Illinois Capacitor Aluminum Electrolytic

Aluminum Electrolytic capacitors with an extensive range of radial, axial lead and surface mount aluminum electrolytics, in multiple termination styles.  Low ESR, high frequency and high-temperature types are especially popular and required for many high-performance electronic products. 

 

Info

Radial Lead General Purpose

Series PDF Description Capacitance WVDC Temp. Range
CKR_CKS Datasheet +85°C, Standard 2000 hour 0.1uF - 22000uF 6.3 to 500 -40°C to +85°C
CKH_CKE Datasheet +105°C, Extended life 2000 hour 0.1uF - 22000uF 6.3 to 450 -40°C to +105°C

 

Radial Lead High Frequency/Low Impendance

Series PDF Description Capacitance WVDC Temp. Range
KXM Datasheet +105°C, High Voltage Low Impedance Long Life, 5000 hours 0.47uF - 15000uF 6.3 to 100 -55°C to +105°C
KBM Datasheet +105°C, High Frequency Low Impedance/ESR,8000 to 10000 hours 0.47 - 10000 6.3 to 100 -40°C to +105°C
TXK Datasheet +105°C, High Voltage Low Impedance Long Life, 5000 hours 2.2 - 220 160 to 450 -40°C to +105°C
KFM Datasheet +105°C, High Frequency Low Impedance/ESR,8000 to 10000 hours 1 - 330 160 to 450 -40°C to +105°C

 

Snap-in/Snap Mount

Series PDF Description Capacitance WVDC Temp. Range
LBA Datasheet +85°C Standard 2000 hrs 47uF - 82000uF 10 to 500 -40°C to +85°C
LBB Datasheet +85°C, Extended Life, 3000 hours 82uF - 47000uF 16 to 450 -40°C to +85°C
LMX Datasheet +105°C, 5000 Hour 47 - 47000 10 to 450 -40°C to +105°C

 

Surface Mount

Series PDF Description Capacitance WVDC Temp. Range
SML Datasheet +85°C Standard 2000 hrs 0.1uF - 1500uF 4 to 100 -40°C to +85°C
SMH Datasheet +105°C, General Purpose 1000 hours 0.1 - 1500 6.3 to 50 -55°C to +105°C
AXZ Datasheet +105°C, Low Impedance 2000 hours 1 - 1500 6.3 to 50 -55°C to +105°C

 

Axial Lead

Series PDF Description Capacitance WVDC Temp. Range
TTA Datasheet +85°C, Standard, general purpose 2000 hours 0.47uF - 22000uF 10 to 500 -40°C to +85°C

Features

  • Small size
  • High voltage
  • High current
  • Axial lead

Applications

  • Filtering
  • Bypass
  • Coupling
  • Blocking
  • Switching power supplies