Panasonic, ETQP3M Shielded Wire-wound SMD Inductor with a Metal Composite Core, 33 μH ±20% 2.1A Idc

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£6.08

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£7.30

(inc. VAT)

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10 - 40£0.608£6.08
50 - 90£0.575£5.75
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500 - 990£0.544£5.44
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Packaging Options:
RS Stock No.:
238-3585
Mfr. Part No.:
ETQP3M330KVN
Brand:
Panasonic
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Brand

Panasonic

Inductance

33 μH

Maximum DC Current

2.1A

Length

6.4mm

Depth

6mm

Automotive Standard

AEC-Q200

Shielded

Yes

Tolerance

±20%

Series

ETQP3M

Core Material

Metal Composite

Panasonic ETQP3M Series Wire-Wound Surface Mount Inductor, 33μH Inductance, 2.1A Maximum DC Current - ETQP3M330KVN


This wire-wound surface mount inductor is designed for use in various electronic applications, including automotive contexts where reliability is crucial. Its compact dimensions of 6.4 x 6 x 3mm make it suitable for space-constrained environments. This model stands out for its high inductance of 33 μH and the ability to handle a maximum DC current of 2.1 A.

Features & Benefits


• Provides reliable magnetic performance with wire-wound construction
• AEC-Q200 compliant, ensuring quality for automotive applications
• Low DC resistance of 226.6mΩ enhances efficiency
• Shielded design minimises electromagnetic interference
• Wide operating temperature range between -55°C and +155°C
• Metal composite core ensures durability and reliability

Applications


• Utilised in automotive electronic control units for vehicle systems
• Suitable for power supply circuits in automation equipment
• Applied in signal processing for audio and communication devices
• Used in DC-DC converters for energy-efficient solutions

What is the significance of the AEC-Q200 compliance for this component?


The AEC-Q200 compliance signifies that this component meets stringent automotive standards, ensuring its reliability and performance in harsh automotive environments, making it ideal for critical applications.

How does the size of this inductor impact its performance in PCB designs?


The compact dimensions allow for efficient space utilisation on PCBs, enabling designers to incorporate high-current inductors without compromising layout or performance.

What advantages does the low DC resistance offer in circuit design?


A low DC resistance leads to reduced power losses and improved thermal performance, which is crucial in high-efficiency applications, thereby enhancing overall system reliability.

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