860021383023 | Würth Elektronik eiSos

Electrolytic capacitor, 150 µF, 400 V (DC), ±20 %, radial, pitch 10 mm, Ø 22 mm

Order No.: 14D1364
EAN: 4099879140135
MPN:
860021383023
Series: WCAP-ATG5
Würth Elektronik eiSos
default L
Image may differ
Unit Price (€ / pc.)
8.4847 € *
Available: 44 pcs.
Leadtime: On Request **
Total Price:
8.48 € *
Price list
Quantity
Price per unit*
1 pcs.
8.4847 €
50 pcs.
7.2352 €
100 pcs.
6.2951 €
250 pcs.
5.6049 €
500 pcs.
4.9028 €
*incl. VAT plus shipping costs
**Subject to prior sale

Characteristics

  • Capacitance range: 0.2 pF ‒ 350 F
  • Capacity tolerance: ±20 %
  • Dimensions (DxL) in mm: 5.0 x 11.0 to 22.0 x 31.0
  • Lifespan: 2000 hours @ +105 °C
  • Mounting style: THT Radial
  • Operating temperature: -40°C to +105°C for UR < 400 V(DC), -25°C to +105°C for UR ≥ 400 V(DC)
  • Recommended soldering: Wave soldering
  • Product series for general-purpose use with a maximum operating temperature of +105°C
  • Capacitance range: 0.1 µF to 18000 µF
  • Mounting type: THT Radial
  • Recommended soldering method: Wave soldering

Application:

  • Filtering
  • Smoothing
  • Energy storage
  • Coupling
  • e.g. Switched-mode power supply, AC/DC converter, adapter, charger, digital camera
  • Filtering
  • Smoothing
  • Energy storage
  • Coupling
  • e.g. Switched-mode power supply, AC/DC converter, adapter, charger, digital camera
Technical specifications
Connection solder connection
Version polar
Design radial
diameter 22 mm
Capacity 150 µF
Length 31 mm
max. operating temperature 105 °C
min. operating temperature -25 °C
Rated voltage (DC) 400 V
Grid 10 mm
Ripple current 640 mA
Tolerance ±20 %
Logistics
Country of origin CN
Customs tariff number 85322200
MSL MSL 1
Original Packaging Tray with 100 pieces
Compliance
RoHS conform Yes
Date of RoHS guidelines 3/31/15
SVHC free Yes
Variations
diameter
Length
Grid
Capacity
Ripple current
Design
Version
Tolerance
Connection
min. operating temperature
Rated voltage (DC)
max. operating temperature
1 item in 25 variations
*incl. VAT plus shipping costs