MURATA BLM18PG471SN1D

Manuale d'uso

Murata Chip Ferrite Beads BLM18PG471SN1D

1. Prodotto finitoview

The Murata BLM18PG series chip ferrite beads are designed for noise suppression in electronic circuits. These components function like resistors at noise frequencies, preventing signal waveform distortion while minimizing the possibility of resonance. They are particularly suitable for circuits where stable ground lines are not available, as they do not require an earth connection.

The nickel barrier structure of the external electrodes provides excellent solder heat resistance, ensuring reliable performance in various applications. The BLM_P type features low DC resistance, making it ideal for high-current circuits. This series is designed for general-purpose applications.

Murata BLM18PG471SN1D Chip Ferrite Bead

Figure 1: Murata BLM18PG471SN1D Chip Ferrite Bead. This image shows a close-up of the small, rectangular ferrite bead with metallic end terminals.

2. Specifiche

ParametroValore
ProduttoreMURATA
Numero di parteBLM18PG471SN1D
TipoChip Ferrite Bead
Tipo di pacchetto0603 (1608 milioni)
Impedance @ 100MHz470 Ohm
Corrente nominale1A
Dimensioni (L×W×H)Dimensioni: 1.6 × 0.8 × 0.8 mm
Lunghezza1.6 millimetri
Larghezza0.8 millimetri
Altezza0.8 millimetri
MaterialeFerrite
Conformità RoHSCompiacente
Quantity per bag25 pezzi

3. Linee guida per l'applicazione

These ferrite beads are surface-mount devices (SMD) and are typically integrated into circuit boards during the manufacturing process. Proper soldering techniques are crucial for reliable performance. Ensure that the component is placed correctly on the solder pads according to the circuit design.

For optimal noise suppression, consider the frequency range of the noise you intend to suppress. The BLM18PG471SN1D offers 470 Ω impedance at 100MHz, making it effective for high-frequency noise. Its low DC resistance (BLM_P type) allows it to be used in power lines or signal lines carrying significant current without causing excessive voltage goccia.

Since these ferrite beads do not require an earth connection, they are suitable for circuits where the earth line is unstable or unavailable. This simplifies circuit design and layout.

4. Principi operativi

Ferrite beads function as frequency-dependent resistors. At low frequencies (e.g., DC or low signal frequencies), they exhibit very low impedance, allowing the desired signal to pass through with minimal attenuation. As the frequency increases, especially into the noise frequency range, the ferrite material becomes lossy, and the bead's impedance significantly increases, effectively attenuating the high-frequency noise.

This characteristic allows the ferrite bead to suppress noise without distorting the signal waveform, unlike a simple resistor which would attenuate all frequencies. The BLM18PG series is designed to prevent signal waveform distortion while simultaneously reducing the possibility of resonance, which can occur with capacitors or inductors.

5. Stoccaggio e movimentazione

To maintain optimal performance and reliability, store ferrite beads in a dry environment, away from direct sunlight and extreme temperatures. Avoid mechanical stress or excessive force during handling and assembly, as this can damage the component or its terminals.

Always handle components with anti-static precautions to prevent damage from electrostatic discharge (ESD), especially when integrating them into sensitive electronic circuits.

6. Informazioni sulla sicurezza

These components are intended for professional use in electronic circuit design and manufacturing. They are small and can pose a choking hazard if ingested. Keep out of reach of children.

When soldering, ensure adequate ventilation to avoid inhaling fumes. Follow all standard safety procedures for handling electronic components and working with soldering equipment.

7. Garanzia e supporto

For specific warranty information and technical support regarding Murata products, please refer to the official Murata Manufacturing Co., Ltd. website or contact their authorized distributors. As these are passive electronic components, their warranty typically covers manufacturing defects under normal operating conditions.

For detailed application notes, reliability data, and further technical inquiries, it is recommended to consult Murata's official documentation and support channels.

Documenti correlati - BLM18PG471SN1D

Preview Specifiche della serie BLM15PX delle perle di ferrite a chip Murata
Reference specification for Murata's BLM15PX series chip ferrite beads, designed for automotive electronics and compliant with AEC-Q200 standards. Includes detailed part numbering, ratings, electrical performance, testing conditions, dimensions, marking, packaging, and usage precautions.
Preview Specifiche delle perline di ferrite a chip della serie Murata BLM15
Questo documento fornisce specifiche dettagliate, applicazioni e precauzioni di manipolazione per le perle di ferrite in chip della serie BLM15 di Murata, progettate per i gruppi propulsori e le apparecchiature di sicurezza per autoveicoli.
Preview Filtri EMI serie Murata NFM21PC - Scheda tecnica
Scheda tecnica per la serie NFM21PC di filtri EMI a circuito singolo di Murata, progettati per applicazioni ad alta corrente. Include specifiche, dimensioni e note d'uso.
Preview Specifiche tecniche del chip di ferrite Murata serie BLM21 AEC-Q200
Specifiche tecniche dettagliate per le perle di ferrite a chip della serie Murata BLM21, che coprono prestazioni elettriche e meccaniche, classificazioni, imballaggio, saldatura, manipolazione e condizioni di conservazione per l'elettronica automobilistica.
Preview Termistori NTC Murata: catalogo prodotti completo e scheda tecnica
Esplora l'ampia gamma di termistori NTC di Murata per un rilevamento e una compensazione precisi della temperatura. Scopri le tipologie a chip, a piombo e a stringa con specifiche e applicazioni dettagliate.
Preview Manuale di installazione Murata 2CX: schema di terra, layout PIN, volume di alimentazionetage, Antenna
Guida all'installazione del modulo Murata 2CX, che descrive in dettaglio lo schema di terra, il layout dei PIN, il volume di alimentazionetagspecifiche e considerazioni sulla progettazione dell'antenna. Include numeri di identificazione FCC e IC.