RJ0805FC100R - Yageo USA

DATA SHEE

T

CHIP RESISTORS

RJ Series

1%; TC50

Product Specification - Jan. 16, 2003 V.03 Supersedes Date of Oct. 21, 2002

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9

SERIES

RJ

RJ0805 / RJ1206 / RJ1210 / RJ2010 / RJ2512

Either resistance in E-24 or E-96: 4 digits

First three digits for significant figure and 4th

digit for number of zeros

RJ0603

E-24 series: 3 digits

First two digits for significant figure and 3rd

digit for number of zeros

E-96 series: 3 digits for 0603±1% EIA-96

marking method. See Table 1

RJ0201 / RJ0402

No value marking

MARKING

RJ XXXX X X E XX XXXX

(1) (2) (3) (4) (5)

(1) SIZE (INCH)

0201=0.024×0.012

0402=0.040×0.020

0603=0.063×0.033

0805=0.083×0.051

1206=0.122×0.063

1210=0.122×0.102

2010=0.197×0.098

2512=0.250×0.126

(2) TOLERANCE

F = ±1%

(3) PACKAGING TYPE

R = Paper taping reel

K = Embossed Plastic Tape Reel

C = Bulk case

(4) SPECIAL TYPE

07 = 7 inch dia. Reel

10 = 10 inch dia. Reel

13 = 13 inch dia. Reel

(5) RESISTANCE VALUE:

5R6, 56R, 560R, 5K6, 56K, 56M.

SCOPE

This specification describes RJ series chip resistors made by thin film process.

ORDERING INFORMATION

Part number is identified by the series, size, tolerance, packing style, temperature coefficient, special type and

resistance value.

Fig. 1 Value=10KΩ

ynsc004

Fig. 2 Value=12KΩ

ynsc015

Fig. 3 Value=12.4KΩ

10C

ynsc002

E

EI

I

A

-

9

96

6

M

A

R

K

I

IN

NG

G

R

U

UL

LE

E

Code Value Code Value Code Value Code Value Code Value Code Value Code Value Code Value

01 100 13 133 25 178 37 237 49 316 61 422 73 562 85 750

02 102 14 137 26 182 38 243 50 324 62 432 74 576 86 768

03 105 15 140 27 187 39 249 51 332 63 442 75 590 87 787

04 107 16 143 28 191 40 255 52 340 64 453 76 604 88 806

05 110 17 147 29 196 41 261 53 348 55 464 77 619 89 825

06 113 18 150 30 200 42 267 54 357 66 475 78 634 90 845

07 115 19 154 31 205 43 274 55 365 67 487 79 649 91 866

08 118 20 158 32 210 44 280 56 374 68 499 80 665 92 887

09 121 21 162 33 215 45 287 57 383 69 511 81 681 93 909

10 124 22 165 34 221 46 294 58 392 70 523 82 698 94 931

11 127 23 169 35 226 47 301 59 402 71 536 83 715 95 953

12 130 24 174 36 232 48 309 60 412 72 549 84 732 96 976

The third character is a letter multiplier:

X=10-1, Y=10-2, A=100, B=101, C=102, D=103, E=104, F=105

Table 1 shows the first two digits of the three-digit EI

A

-96 part-marking scheme.

Fig. 4

ynsc007

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SERIES

RJ

DIMENSION

handbook, 4 columns

protective coat

resistor layer

inner electrode

end termination

ceramic substrate

MBE940_a

H

I2

Fig. 5 Chip resistor construction

CONSTRUCTION

The resistors are constructed out of

a high-grade ceramic body. Internal

metal electrodes are added at each

end and connected by a resistive

layer. The resistive layer is adjusted

to give the approximate required

resistance and laser cutting of this

resistive layer that achieves

tolerance trims the value. The

resistive layer is covered with a

protective coat and printed with the resistance value. Finally, the two external termina

t

ions are added. See fig.5

MBE940_a

protective coat

W

L

I

1

Fig. 6 Chip resistor dimension

TYPE L (mm) W (mm) H (mm) I1 (mm) I2 (mm)

RJ0201 0.6±0.10 0.30±0.05 0.25±0.05 0.15±0.10 0.15±0.10

RJ0402 1.00±0.10 0.50±0.05 0.30±0.05 0.20±0.10 0.25±0.10

RJ0603 1.60±0.10 0.80±0.10 0.45±0.10 0.25±0.15 0.25±0.15

RJ0805 2.00±0.10 1.25±0.10 0.50±0.10 0.35±0.20 0.35±0.20

RJ1206 3.10±0.10 1.60±0.10 0.55±0.10 0.45±0.20 0.40±0.20

RJ1210 3.10±0.10 2.60±0.15 0.55±0.10 0.50±0.20 0.50±0.20

RJ2010 5.00±0.10 2.50±0.15 0.55±0.10 0.60±0.20 0.50±0.20

RJ2512 6.35±0.10 3.20±0.15 0.55±0.10 0.60±0.20 0.50±0.20

Table 2

n

dbook, halfpage

MLB206

70 10055 50 Tamb( C)

o

(%P )

rated

00

50

100

125

Pmax

Fig. 7 Maximum dissipation (Pmax) in percentage of rated

power as a function of the operating ambient

temperature (Tamb)

R

A

T

TE

ED

D

V

O

OL

LT

T

A

G

GE

E:

:

The DC or AC (rms) continuous working voltage

corresponding to the rated power is determined by the

following formula:

V=√(P X R)

Where

V=Continuous rated DC

or AC (rms) working voltage (V)

P=Rated power (W)

R=Resistance value (X)

For dimension see Table 2

POWER RATING

R

RA

AT

TE

ED

D

P

PO

OW

WE

ER

R

A

AT

T

7

70

0°

°C

C:

:

RJ0201=1/20W, RJ0402=1/16W, RJ0603=1/16W, RJ0805=1/10W, RJ1206=1/8W, RJ1210=1/4W, RJ2010=1/2W,

RJ2512=3/4W

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SERIES

RJ

CHARACTERISTICS

OPERATING

TEMPERATURE

RANGE

DERATED

TO

0 LOAD AT

MAXIMUM

W

ORKING

VOLTAGE

DIELECTRIC

W

ITHSTAND

VOLTAGE

MAXIMUM

OVERTOAD

VOLTAGE

RESISTANCE

RANGE

TEMPERATURE

COEFFICIENT

RJ0201 –55°C to +125°C +125°C 15V

50V 50V

10Ω~30KΩ±50ppm/°C

RJ0402 –55°C to +125°C +125°C 25V

100V 100V

10Ω~121KΩ±50ppm/°C

RJ0603 –55°C to +125°C +125°C 50V

100V 100V

3Ω~681KΩ±50ppm/°C

RJ0805 –55°C to +125°C +125°C 100V

250V 200V

3Ω~1.5MΩ±50ppm/°C

RJ1206 –55°C to +125°C +125°C 150V

250V 250V

3Ω~1.5MΩ±50ppm/°C

RJ1210 –55°C to +125°C +125°C 150V

400V 300V

1Ω~1MΩ±50ppm/°C

RJ2010 –55°C to +125°C +125°C 150V

400V 300V

10Ω~1MΩ±50ppm/°C

RJ2512 –55°C to +125°C +125°C 150V

400V 300V

10Ω~1MΩ±50ppm/°C

ELECTRICAL CHARACTERISTICS

Table 2

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SERIES

RJ

PAPER TAPE SPECIFIC

A

TION

TAPING REEL

Table 4

Table 5

FW

P0

P2

D0

B

AP1

E

MBD123_a

T

Fig. 9 Paper tape dimension

For dimension see Table 5

id

th

C0.8

21 BA

W

T

MSA284_a

Fig. 8 Reel dimension

For dimension see Table 4

DIMENSION RJ0201 RJ0402 RJ0603 RJ0805 RJ1206 RJ121

0

RJ2010 RJ2512

PACKAGING

Pape

r

Pape

r

Pape

r

Pape

r

Pape

r

Pape

r

Embossed Embossed

TAPE WIDTH

8mm 8mm 8mm 8mm 8mm 8mm 12mm 12mm

ØA (mm)

180+0/–3 180+0/–3 180+0/–3 180+0/–3 180+0/–3 180+0/–3 180+0/–3 180+0/–3

ØB (mm)

60+1/–

0

60+1/–0 60+1/–0 60+1/–0 60+1/–

0

60+1/–

0

60+1/–0 60+1/–0

ØC (mm)

13.0±0.

2

13.0±0.

2

13.0±0.

2

13.0±0.

2

13.0±0.

2

13.0±0.

2

13.0±0.

2

13.0±0.

2

W (mm)

9.0±0.3 9.0±0.3 9.0±0.3 9.0±0.3 9.0±0.3 9.0±0.3 13.0±0.3 13.0±0.3

T (mm)

11.4±1 11.4±1 11.4±1 11.4±1 11.4±1 11.4±1 15.4±1 15.4±1

DIMENSION

RJ0201 RJ040

2

RJ0603 RJ0805 RJ1206 RJ121

0

A

(mm)

0.45±0.1 0.65±0.1 1.10±0.1 1.65±0.1 1.90±0.1 2.80±0.1

B

(mm)

0.75±0.1 1.15±0.1 1.90±0.1 2.40±0.1 3.50±0.1 3.50±0.1

W

(mm)

8.0±0.2 8.0±0.

2

8.0±0.

2

8.0±0.

2

8.0±0.

2

8.0±0.

2

E

(mm)

1.75±0.1 1.75±0.1 1.75±0.1 1.75±0.1 1.75±0.1 1.75±0.1

F

(mm)

3.5±0.05 3.5±0.05 3.5±0.05 3.5±0.05 3.5±0.05 3.5±0.05

P

0

(mm)

4.0±0.1 4.0±0.1 4.0±0.1 4.0±0.1 4.0±0.1 4.0±0.1

P

1

(mm)

2.0±0.05 4.0±0.05 4.0±0.05 4.0±0.05 4.0±0.05 4.0±0.05

P

2

(mm)

2.0±0.05 2.0±0.05 2.0±0.05 2.0±0.05 2.0±0.05 2.0±0.05

ØD

0

(mm)

1.5+0.1/–0 1.5+0.1/–

0

1.5+0.1/–

0

1.5+0.1/–0 1.5+0.1/–

0

1.5+0.1/–

0

T

(mm)

0.35±0.10 0.53±0.1

0

0.70±0.1

0

0.85±0.10 0.85±0.1

0

0.85±0.1

0

DIMENSION

RJ2010 RJ2512

A (mm) 2.80±0.2 3.5±0.2

B (mm) 5.4±0.2 6.7±0.2

W (mm) 12.0±0.3 12±0.3

E (mm) 1.75±0.1 1.75±0.1

F (mm) 5.5±0.05 5.5±0.05

P0 (mm) 4.0±0.1 4.0±0.1

P1 (mm) 4.0±0.1 4.0±0.1

P2 (mm) 2.0±0.05 2.0±0.05

ØD0 (mm) 1.5+0.1/–0 1.5+0.1/–0

ØD1 (mm) 1.5±0.25 1.5±0.25

Tmax (mm) 4.5 4.5

MBG516_a

E

FW

P2

P0

D0

B

AD

1

P1

direction of unreeling

cover tape

T

EMBOSSED TAPE SPECIFICATION

Fig. 10 Embossed tape dimension

Table 6

For dimension see Table 6

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SERIES

RJ

B

BU

UL

L

K

C

A

S

SS

SE

ET

TT

TE

E

handbook, 4 columns

slider shutter

coupled

portion

MGB377

Fig.12 Bulk case outline

PACKING METHOD

L

LE

E

A

AD

DE

E

R

R/

/T

T

R

A

AI

IL

LE

E

R

T

A

AP

PE

E

S

SP

PE

EC

CI

IF

FI

IC

C

A

AT

TI

IO

ON

N

CCB325

empty compartments

with cover tape

(min. 240 mm) cover tape only

leader ≥400 mm

trailer (max. 260 mm)

trailer end

leader end

Fig. 11 Leade

r

and trailer tape dimension

Table 7 Packing style and packaging quantity

PACKING STYLE REEL DIMENSION

RJ0201

RJ0402

RJ0603

RJ0805

RJ1206

RJ1210

RJ2010

RJ2512

Paper Taping Reel (R) 7" (178 mm)

10,000

5,000

---

10" (254 mm)

20,000

10,000

---

13" (330 mm)

40,000

20,000

---

Embossed Ta

p

in

g

Reel

(

K

)

7" (178 mm)

---

4,000

Bulk Cassette (C)

50,000

25,000

10,000

---

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SERIES

RJ

TYPE TEST METHOD ACCEPTANCE STANDARD

Formula

Temperature

Coefficient o

f

Resistance

(T.C.R.)

Measure resistance at

+25°C or specified room

temperature as R1, then

measure at –55°C or

+125°C respectively as R2.

Determine the

temperature coefficient of

resistance from the

following formula:

T.C.R.= ------------------------- × 106 (ppm/°C)

Where

t1=+25°C or specified room temperature

t2=–55°C or +125°C test temperature

R1=resistance at reference temperature in ohms

R2=resistance at test temperature in ohms

±50ppm/°C

Thermal

Shoc

k

At –55±3°C for 2 minutes and at +125±2°C for 2 minutes as one cycle. After 25

cycles, the specimen shall be stabilized at room temperature.

Measure the resistance to determine ∆R/R(%) after one more hour.

±(0.5%+0.05Ω)

Low

Temperature

Operation

Place the specimen in a test chamber maintained at –65 (+0/–5)°C. After one hour

stabilization at this temperature, full rated working voltage shall be applied for 45

(+5/–0) minutes. Have15 (+5/–0) minutes after remove the voltage, the specimen

shall be removed from the chamber and stabilized at room temperature for 24 hrs.

Measure the resistance to determine ΔR/R(%).

±(0.5%+0.05Ω)

No mechanical damage

Short

Time

Overload

Apply 2.5 times of rated voltage but not exceeding the maximum overload voltage

for 5 seconds. Have the specimen stabilized at room temperature for 30 minutes

minimum.

Measure the resistance to determine ΔR/R(%).

±(1.0%+0.05Ω) for 1.0%

tolerance

No evidence of mechanical

damage

Insulation

Resistance

Place the specimen in the jig and apply a rated continues overload voltage (R.C.O.V)

for one minute.

Measure the insulation resistance.

Type RJ0201 RJ0402 RJ0603 RJ0805

RJ1206

RJ1210

RJ2010

RJ2512

Volta

g

e 50

V

100

V

100

V

200

V

250

V

300

V

300

V

300

V

≥10,000MΩ

Dielectric

Withstand

Voltage

Place the specimen in the jig and apply a specified value continuous overload voltage

as shown for one minute.

Type RJ0201 RJ0402 RJ0603 RJ0805

RJ1206

RJ1210

RJ2010

RJ2512

Volta

g

e 50

V

100

V

100

V

200

V

250

V

300

V

300

V

300

V

Breakdown voltage>

specification and without

open/short

Resistance

To Soldering

Heat

Immerse the specimen in the solder pot at 260±5°C. for 10±1 seconds. Have the

specimen stabilized at room temperature for 30 minutes minimum.

Measure the resistance to determine R/R(%).Δ

±(0.5%+0.05Ω)

No visible damage

R2–R1

R1(t2–t1)

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SERIES

RJ

TYPE TEST METHOD ACCEPTANCE STANDARD

Moisture

Resistance

Place the specimen in the test chamber and subject to 42 damp heat cycles. Each

one of which consists of the steps 1 to 7 as figure 14. The total length of test is

1,000 hours. Have the specimen stabilized at room temperature for 24 hours after

testing.

Measure the resistance to determine R/R(%).Δ

±(0.5%+0.05Ω)

No visible damage

Life Place the specimen in the oven at 70±2°C. Apply the rated voltage to the specimen at

the 1.5 hours on and 0.5 hour off cycle. The total length of test is 1,000 hours. Have

the specimen stabilized at room temperature for one hour minimum after testing.

Measure the R/R(%).Δ

±(1%+0.05Ω) for 1% tolerance

Solderabilit

y

Immerse the specimen in the solder pot at 230±5°C for 5 sec. At least 95% solder coverage on

the termination

Mount the specimen on a test board as

shown in the figure 13. Slowly apply the force

till the board is bent for 5±1 sec.

Measure the R/R(%) at this position.Δ

Bending

Strength

Type RJ0201 RJ0402 RJ0603 RJ0805

RJ1206

RJ1210

RJ2010

RJ2512

S

p

ec 2mm 2mm 3mm 3mm

2mm

±(1.0%+0.05Ω) for 1%

tolerance

No visible damage

Fig. 13 Principle of the bending

test

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RJ

75

initial drying

24 hours

90 − 98% RH 80 − 98%

RH

temperature

tolerance

±2 °C (±3.6 °F)

unless otherwise

specified

initial measurements

as specified in 2.2

0

STEP1 STEP3STEP2

prior to first

cycle only

STEP4

one cycle 24 hours; repeat as specified in 2.5

voltage applied as specified in 2.4

circulation of conditioning air shall be at a

minimum cubic rate per minute equivalent to

10 times the volume of the chamber

STEP6 STEP7

HBK073

STEP5

51015

end of final cycle;

measurements

as specified in 2.7

optional sub-cycle if specified

(2.3); sub-cycle performed during

any 5 of the first 9 cycles; humidity

uncontrolled during sub-cycle

20 time [h]

temperature

[°C]

25

50

25

0

90 − 98% RH 90 − 98% RH

+10 °C (+18 °F)

−2 °C (−3.6 °F)

80 − 98%

RH

rate of change of temperature is unspecified,

however, specimens shall not be subjected to

radiant heating from chamber conditioning processes

Fig. 14 Conditions by change of temperature