135
10
12.8
100000
4600
mArms at 125 ℃
100000
3200
mArms at 135 ℃
100000
12
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
400
1.87
Surface mount type (vertical mount style)
Polar
63
150
-20 to 20
0.08
94.5
-55 to 135
10
16.5
100000
5200
mArms at 125 ℃
100000
3600
mArms at 135 ℃
100000
10
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
250
2.177
Surface mount type (vertical mount style)
Polar
50
220
-20 to 20
0.1
110
-55 to 135
10
16.5
100000
5200
mArms at 125 ℃
100000
3600
mArms at 135 ℃
100000
10
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
250
2.177
Surface mount type (vertical mount style)
Polar
63
100
-20 to 20
0.08
63
-55 to 135
10
12.8
100000
4600
mArms at 125 ℃
100000
3200
mArms at 135 ℃
100000
12
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
400
1.87
Surface mount type (vertical mount style)
Polar
25
560
-20 to 20
0.14
140
-55 to 135
10
16.8
100000
5800
mArms at 125 ℃
100000
4000
mArms at 135 ℃
100000
8
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
250
2.414
Surface mount type (vertical mount style)
Polar
25
470
-20 to 20
0.14
117.5
-55 to 135
10
12.8
100000
5000
mArms at 125 ℃
100000
3500
mArms at 135 ℃
100000
10
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
400
1.87
Surface mount type (vertical mount style)
Polar
35
330
-20 to 20
0.12
115.5
-55 to 135
10
12.5
100000
4800
mArms at 125 ℃
100000
3300
mArms at 135 ℃
100000
11
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
400
1.647
Surface mount type (vertical mount style)
Polar
35
470
-20 to 20
0.12
164.5
-55 to 135
10
16.8
100000
5500
mArms at 125 ℃
100000
3800
mArms at 135 ℃
100000
9
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
250
2.414
Surface mount type (vertical mount style)
Polar
50
220
-20 to 20
0.1
110
-55 to 135
10
16.8
100000
5200
mArms at 125 ℃
100000
3600
mArms at 135 ℃
100000
10
4000
Embossed carrier taping (reel packing)
Sheathless (metal case)
250
2.414

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