TE Connectivity NEOHM SMA-Q 976 Ω, 0204 Thin Film Surface Mount Resistor 1 % Surface 0.4 W - SMA-Q0204FTDX976R

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Subtotal (1 reel of 3000 units)*

₩210,000.00

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  • 2027년 2월 09일 부터 배송
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3000 - 12000₩70.00₩211,200.00
15000 +₩68.00₩207,000.00

* 참고 가격: 실제 구매가격과 다를 수 있습니다

RS 제품 번호:
590-357
제조사 부품 번호:
SMA-Q0204FTDX976R
제조업체:
TE Connectivity
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브랜드

TE Connectivity

Product Type

Surface Mount Resistor

Resistance

976Ω

Technology

Thin Film

Resistor Type

Metal Film Precision

Package/Case

0204

Tolerance

1 %

Packaging

Tape & Reel

Power Rating

0.4W

Voltage

20V

Temperature Coefficient

±50 ppm/°C

Mount Type

Surface

Automotive Standard

AEC-Q200

Minimum Operating Temperature

-55°C

Series

NEOHM SMA-Q

Maximum Operating Temperature

155°C

Length

3.5mm

Standards/Approvals

IEC 60115-1, JIS-C-5201-1, RoHS, UL-94 V-0/V-1

Width

1.4mm

COO (Country of Origin):
TW
The TE Connectivity Cutting-edge metal film precision MELF resistor is engineered for high performance and reliability in challenging applications. Designed specifically for the automotive and industrial sectors, it boasts an SMD-enabled structure that ensures exceptional stability and a low temperature coefficient of resistance. With AEC-Q200 qualification, it meets stringent automotive standards while offering superior protection against humidity due to its improved coating. This resistor is ideal for a diverse set of applications, including medical equipment, telecommunication devices, and measurement/testing equipment. Its robust design assures a long-lasting performance, making it a perfect choice for modern electronic circuits.

Employs advanced thin film technology for precision tolerance

Optimised for a wide range of applications, ensuring versatility

Lead free and RoHS compliant, adhering to environmental standards

Offers outstanding moisture sensitivity, classified at MSL1

Designed to withstand high temperatures with excellent thermal stability

Features sn termination on the nickel barrier layer for increased durability

Capable of maintaining performance under pulse and continuous load conditions

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