2-1624117-0 – TYCO ELECTRONICS
1 kOhm Ferrite Bead, 0805, 100 MHz, 350mA, 300 mOhm.
Stock Quantity: 1880
Selling Unit: Each
| Quantity | Price (ex VAT) |
|---|---|
| 1+ | 0.04 |
| 10+ | |
| 50+ | |
| 100+ |
1880 in stock
Contact us for volume pricing
- Same day shipping if ordered before 14.00 GMT
- 6 month warranty on all stock items
- All stock held and shipped from our UK warehouse
- Worldwide shipping available, contact us for a quotation
- We can ship on your DHL or UPS account if required
- Any import duties or taxes are the responsibility of the receiver
Overview
The TE Connectivity BMB2A1000LN2JIT is a multilayer chip bead designed for effective high-frequency noise suppression in sensitive electronic circuits. Its primary function is to present a high impedance at specific frequencies, thereby attenuating unwanted electromagnetic interference (EMI) without significantly impacting the desired signal path. A critical design consideration for multilayer ferrite beads like this 0805 package part is the trade-off between impedance magnitude and DC current handling capability; achieving higher impedance often necessitates a larger physical footprint or a more complex internal structure, which can limit the maximum allowable DC current. This component’s 1 kΩ impedance at 100 MHz and 350 mA current rating make it suitable for applications demanding robust filtering in compact form factors.
Key Features
- Impedance: 1 kOhms @ 100 MHz
- Maximum DC Current: 350 mA
- Termination Style: SMD/SMT
- Package/Case: 0805 (2125 metric)
- Operating Temperature Range: -55°C to +125°C
- Dimensions: 2 mm (L) x 1.2 mm (W) x 0.9 mm (H)
Applications
The component is engineered for deployment in systems requiring high reliability and performance under specific operating conditions. It provides functional stability across the stated design envelope.
- High-frequency signal line EMI filtering in consumer electronics
- Power supply decoupling for sensitive analog ICs
- Noise suppression in digital communication interfaces
- Transient voltage suppression in compact embedded systems
