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NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com

www.RFpassives.com

www.SMTmagnetics.com

SPECIFICATIONS ARE SUBJECT TO CHANGE

Thick Film Chip Resistors

NRCA Series

FEATURES

• EIA STANDARD SIZING 0402(1/16W), 0603(1/10W), 0805(1/8W), 1206(1/4W), 1210(1/2W), 2010(1/2W), 2512(1W)

• HIGH RELIABILITY AUTOMOTIVE GRADE AEC Q-200 QUALIFIED

• SULFUR RESISTANT (H2S 3PPM, 40°C, RH 90%, 1000 HOURS)

• BOTH FLOW SOLDER AND REFLOW SOLDERING ARE APPLICABLE

• AVAILABLE IN ZERO OHM (JUMPER)

Type

EIA

Size

Power Rating

at 70°C

Max.*1

Working

Voltage

Max.*2

Overload

Voltage

Resistance

Tolerance

(Code)

Temperature

Coefficient

(ppm/°C)

Resistance

Range

(

Ω)

Resistance

Value

Temperature

Range

NRCA04

0402 1/16 (0.063) W

50V

100V

±1% (F),

±5% (J)

+400/-200

1.0 ~ 10

E-24,E-96

-55°C ~ +155°C

±100

10.2 ~ 1M

±200

1.02M ~ 10M

NRCA06

0603 1/10 (0.10) W

75V

150V

±1% (F),

±5% (J)

+400/-200

1.0 ~ 10

±100

10.2 ~ 1M

±200

1.02M ~ 10M

NRCA10

0805 1/8 (0.125) W

150V

300V

±1% (F),

±5% (J)

+400/-200

1.0 ~ 10

±100

10.2 ~ 1M

±200

1.02M ~ 10M

NRCA12

1206

1/4 (0.25) W

200V

400V

±1% (F),

±5% (J)

+400/-200

1.0 ~ 10

±100

10.2 ~ 1M

±200

1.02M ~ 10M

NRCA25

1210

1/2 (0.50) W

200V

400V

±1% (F),

±5% (J)

+400/-200

1.0 ~ 10

±100

10.2 ~ 1M

±200

1.02M ~ 10M

NRCA50

2010

1/2 (0.50) W

200V

400V

±1% (F),

±5% (J)

±200

1.0 ~ 9.96

±100

10 ~ 1M

±200

1.02M ~ 10M

NRCA100

2512

1 (1.0) W

250V

500V

±1% (F),

±5% (J)

±200

1.0 ~ 9.96

±100

10 ~ 1M

±200

1.02M ~ 10M

NRCA04ZO

0402

Zero Ohm

Rated Current 1.0A (0.05

Ω max. DC Resistance)

NRCA06ZO

0603

Rated Current 1.0A (0.05

Ω max. DC Resistance)

NRCA10ZO

0805

Rated Current 1.5A (0.05

Ω max. DC Resistance)

NRCA12ZO

1206

Rated Current 2.0A (0.05

Ω max. DC Resistance)

NRCA25ZO

1210

Rated Current 3.0A (0.05

Ω max. DC Resistance)

NRCA50ZO

2010

Rated Current 3.2A (0.05

Ω max. DC Resistance)

NRCA100ZO 2512

Rated Current 4.5A (0.05

Ω max. DC Resistance)

Automotive Grade

Resistors

Note *2

- Maximum allowable Overload voltage is two times the

Maximum Working Voltage (see Note *1 above).

Power rating (Watts) x Resistance (Ohms)

Note *1

- Maximum allowable continuous Working Voltage

for all resistors is the lower of the two values:

“Maximum Working Voltage” as specified above

(or)

power rating must be derated according to the following chart:

o

C

100

80

60

40

20

0

-20

20

60

100

140 160

155

0402/0603/0805/1206/1210/2010/2512

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