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MF12F5110DTL

更新时间：2025-07-11 09:02:38

品牌：WALSIN

描述：Tantalum nitride Thin Film Chip Resistor / MF Series 511Ω, ±0.5%, ≦±15, 2/5W

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MF12F5110DTL 概述

Tantalum nitride Thin Film Chip Resistor / MF Series 511Ω, ±0.5%, ≦±15, 2/5W

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Approval Sheet

MF12F/W, MF08F/W, MF06F/W, MF04F/W

±1%,±0.5%, ±0.25%, ±0.1%, ±0.05%

TC15 , TC10

Precision Thin Film Chip Resistors

Size 1206, 0805, 0603, 0402

AEC-Q200 Qualified

*Contents in this sheet are subject to change without prior notice.

Page 1 of 13

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Dec - 2018

Approval Sheet

FEATURE

1. SMD TaN Thin Film Resistor

2. Special passivation layer on resistive film

3. AEC-Q200 qualified

4. Products with lead free terminations meet RoHS requirements

5. Sulfur resistant (per ASTM B809-95 humid vapor test)

6. AEC-Q200 ESD rated class 1C (2 kV)

7. +/-0.02% is upon the customer request.

8. Laser trimmed to any value

APPLICATION

•

Automotive Electronics

Medical equipment

Measuring instrument

Industrial Equipment

DESCRIPTION

The resistors are constructed in a high grade ceramic body (aluminum oxide). Internal metal electrodes are

added at each end and connected by a resistive layer that is applied to the top surface of the substrate. The

composition of the resistive layer is adjusted to give the approximate resistance required and the value is

trimmed to nominated value within tolerance which controlled by laser trimming of this resistive layer.

The resistive layer is covered with a protective coat. Finally, the two external end terminations are added. For

environmental soldering issue, the outer layer of these end terminations is a Lead-free solder .

Fig 1. Construction of Chip-R MFxxF

Page 2 of 13

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Dec - 2018

Approval Sheet

QUICK REFERENCE DATA

Item

Series No.

General Specification

MF12F&W

MF08F&W

MF06F&W

0603 ( 1608 )

MF04F&W

Size code

1206 ( 3216 )

0805 ( 2012 )

0402 ( 1005 )

Resistance Tolerance

Resistance Range

±1%, ±0.5%, ±0.25%, ±0.1%, ±0.05%

10Ω ~ 1MΩ

10Ω ~ 350KΩ

40Ω ~ 130KΩ

40Ω ~ 35KΩ

TCR (ppm/°C)

+15 /+10 ppm/°C

0.4W

200V

400V

0.2W

100V

200V

0.15W

75V

0.0625W

50V

Max. dissipation at T_amb=85°C

Max. Operation Voltage (DC or RMS)

Max. Overload Voltage (DC or RMS)

Operating Temperature Range

150V

100V

- 55~ +155’C

Note :

This is the maximum voltage that may be continuously supplied to the resistor element, see “IEC publication

60115-8”

Max. Operation Voltage : So called RCWV (Rated Continuous Working Voltage) is determined by

RCWV = RatedPower ×Resistance Value or Max. RCWV listed above, whichever is lower.

DIMENSIONS:( unit:mm)

MF12

MF08

MF06

MF04

Type

3.10 ± 0.10

1.60 ± 0.10

0.40 ± 0.20

0.60 ± 0.15

2.00 ± 0.10

1.25 ± 0.10

0.35 ± 0.20

0.40 ± 0.20

0.50 ± 0.15

1.55 ± 0.10

0.80 ± 0.10

0.3 ± 0.20

0.30 ± 0.15

0.45 ± 0.15

1.00 ± 0.10

0.50 ± 0.05

0.25 ± 0.15

0.30 ± 0.10

Protective coat

End termination

Resistive layer

Ceramic Substrate

01A

Page 3 of 13

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Dec - 2018

Approval Sheet

MARKING

3-digits marking for 0603 size

3-digits marking（±1% : 0603）

Nominal resistance

Description

1.E-24 series

2.E-96 series

As 0603 WF06U ±1%.

The 1st two digit codes are referring to the CODE on the table, the 3rd code is the index of resistance

value :

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

EX :

17.8Ω=25X，178Ω=25A，1K78 =25B

17K8=25C，178K=25D，1M78=25E

3. Remark

There is no marking for the items are not under E-24 and E-96 series

CODE R_value CODE R_value CODE R_Value CODE R_value CODE R_value CODE R_value CODE R_value CODE R_value

100

102

105

107

110

113

115

118

121

124

127

130

133

137

140

143

147

150

154

158

162

165

169

174

178

182

187

191

196

200

205

210

215

221

226

232

237

243

249

255

261

267

274

280

287

294

301

309

316

324

332

340

348

357

365

374

383

392

402

412

422

432

442

453

464

475

487

499

511

523

536

549

562

576

590

604

619

634

649

665

681

698

715

732

750

768

787

806

825

845

866

887

909

931

953

976

4-digits marking for 1206, 0805 size

For E24/E96 series, each resistor is marked with a four digits code on the protective coating to designate the

nominal resistance value. For non E24/E96 series, no marking is applied!

Example

RESISTANCE

10Ω

12Ω

100Ω

6800Ω

47000Ω

10R0

12R0

1000

6801

4702

4-digits marking

No marking code for 0402 size

Page 4 of 13

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Dec - 2018

Approval Sheet

FUNCTIONAL DESCRIPTION

Product characterization

Standard values of nominal resistance are taken from the E192 & E24 series for resistors with a tolerance of

±1%, ±0.5%, ±0.25%, ±0.1%, ±0.05%. The values of the E24/E192 series are in accordance with “IEC

publication 60063”.

Derating

The power that the resistor can dissipate depends on the operating temperature; see Fig.2

MOUNTING

Due to their rectangular shapes and small tolerances, Surface Mountable Resistors are suitable for handling by

automatic placement systems.

Chip placement can be on ceramic substrates and printed-circuit boards (PCBs).

Electrical connection to the circuit is by individual soldering condition.

The end terminations guarantee a reliable contact.

Storage and Handling Condition:

Products are recommended to be used up within two years. Check solderability in case

shelf life extension is needed.

To store products with following condition:

Temperature : 5 to 40℃

Humidity

3. Caution:

: 20 to 70% relative humidity

a. Don’t store products in a corrosive environment such as sulfide, chloride gas, or acid. It

may cause oxidation of electrode, which easily be resulted in poor soldering.

b. To store products on the shelf and avoid exposure to moisture.

c. Don’t expose products to excessive shock, vibration, direct sunlight and so on.

Page 5 of 13

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Approval Sheet

SOLDERING CONDITION

The robust construction of chip resistors allows them to be completely immersed in a solder bath of 260°C for 10

seconds. Therefore, it is possible to mount Surface Mount Resistors on one side of a PCB and other discrete

components on the reverse (mixed PCBs).

Surface Mount Resistors are tested for solderability at 235°C during 2 seconds within lead-free solder bath. The

test condition for no leaching is 260°C for 30 seconds. Typical examples of soldering profile and condition that

provide reliable joints without any damage are given in Fig 3. and Table 1.

Fig. 3 Infrared soldering profile for Chip Resistors

Table 1. Infrared soldering condition for Chip Resistors

Temperature Condition

Average ramp-up rate (217°C to 260°C)

Between 150 and 200°C

> 217°C

Exposure Time

Less than 3°C/second

Between 60-120 seconds

Between 60-150 seconds

260ºC +0/-5°C

Peak Temperature

Min. 30 seconds

Time within 245°C

Ramp-down rate (Peak to 217°C)

Time from 25°C to Peak

Less than 6°C/second

No greater than 480 seconds

Page 6 of 13

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Approval Sheet

CATALOGUE NUMBERS

The resistors have a catalogue number starting with.

MF06

xxxx

Size code

Type code

Resistance code

Tolerance

F : ±1%

Packaging code

Termination

code

MF12: 1206

MF08: 0805

MF06: 0603

MF04: 0402

F: TCR 15 ppm

W: TCR 10 ppm

3 significant digits followed

by no. of zeros

T: 7” Taped & Reeled

M: 7” Taped & Reeled.

Size: 0402 ,5Kpcs /RL

Z : 7”Taped & Reeled

= Sn base

(lead free)

D : ±0.5%

C: ±0.25%

B : ±0.1%

A : ±0.05%

102Ω

=1020

=3742

=2200

37.4KΩ

220Ω

3kpcs/RL

V : 7” Reel & Taped

1Kpcs

1. Reeled tape packaging: 8mm width paper taping.

5,000pcs/Reel for MF06F&W; MF08F&W, MF12F&W

5,000pcs and 10,000pcs /Reel for MF04F&W

Page 7 of 13

ASC_MFxxF&W

Dec - 2018

Approval Sheet

TEST AND REQUIREMENTS

REQUIREMENT

Resistor

TEST

PROCEDURE

Electrical Characteristics

- DC resistance values measurement

Within the specified tolerance

IEC 60115-1 4.8

- Temperature Coefficient of Resistance (T.C.R)

Natural resistance change per change in degree

centigrade.

R₂− R₁

×10⁶

(ppm/°C) t₁: 20°C+5°C-1°C

R₁

(t₂− t₁

)

R₁: Resistance at reference temperature (20°C+5°C/-

1°C)

R₂: Resistance at test temperature (-55°C or +125°C)

Short time overload

(S.T.O.L)

Permanent resistance change after a 5second application

of a voltage 2.5 times RCWV or the maximum overload

voltage specified in the above list, whichever is less.

∆R/R max. ±(0.1%+0.02Ω)

IEC 60115-1 4.13

Resistance to soldering

heat(R.S.H)

AEC-Q200-15

Un-mounted chips completely immersed for 10±1second no visible damage

in a SAC solder bath at 260℃±5ºC

∆ R/R max. ±(0.1%+0.02Ω)

Solderability

Un-mounted chips completely immersed for 2±0.5 second good tinning (>95% covered)

in a SAC solder bath at 235℃±5℃

IEC 60068-2-58

no visible damage

1,000 cycles, -55℃~ +125℃, dwell time 5~10min

1,000 cycles, -55℃~ +155℃, dwell time 5~10min

Temperature cycling

∆R/R max. ±(0.1%+0.02Ω)

JESD22 method JA-104

∆R/R max. ±(0.2%+0.02Ω)

∆R/R max. ±(0.1%+0.02Ω)

1,000 +48/-0 hours, loaded with 10% rated power in

humidity chamber controller at +85℃/ 85%RH

Bias Humidity

AEC-Q200-7

Load Life

IEC 60115-1 4.25

1,000 +48/-0 hours, loaded with RCWV or Vmax in

chamber controller 85 ±2ºC, 1.5 hours on and 0.5 hours

off

1,000 hours at 125±2°C, loaded with rated power

continuously

∆R/R max. ±(0.1%+0.02Ω)

Operational Life

AEC-Q200-8

MIL-STD-202 -108

High Temperature

Exposure

AEC-Q200-3

1,000 hours 125℃, un-powered

∆R/R max. ±(0.1%+0.02Ω)

∆R/R max. ±(0.15%+0.02Ω)

∆R/R max. ±(0.1%+0.02Ω)

1,000 hours 155℃, un-powered

Moisture Resistance

AEC-Q200-6

65±2°C, 80~100% RH, 10 cycles, 24 hours/ cycle

MIL-STD-202 Method 106

Mechanical Shock

1/2 Sine Pulse / 1500g Peak / Velocity 15.4ft/sec

∆R/R max. ±(0.1%+0.02Ω)

MIL-STD-202 Method 213

Page 8 of 13

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Dec - 2018

Approval Sheet

REQUIREMENT

Resistor

TEST

PROCEDURE

Vibration

MIL-STD-202 Method 204

5 g's for 20 min , 12 cycles each of 3 orientations

∆R/R max. ±(0.1%+0.02Ω)

Terminal strength

1 kg for 60 s

No broken

AEC-Q200-6

Board flex

Bending 2mm for 60 sec

105±2℃, duration 1,000hours.

∆R/R max. ±(0.1%+0.02Ω)

AEC-Q200-005

Flower of sulfur

0402

ASTM-B809-95

∆R/R max. ±(0.2%+0.02Ω)

others

∆R/R max. ±(0.1%+0.02Ω)

Page 9 of 13

ASC_MFxxF&W

Dec - 2018

Approval Sheet

PACKAGING

Paper Tape specifications (unit :mm)

Series No.

MF12

3.60±0.20

2.40±0.20

1.90±0.20

1.20±0.10

2.00±0.20

1.65±0.20

1.10±0.20

0.7±0.10

8.00±0.30

3.50±0.20

3.50±0.05

1.75±0.10

MF08

MF06

MF04

Series No.

MF12

ΦD

+0.1

4.00±0.10

Max. 1.0

Φ1.50

−0.0

+0.1

MF08

MF06

4.00±0.10

Max. 1.0

Φ1.50

−0.0

+0.1

−0.0

0.65±0.05

Φ1.50

+0.1

−0.0

2.00±0.10

4.00±0.10

0.40±0.05

MF04

Φ1.50

Reel dimensions

Symbol

(unit : mm)

13.0±0.2

9.0±0.5

Φ178.0±2.0

Φ60.0±1.0

Taping quantity

Chip resistors 5,000 pcs per reel ( MF06F&W, MF08F&W, MF12F&W )

Chip resistors 5,000pcs and 10,000 pcs per reel ( MF04F&W)

Page 10 of 13

ASC_MFxxF&W

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Approval Sheet

PULSE LOAD PERFORMANCE:

Single Pulse：

Single Pulse

1206

0805

0603

0402

10us

100us

1ms

10ms

100ms

10s

Pulse Duration (sec)

Single Pulse for

≥

10 Ω

50 rectangular pulse amplitudes are applied to the component at intervals of 60seconds,

permissible the resistance to be varied by ± (0.5% R + 0.01Ω).

Continuous Pulse：

Continous Pulse

1206

0805

0603

0402

10us

100us

1ms

10ms

100ms

10s

Pulse Duration (sec)

Continuous Pulse for

≥

10 Ω

Continuous load is a pulse period generated by the repetitive rectangular pulse amplitude,

the applied power dissipation is at a rated power of 70 °C.

Permissible the resistance to be varied by ± (0.5% R + 0.01Ω)

Page 11 of 13

ASC_MFxxF&W

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Approval Sheet

Pulse Voltage：

1206

0805

0603

0402

10us

100us

1ms

10ms

100ms

10s

Pulse Duration (sec)

Pulse Surge Overload：

1.2 / 50us Pulse

1.2/50us Pulse Voltage

1206/0805

0603

0402

100

10K

100K

Resistance (Ohm)

According to IEC 60115-1 4.27 1.2 / 50us use 5 pulses at 12sec intervals pulse shapes test

resistor,permissible the resistance to be varied by ± (0.5% R + 0.01Ω).

Page 12 of 13

ASC_MFxxF&W

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Approval Sheet

10 / 700us Pulse

10/700us Pulse Voltage

1206/0805

0603

0402

100

10K

100K

Resistance (Ohm)

According to IEC 60115-1 4.27 10 / 700us use 10 pulses at 60sec intervals pulse shapes test resistor,

permissible the resistance to be varied by ± (0.5% R + 0.01Ω).

Page 13 of 13

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Dec - 2018

MF12F5110DTL 相关器件

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