Electronic/Electrical Parts and Controll Equipments
64-0615-77 EPCOS 5.6 mH ±30% Ferrite Power Inductor, 2A Idc, 160mΩ Rdc B82721A B82723J2202N001
Product Description
Product Model: 64-0615-77Product Brand: EPCOS Features […]
Contact Us
Product Details
Product Model: 64-0615-77
Product Brand: EPCOS
Features
- VDE; UL Recognised Component. VDE 0565-2 UL 1283. The stated Rated Current I R is referenced to 50Hz @ T A 40°C The stated Rated Inductance L R is per Coil @ 20°C. Epcos B82721A Series Common Mode Choke. Current-compensated ring core double chokes with a ferrite core in flame retardant potting and case to (UL94V-0) High resonance frequency by virtue of the unique winding technique ***d Applications include switch-mode power supplies for computers, televisions and other sensitive electronic equipment. Additionally the B82721/2/3/4/5A ranges of chokes are suitable for electronic ballasts in lamps, and the B82725J range of chokes is ideally suited for washing machines and chargers. Low profile horizontal (-A/-B) versions Vertical (-J/-K) versions save PCB space
Spec
- Quantity:1box(320pieces)
- Inductance:5.6 mH
- Maximum DC Current:2A
- Mounting Type:Radial
- Maximum DC Resistance:160mΩ
- Tolerance:±30%
- Length:28mm
- Depth:18.6mm
- Height:30.5mm
- Dimensions:28 x 18.6 x 30.5mm
- Core Material:Ferrite
- Lead Pitch:12.5 mm, 15 mm
- Series:B82721A
- Minimum Operating Temperature:-40°C
- CODE No.:167-0189
Related product recommendations
You may also be interested in the following products
63-7629-82 Hirose DF11, 20 Way, 2 Row, Straight PCB Header DF11-20DP-2DSA(01)
model: 63-7629-82
brand: Hirose
64-0552-60 STF3NK100Z N-Channel MOSFET, 2.5 A, 1000 V MDmesh, SuperMESH, 3-Pin TO-220FP STMicroelectronics STF3NK100Z
model: 64-0552-60
brand: STMicroelectronics
63-8407-68 Murata 47pF MLCC 100V dc ±5pF Through Hole RDE5C2A470J0M1H03A RDE5C2A470J0M1H03A
model: 63-8407-68
brand: Murata
63-8253-54 M Series Sensor Connectors Series M12 Panel Mount Connector, 4 contacts Plug M12A-04PMMR-SF8001
model: 63-8253-54
brand: Amphenol