25V 100µF ±20% 0.34 ohm Max. 290mA 2K hours UZ Series

SMD Aluminum Electrolytic Capacitors, Extra low Impedance type UZ series, 2 pads Capacitance: 100µF, Tolerance ±20%, Voltage 25V, Case size: ØD6.3*L7.70mm, Impedance 0.32 Ohm., Ripple Current: 290mA Max. @+105℃, 100KHz, Lifetime 2000Hours @105°C, Operating Temp. Range -55°C ~+105°C

Key Features:
  • Series: UZ
  • Capacitance: 100µF
  • Capacitance Tolerance: ±20%
  • Rated Voltage: 25V
  • Impedance @20℃,100KHz: 0.34ohm Max.
  • Ripple Current @+105°C, 100KHz: 290mA Max.
  • Lifetime @105°C: 2000 Hours
  • Leakage Current Max.: 25 (μA)max

$0.28500

Out of stock
SKU UZ107M025HEJTA
Original MPNCAE107M1EHUZEG7TRC
Datasheet Data Sheet

Description

SMD Aluminum Electrolytic Capacitors, Extra low Impedance type UZ series, 2 pads Capacitance: 100µF, Tolerance ±20%, Voltage 25V, Case size: ØD6.3*L7.70mm, Impedance 0.32 Ohm., Ripple Current: 290mA Max. @+105℃, 100KHz, Lifetime 2000Hours @105°C, Operating Temp. Range -55°C ~+105°C

• Polar Aluminum Electrolytic Capacitor (Foil Type)
• High stability and reliability
• Lifetime 2000 Hours @ 105°C
• Designed Capacitor’s Quality Meets IEC60384.
• Applicable To Automatic Mounting Machine
• Cross Competitors Parts and more.
• RoHS Complaint And Halogen Free

APPLICATION

• High-density Patch Assembly General Electronic Circuit, such as power supply, lighting, etc

Specification

Series

UZ

Capacitance

100µF

Capacitance Tolerance

±20%

Rated Voltage

25V

Case Size

Ø6.3*L7.7mm

Impedance @20℃,100KHz

0.34ohm Max.

Ripple Current @+105°C, 100KHz

290mA Max.

Lifetime @105°C

2000 Hours

Operating Temp. Range

-55°C ~+105°C

Dissipation Factor @+105°C, 100KHz

0.14 Tanδ Max.

Leakage Current Max.

25 (μA)max

Mounting Type

Surface Mount, 2 pads

RoHS Status

RoHS III Compliant & Halogen Free

Moisture Sensitivity Level (MSL)

1 (Unlimited)

REACH Status

REACH Unaffected

HTSUS

8532.22.0020

ECCN

EAR99

Standard Package (MPQ)

1000pcs/Reel, Quantity entered must be multiple of 1000

NCNR

Non-Cancelable/Non-Returnable