Panasonic ERJ8CW, AEC-Q200 Dickschicht, Dickschicht 20 mΩ ±1 % Oberfläche / 1 W ±75 ppm/°C, ±75 ppm/°C, 1206 Gehäuse

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RS Best.-Nr.:
106-7117
Herst. Teile-Nr.:
ERJ8CWFR020V
Marke:
Panasonic
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Marke

Panasonic

Serie

ERJ8CW

Automobilstandard

AEC-Q200, AEC-Q200

Technologie

Dickschicht, Dickschicht

Widerstand

20 mΩ

Toleranz

±1 %

Montageart

Oberfläche

Nennleistung

1 W

Temperaturkoeffizient

±75 ppm/°C, ±75 ppm/°C

Gehäusegröße

1206

Höhe

650 μm

Länge

3.2 mm

Maximale Betriebstemperatur

125 °C

Betriebstemperatur min.

-55 °C

Verpackungsart

Band und Rolle

Widerstandstyp

Stromerkennung

Normen/Zulassungen

IEC 60115-8

Anschlussart

Flachkontakt

Breite

1.6 mm

Ursprungsland:
JP

Panasonic ERJ8CW Series SMD Resistor, 20mΩ Resistance, 1W Power Rating - ERJ8CWFR020V


This SMD resistor is designed for high-performance electronic applications. With a resistance of 20 mΩ and thick film technology, it is Ideal for circuits requiring low resistance values. This particular 1206 SMD resistor boasts a power rating of 1W and operates effectively in diverse temperature conditions, from -55 °C to higher extremes. The trusted AEC-Q200 compliance makes it suitable for automotive and industrial uses, ensuring reliability in mission-critical systems.

Features & Benefits


• Thick film technology ensures high stability and durability

• ±1 % tolerance for precise resistor values

• Low resistance Value caters to high-performance applications

• Operates effectively within a temperature range of -55 °C

• 1W power rating allows handling of substantial power levels

• AEC-Q200 compliant ensures suitability for automotive environments

Applications


• Used in automotive control systems for reliable performance

• Employed in power supply circuits to manage low currents

• Integrated into sensor requiring quick response times

• Suitable for high-frequency circuits to maintain signal integrity

• Utilised in industrial automation systems for robustness

What characteristics contribute to the durability of this component?


The use of thick film technology provides enhanced durability, allowing it to withstand thermal and mechanical stress in demanding environments. This makes it an Ideal choice for applications in the automotive and industrial sectors.

How does the tolerance level affect circuit performance?


With a tolerance of ±1 %, this component ensures high precision in resistor values, contributing significantly to circuit reliability and functionality. Such accuracy is Crucial in applications where performance depends on EXACT electrical criteria.

What can be expected regarding temperature stability in operational settings?


It features a temperature coefficient of ±75ppm/°C, enabling it to maintain consistent performance across a wide temperature range, thus ensuring reliable operations even in fluctuating thermal conditions.

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