TE Connectivity NEOHM SMA-Q 162 Ω, 0207 Thin Film Surface Mount Resistor 0.1 % Surface 1 W - SMA-Q0207BTCT162R

Subtotal (1 reel of 2000 units)*

$1,268.00

(exc. GST)

$1,394.00

(inc. GST)

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Units
Per unit
Per Reel*
2000 +$0.634$1,268.00

*price indicative

RS Stock No.:
590-083
Mfr. Part No.:
SMA-Q0207BTCT162R
Brand:
TE Connectivity
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Brand

TE Connectivity

Product Type

Surface Mount Resistor

Resistance

162Ω

Resistor Type

Metal Film

Technology

Thin Film

Package/Case

0207

Packaging

Tape & Reel

Tolerance

0.1 %

Power Rating

1W

Voltage

350V

Mount Type

Surface

Temperature Coefficient

±25 ppm/°C

Automotive Standard

AEC-Q200

Minimum Operating Temperature

-55°C

Series

NEOHM SMA-Q

Maximum Operating Temperature

155°C

Standards/Approvals

IEC 60115-1, JIS-C-5201-1, MIL-STD-202, RoHS, UL-94

Length

5.90mm

Termination Style

Melf 0207

Width

2.2mm

COO (Country of Origin):
TW
The TE Connectivity Metal film precision MELF resistors boasting an SMD-enabled design that enhances both performance and reliability. With AEC-Q200 qualification, this resistor offers tight tolerances and an extremely low temperature coefficient, ensuring exceptional stability across a broad range of applications. The improved coating provides enhanced protection against humidity, making it an ideal choice for automotive and industrial scenarios. It is RoHS compliant and comes in a compact size, accommodating various power ratings to suit different circuit requirements. Coupled with its remarkable electrical characteristics, It provides a robust solution for any precision measurement or telemetry needs.

AEC Q200 qualification ensures compliance with stringent automotive standards

Thin film technology guarantees high precision and reliability

Lead free construction promotes eco friendly use

Moisture sensitivity level of MSL1 enables easy handling

Exceptional stability across varying temperatures and loads

Designed for diverse applications, including automotive and industrial use

Single pulse and continuous pulse testing demonstrate resilience under stress

Compact dimensions facilitate integration into space constrained designs

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