RGC1/16C3301FTP - Kamaya, Inc.

RGC Chip Resistors

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 【RoHS】

BAll Styles

DTP

RGC 1/16

Product Type

Style

C473

Rated resistance value marking is with 3-digit (E24) or

4-digit (E96) on the over coating.

RGC1/16 : only 3digit marking is available.

RGC1/16S,1/20 : only No marking is available.

Rated Dissipation & Size

Code

Rated Dissipation

Metric

1/16S 0.063W 1005

1608

2012

3216

Inch

0402

1/20 0.05W 0603 0201

0603

0805

1206

1/16

1/10

1/8

0.125W

(0.1W)

0.25W

(0.125W)

Temperature Coefficient of Resistance

C 50×10-6/°C

K100×10-6/°C

Tolerance on Rated Resistance

D0.5%

F1.0%

RGC1/16S

RGC1/16

RGC1/10

RGC1/8

RGC1/16

RGC1/10

RGC1/8

Rated Resistance

4-Digit

E96 Series

e.g. : 7152=71.5k ohm

3-Digit

E24 Series

e.g. : 473=47k ohm

* Packaging & Standard Qty. (Min.)

Bulk (Loose Package)

Paper Tape (2 mm pitch)

Paper Tape

Bulk Case

1,000pcs.

PA RGC1/20

Press-Pocket

Paper Tape (2mm pitch)

15,000pcs.

10,000pcs.

5,000pcs.

25,000pcs.

10,000pcs.

5,000pcs.

*Refer to Tape and Packaging information on pages 52 and 53.

•Part Number Description

Example

KAMAYA OHM

FIXED THICK FILM CHIP RESISTORS; RECTANGULAR TYPE & PRECISION

•Features

1. Suitable for precision applications.

2. High stabilized characteristics and Performance equivalent to thin-

film chip resistors.

3. Precise Dimension by Laser-scriber method (RGC1/20).

4. Press Pocket Taping Package (RGC1/20).

5. Please contact KAMAYA for Halogen and Antimony free product of

RGC series.

6. Stability Class : 5%

RGC

•Dimensions

Unit : mm

*Values for reference

RGC1/8 0.15 3.20.15 0.1 0.25 0.25 9mg

5mg

2mg

0.6mg

RGC1/10 1.25 0.102.00.1 0.1 0.2 0.2

RGC1/16 1.60.1 0.45 0.10 0.25 0.10 0.1

0.05

RGC1/16S 0.05 1.00.051005

1608

2012

3216

0.35 0.05 0.1 0.05

0.1

Style WLMetric

0402

0603

0805

1206

Inch Hcd

*Unit weight/pc.

0.25

0.15

0.05

0.8

0.5

1.6

0.6

0.2

0.16mgRGC1/20 0.03 0.60.030603 0.23 0.03 0.050201 0.150.3 0.1

0.4

0.5

0.3

0.4

0.5

NEW

Please contact Kamaya sales department for 1mm pitch taping of RGC1/16s, 1/20.

0.1W

(0.063W)

ⴱIf Category Temperature Range is

"–55~+155", Rated Dissipation is

applied to in ( ).

Percentage of the rated dissipation(%)

KAMAYA OHM

FIXED THICK FILM CHIP RESISTORS; RECTANGULAR TYPE & PRECISION

RGC

•Ratings

Ambient Temperature (°C)

100

55 125 155

•Derating Curve

The derated values of dissipation for temperatures in excess of 70°C

shall be indicated by the following Curve.

ⴱ1 If Category Temperature Range is "–55~+155", Rated Dissipation is applied to in ( ).

Description Requirements

No breakdown or flashover

R≥1G ohm

Test Methods

Clause 4.7

Clause 4.13

Clause 4.23

Clause 4.25.1

Clause 4.17

Clause 4.18

Clause 4.19

Clause 4.32

Clause 4.33

RGC1/20 50Va.c.,60s

RGC1/16S, 1/16, 1/10, 1/8 100Va.c.,60s

The applied voltage shall be 2.5 times of the rated voltage or twice of the limiting

element voltage, whichever is the less severe, 2s.

Dry/Damp heat (12+12h cycle), first cycle./

Cold/Damp heat (12+12h cycle), remaining

cycle. /D.C.Load.

Rated voltage, 1.5h"ON", 0.5h"OFF", 70°C, 1,000h.

235°C, 2s

After immersion into the flux, the immersion into solder shall be carried out in Solder bath at 260°C for 5s.

5 cycles between −55°C and +125°C

ⴱ2

(+155°C).

5N, 10s (RGC1/20 : 3N)

Amount of bend : 3 mm

Voltage proof

Overload

Climatic sequence

Endurance at 70°C

Solderability

Resistance to soldering heat

Rapid change of temperature

Adhesion

Bend strength of the face plating

•Climatic Category

55/125/56 ⴱ2(55/155/56)

Lower Category Temperature

−55°C

ⴱ2

(–55°C)

Upper Category Temperature

+125°C

ⴱ2

(+155°C)

Duration of the Damp heat,

Steady-State Tes

56 days

ⴱ2

(56 days)

∆R≤±(1%+0.05 ohm)

No visible damage, legible marking

In accordance with Clause 4.17.4.5

∆R≤±(1%+0.05 ohm)

∆R≤±(1%+0.05 ohm) No visible damage

∆R≤±(5%+0.1 ohm) No visible damage

∆R≤±(5%+0.1 ohm)

No visible damage, legible marking

∆R≤±(5%+0.1 ohm) No visible damage

No visible damage

∆R≤±(1%+0.05 ohm)

Clause 4.8 Measuring temperature : +20°C/+125°C ⴱ2(+155°C) /+20°C

Variation of resistance with temperature

See Ratings Table

Clause 4.24

40°C, 95%R.H., 56 days, test a) and b) of Clause 4.24.2.1

Damp test, steady state

Clause 4.25.3

125°C

ⴱ2

(155°C), no-load, 1,000h.

Endurance at the upper category temperature

Style

Size

Metric

(Inch)

Limiting Element

Voltage

100

 50

100

 50

100

 50

100

 50

Temperature Coefficient

of Resistance

Tolerance on

Rated Resistance

Rated Resistance Range

101001k1M

Isolation

Voltage

Category Temperature

Range

°C

150

200

D(0.5%)

F(1%)

D(0.5%)

F(1%)

D(0.5%)

F(1%)

D (0.5%), F (1%)

F(1%)

D (0.5%), F (1%)

Rated Dissipation

at 70°C

0.1

ⴱ

(0.063)

0.125

ⴱ

(0.1)

0.063

0.25

ⴱ

(0.125)

RGC1/16S

RGC1/16

RGC1/10

RGC1/8

100

500

55125

ⴱ

55155

)

55155

25 50 55125

10-6/°cCode

1097.6

1001M

51976

1k1M

1.02M3.3M

3.39.76

1097.6

1001M

1.02M3.3M

3.3



9.76

3.3



9.76

104.7M

103.3M

ⴱ2

ⴱ2 ( ) on Derating Curue, Climatic Category, and Test Methods will be applied, when Upper Category Temperature is +155°C.

1005

(0402)

0.05

RGC1/20

0603

(0201)

1608

(0603)

2012

(0805)

3216

(1206)

Area of recommended operation

Note1. E24, E96 are avaialable for "F"(1%) and "D"(0.5%)

Note2. Rated Voltage = (Rated Dissipation)×(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

•Performance Characteristics JIS C 5201-1 : 1998

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 【RoHS】

Chip Resistors

RGC