Abracon High-Current Ferrite Beads

Abracon High-Current Ferrite Beads feature monolithic inorganic construction materials to enable high heat resistance and a broad impedance range. These ferrite beads are designed for EMI noise reduction in power and signal lines. The high-current ferrite beads are used with capacitors to form Pi, T, or any low-pass filters to suppress high-frequency noise (including GHz). These ferrite beads are AEC-Q200 qualified and operate over a -55°C to +150°C temperature range.  The power line beads are equipped to suppress noise from the supply rail to the electronic circuit or from the circuit to the rail. Applications include electronic control units (ECUs), RF transceiver modules, antennas, infotainment systems, advanced driver assistance systems (ADAS), and industrial connectivity (IIoT).

Features

  • AEC-Q200 qualified
  • -55°C to +150°C operating temperature range
  • Wide range impedance
  • Monolithic inorganic material construction
  • High heat resistance

Applications

  • ECUs
  • RF transceiver modules
  • Antennas
  • Infotainment systems
  • ADAS
  • IIoT

Automotive Power Line Ferrite Beads

Abracon High-Current Ferrite Beads

Automotive Signal Line Ferrite Beads

Abracon High-Current Ferrite Beads
View Results ( 35 ) Page
Part Number Datasheet Impedance Maximum DC Resistance Maximum DC Current Minimum Operating Temperature Maximum Operating Temperature
AFBC-Q0805G-121-T AFBC-Q0805G-121-T Datasheet
AFBC-Q0805-102-T AFBC-Q0805-102-T Datasheet 1 kOhms 450 mOhms 400 mA - 55 C + 150 C
AFBC-Q0805H-301-T AFBC-Q0805H-301-T Datasheet
AFBC-Q0402-300-T AFBC-Q0402-300-T Datasheet 30 Ohms 200 mOhms 300 mA - 55 C + 150 C
AFBC-Q0402-301-T AFBC-Q0402-301-T Datasheet 300 Ohms 500 mOhms 100 mA - 55 C + 150 C
AFBC-Q0603-300-T AFBC-Q0603-300-T Datasheet
AFBC-Q0805H-300-T AFBC-Q0805H-300-T Datasheet
AFBC-Q3211-300-T AFBC-Q3211-300-T Datasheet
AFBC-Q4532-800-T AFBC-Q4532-800-T Datasheet
AFBC-Q0402-102-T AFBC-Q0402-102-T Datasheet 1 kOhms 1.2 Ohms 50 mA - 55 C + 150 C
Published: 2022-10-24 | Updated: 2023-04-10