PRODUCT SPECIFICATION FOR APPROVAL Sheets/Panasonic Switches PDFs/ERZ-VF.pdfMeasuring the varistor...

To: DIGI-KEY Corporation Issue No. : ERZ3282124

Date of Issue :

Classification : n New o Changed

: ZNR SURGE ABSORBER: ERZVF2M□□□　　( 220～471 ）

:

: Japan

: OTHER INDUSTRIAL EQUIPMENTS

※If you approve this specification, please fｉｌｌｉｎａｎｄ sign the below and return 1copy to us.

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(signature)

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Prepared by : Engineering Section

Capacitor Business Unit Phone : +81-123-22-8768 (Direct)

Matsushita Electronic Components Co.,Ltd. Fax : +81-123-22-9484 (Direct)

25.Kohata-nishinaka..Uji City , Kyoto, Japan Contact Person :

Signature

Title : Engineer

Phone : +81-774-31-5818(Representative) Authorized by :

Fax : +81-774-33-4251 Signature

Title : Manager of Engineering

If there is a question, please ask the engineering section about it directly.

May 31.2004

Product Description

Product Part Number

Customers Part Number

Country of Origin

Applications

Approval No

Approval Date

Excecuted by

Title

Dept.

PRODUCT SPECIFICATION FOR APPROVAL

CLASSIFICATION No.

151S-ERZ-MA14- VFM000

SUBJECT PAGE 1 - 7

PART NUMBER DATE April 1 , 2003

1. Structure

1.1 Appearance without dirt and crack, marking should be clear

W # (1)

L # (1)

H # (1)

S # (1)

Dimensions E # (1)

(Unit ; mm)

1.4 ERZVF1M□□□ (Bulk)

ERZVF2M□□□ (Embossed Taping)

# (1)　See　Page2-7,　TABLE - 1 Dimensions

2. Electrical Requirements

Item Requirements Test Specifications

2.1 Max. Allowable Voltage AC : # (2) Vrms

DC : # (2) V

2.2 Rated wattage # (2) W

2.3 Varistor Voltage V 1 : # (2) V Measuring current : 1 mA DC

2.4 Clamping Voltage # (2) V max. Measuring current : # (2)

Impulse wave from : 8/20 micro s

2.5 Maximum Peak Current # (2) A Impulse wave from : 8/20 micro s , 2 pulse

(Withstanding surge current) at interval of 5 min.

2.6 Maximum Energy # (2) J Impulse wave from : 2ms, 1 pulse

2.7 Temperature Coefficient of 0 ~ -0.05 % / deg.C Measured voltage : V 1

Varistor Voltage Temp. range : +25 deg.C ~ +85 deg.C

2.8 Impulse life I Varistor voltage change +/- 10 % Impulse wave from : 8/20 micro s at # (2) A

(Surge life I) Applied condition : 104 times at interval 10 s

2.9 Impulse life II Varistor voltage change +/- 10% Impulse wave from : 8/20 micro s at # (2) A

(Surge life II) Applied condition : 105 times at interval 10 s

# (2)　See　Page3-7,　TABLE - 2 Standard Products Table

Note / Revision

APPROVAL CHECK DESIGN

MATSUSHITA ELECTRONIC COMPONENTS 　CO., LTD.

Packing

1.3 Marking

SPECIFICATIONS

ZNR SURGE ABSORBERS SMD MOLD VFM TYPE

1.2

ERZVF1M□□□ (Bulk) , ERZVF2M□□□ (Taping)

Trade Mark, ZNR, Abbreviation of Part No., Date Code

H

E

WL

S S

Z N R

V F M□□□

M

CLASSIFICATION No.


SUBJECT

PART NUMBER 2 - 7

TABLE - 1 Dimensions

Part Number W L H S

Unit : mm

□ : This symbol shows a packaging form. ( 1 or 2 )

Note / Revision

ERZVF□M431

ERZVF□M471

6.0 +/- 0.4


8.0 +/- 0.5 3.2 +/- 0.3 1.3 +/- 0.3

ERZVF□M270

ERZVF□M330

ERZVF□M470

2.5 +/- 0.2

ERZVF□M331

ERZVF□M361

ERZVF□M391

ERZVF□M201

ERZVF□M221

ERZVF□M241

ERZVF□M271

ERZVF□M121

ERZVF□M151

SPECIFICATIONS


E

ERZVF□M220

ERZVF□M390

ERZVF□M560

ERZVF□M820

ERZVF□M101

ERZVF□M680

CLASSIFICATION No.


SUBJECT

PART NUMBER 3 - 7

TABLE - 2 Standard Products Table

ERZVF□M220 ~ ERZVF□M680

Part Number

Ⅰ Ⅱ

V1mA (V) V2.5A (V) (A) (J) (A) (A)

22 ( 20～ 24) 43 0.9 18.0 12.0

27 ( 24～ 30) 53 1.0 18.0 12.0

33 ( 30～ 36) 65 1.2 18.0 12.0

39 ( 35～ 43) 77 1.5 18.0 12.0

47 ( 42～ 52) 93 1.8 18.0 12.0

56 ( 50～ 62) 110 2.2 18.0 12.0

68 ( 61～ 75) 135 2.5 18.0 12.0

ERZVF□M820 ~ ERZVF□M471

Part Number

Ⅰ Ⅱ

V1mA (V) V10A (V) (A) (J) (A) (A)

50 65 82 ( 74～ 90) 135 600 3.5 50.0 35.0

60 85 100 ( 90～110) 165 600 4.0 50.0 35.0

75 100 120 (108～132) 200 600 5.0 50.0 35.0

95 125 150 (135～165) 250 600 6.0 50.0 35.0

130 170 200 (185～225) 340 600 8.0 50.0 35.0

140 180 220 (198～242) 360 600 9.0 50.0 35.0

150 200 240 (216～264) 395 600 10.0 50.0 35.0

175 225 270 (247～303) 455 600 12.0 50.0 35.0

330(297～363) 545 300 8.0 30.0 20.0

360(324～396) 595 300 9.0 30.0 20.0

390(351～429) 650 300 9.0 30.0 20.0

430(387～473) 710 300 10.0 30.0 20.0

470(423～517) 775 300 10.0 30.0 20.0

□ : This symbol shows a packaging form. ( 1 or 2 )

Note / Revision

ERZVF□M471 300 385 0.1

ERZVF□M431 275 350 0.1

ERZVF□M391 250 320 0.1

ERZVF□M361 230 300 0.1

ERZVF□M331 210 270 0.1

ERZVF□M241 0.25

ERZVF□M271 0.25

ERZVF□M201 0.25

ERZVF□M221 0.25

ERZVF□M121 0.25

ERZVF□M151 0.25

ERZVF□M820 0.25

ERZVF□M101 0.25

Voltage

ACrms (V) DC (V) (W)

Maximum Maximum Impulse life

Allowable Wattage Voltage Voltage Peak Current Energy (Surge life)

Maximum Rated Varistor Clamping

30

35

40


20

ERZVF□M220

ERZVF□M270

25

ACrms (V)

14

17

Allowable

Voltage

0.02

0.02

(Surge life)

Maximum

Energy

Rated

Wattage

Varistor

Voltage Voltage

Maximum

Peak Current

Clamping Impulse life

125

125

125

125

0.02

125

SPECIFICATIONS


38

45

DC (V) (W)

0.02

Maximum

ERZVF□M680

ERZVF□M330

ERZVF□M390

ERZVF□M470

ERZVF□M560

56

125

125

18

22

26

31

0.02

0.02

0.02

CLASSIFICATION No.


SUBJECT

PART NUMBER 4 - 7

3. Mechanical Requirements

No. Item Requirements Test Specifications

3.1 Electrode Adhesion No outstanding damage Applied force : 5 N

Strength Applied time : 5 +/- 1 sec.

3.2 Terminal Bending No outstanding damage Bending width : 1 mm

Strength Applied time : 30 +/- 1 sec.

3.3 Vibration No outstanding damage Frequency : 10 ~ 55 Hz

Amplitude : 0.75 mm

3.4 Solderability Approximately 75 % of the terminal Solder temp. : 235 +/- 5 deg.C

should be covered with new solder Immersed time : 2 +/- 0.5 sec.

3.5 Resistance to Soldering Max. varistor voltage change +/- 5 % Solder temp. : 260 +/- 5 deg.C

Heat Immersed time : 5 +/- 0.5 sec.

4. Environmental Requirements

4.1 High Temperature Storage Max. varistor voltage change +/- 5 % Ambient Temp. : 125 +/- 2 deg.C

(Dry Heat) Time : 1000 hours

4.2 Damp heat Max. varistor voltage change +/- 5 % Ambient Condition : 40 +/- 2 deg.C

90 ~ 95 % RH

Time : 1000 hours

4.3 Low Temperature Storage Max. varistor voltage change +/- 5 % Ambient Temp. : -40 +/- 2 deg.C

(Cold) Time : 1000 hours

Step Temp.(deg.C) Period (minutes)

Max. varistor voltage change +/- 5 % 1 -40 +/- 3 deg.C

4.4 Heat Cycle 2 Room temperature

No outstanding damage 3 +85 +/- 2 deg.C

4 Room temperature

5 Cycle

4.5 High Temperature Load Max. varistor voltage change +/- 10 % Ambient Temp. : 85 +/- 2 deg.C

(Dry Heat Load) Time : 1000 hours

4.6 Damp Heat Load Max. varistor voltage change +/- 10 % Ambient Condition : 40 +/- 2deg.C

90 ~ 95% RH

Time : 1000 hours

Operating Temperature Range -40 deg.C ~ +85 deg.C

Storage Temperature Range -40 deg.C ~ +125 deg.C

Note / Revision

SPECIFICATIONS

15 +/- 3


30 +/- 3

15 +/- 3

30 +/- 3


CLASSIFICATION No.

151S-ERZ-MA14- VF000

SUBJECT

5 - 7

2. Electrical Requirements

No. Item Test Method

Standard Test Condition Environmental conditions under which every measuring is done without doubt

on the measuring results. Unless specially, specified, temperature, relative humidity are

5 deg.C to 35 deg.C, 45 to 85% RH respectively.

2.1 Maximum Allowable The maximum Sine wave voltage (rms) that can be applied continuously or

Voltage maximum DC voltage in the specified environmental temperature range.

2.2 Rated Wattage The maximum power to be loaded with in the specified environmental temperature range.

2.3 Varistor Voltage Voltage between both terminals of ZNR measured when CmA of DC current is

applied under standard conditions. It is called Vc. Measuring the varistor voltage

Should be made promptly to avoid heat affection.

2.4 Clamping Voltage The maximum voltage between two terminals with the specified impulse current

(8/20 micro s).

2.5 Maximum Peak Current The maximum current within the varistor voltage change of +/- 10% with the standard

(Withstanding Surge Current) impulse current (8/20 micro s) applied by the specified condition.

2.6 Maximum Energy The maximum energy within the varistor voltage change of +/- 10% with the specified

impulse is applied.

2.7 Temperature Coefficient of The varistor voltage shall be measured at 25 deg.C and 85 deg.C with a DC current of 1mA.

Varistor Voltage The temperature coefficient of varistor voltage V1 is calculated by the following equation :

T.C. (% / deg.C) = * 1 / 60 * 100

2.8 Impulse life I After the specified impulse is applied 10000 times continuously with the interval 10 seconds

( Surge life I ) at room temperature, the specimen shall be stored at room temperature and humidity for

1 to 2 hours. Thereafter, the change of Vc shall be measured.

2.9 Impulse life II After the specified impulse is applied 100000 times continuously with the interval 10 seconds

( Surge life II ) at room temperature, the specimen shall be stored at room temperature and humidity for


Note / Revision

ZNR SURGE ABSORBERS SMD MOLD VF TYPE

TEST METHOD

SPECIFICATIONS

V1 at 85 deg.C - V1 at 25 deg.C

V1 at 25 deg.C

CLASSIFICATION No.


SUBJECT

6 - 7

3. Mechanical Requirements


After soldering the varistor on the substrate as shown in Fig.A, a specified force of

5N which is parallel to the plate of the substrate shall be applied for a period of

5 +/- 1 seconds, and the point for application of the force shall be at the center of

varistor body as shown in Fig.A. The varistor shall be then visually examined

in the mounted state.

Fig.ASubstrate Electrode Adhesion method

3.1 Electrode Adhesion

Strength

Material ------- glass-epoxy

Thickness ------- 1.6mm

------- Copper foil land ( Thickness ; 0.035mm )

------- Solder resist

After soldering the varistor on the substrate as shown in Fig.B. Bending of 1mm

shall be applied for bending speed of 1mm/s and the point for application of

the bending force shall be at the center of substrate as shown in Fig.B.

The bending force shall be maintained for a period of 30 +/- 1seconds.

Fig.BSubstrate Bending method

3.2 Terminal Bending

Strength

Material ------- glass - epoxy

Thickness ------- 1.6mm

------- Copper foil land ( Thickness ; 0.035mm )

------- Solder resist

Note / Revision


TEST METHOD

SPECIFICATIONS

CLASSIFICATION No.


SUBJECT

7 - 7


3.3 Vibration After repeatedly applying a single harmonic vibration (amplitude ; 0.75mm ;

double amplitude ; 1.5mm with 1 minute vibration frequency cycles (10Hz ~ 55Hz ~ 10Hz)

to each of three perpendicular directions for 2 hours. The varistor shall then be

visually examined.

3.4 Solderability The external electrode of varistor shall be immersed completely in the solder bath.

The temperature of the solder shall be 235 +/- 5 deg.C, and the immersion time shall be

2 +/- 0.5 seconds. The varistor shall be visually examined.

Notes : Solder ; Sn63 : Pb37, Soldering Flux ; Rosin - Alcohol solution or

non - Activated soldering Flux.

3.5 Resistance to Soldering Heat The varistor shall be immersed completely in the solder bath. The temperature of

the solder shall be 260 +/- 5 deg.C and the immersion time shall be 5 +/- 0.5 seconds.

The varistor shall then be electrically examined.

Notes : Solder ; Sn63 : Pb37, Soldering Flux ; Rosin - Alcohol solution or

non - Activated soldering Flux.

4. Environmental Requirements

4.1 High Temperature Storage The specimen shall subjected to 125 +/- 2 deg.C for 1000 hours in a thermostatic bath

(Dry heat) without load then stored at room temperature and humidity for 1 to 2 hours.

Thereafter, the change of Vc shall be measured.

4.2 Damp heat The specimen shall be subjected to 40 +/- 2 deg.C, 90 to 95%RH for 1000 hours without

load and then stored at room temperature and humidity for 1 to 2 hours.

Thereafter, the change of Vc shall be measured.

4.3 Low Temperature Storage The specimen shall be subjected to -40 +/- 2 deg.C without load for 1000 hours and then

(Cold) stored at room temperature for 1 to 2 hours. Thereafter, the change of Vc shall be measured.

4.4 Heat Cycle The temperature cycling shall be repeated 5 times and stored at room temperature

and humidity for 1 to 2 hours. The change of Vc as well as mechanical damage

shall be examined.

4.5 High Temperature Load After being continuously applied the maximum allowable voltage at 85 +/- 2 deg.C for

(Dry heat load) 1000 hours, the specimen shall be stored at room temperature and humidity for


4.6 Damp heat Load The specimen shall be subjected to 40 +/- 2 deg.C, 90 to 95%RH and the maximum

allowable voltage for 1000 hours and then stored at room temperature and humidity

for 1 to 2 hours. Thereafter, the change of Vc shall be measured.

Note : Varistor Voltage change of forward direction shall be measured in the test of uni-pole

surge life and DC load life.


TEST METHOD

SPECIFICATIONS

CLASSIFICATION No.

151S-ERZ-MA14- PS01

SUBJECT PAGE 1 - 4

DATE July 1 , 2002

1. Packing Design

1.1 Structure and Dimension

(1) Embossed Taping : Fig. 1 ~ 2

(2) Reel : Fig. 3

(3) Corrugated cardboard box : Fig. 4

1.2 Quantity

Reel Box

Max. 6000 pcs

( Max. 3 Reels )

1.3 Reel Labeling

(1) Part No.

(2) Quantity

(3) Lot No.

(4) Country of origin (marked in English)

2. Performance

2.1 Robustness of taping : 10 N min.

2.2 Peeling Test

(1) Angle : 0 ~ 15°

(2) Peeling Speed : 300 +/- 10 mm / min.

(3) Force : 0.1 ~ 1.3 N

Top cover tape

0 ~ 15°

Carrier tape

2.3 Missing Components

There shall be no more than 0.1% missing components between the first and last part on any reel.

Note / Revision

APPROVAL CHECK DESIGN

MATSUSHITA ELECTRONIC COMPONENTS 　CO., LTD.

2000 pcs

ZNR SURGE ABSORBERS SMD MOLD TYPE

Taped and Reeled Packing (Embossed Taping)

SPECIFICATIONS

CLASSIFICATION No.

151S-ERZ-MA14- PS01

SUBJECT

2 - 4

3. Taping Form

Top cover tape (thickness : 0.1mm Max.)

Carrier tape (thickness : 0.6mm Max.)

Fig. 1 Leader Part and Tape End

Tape end Leader part

40mm min. 40mm min. 200mm min.

Vacant position Components position Vacant position Top cover tape

Tape running direction

Marking

Terminal

Note / Revision



SPECIFICATIONS

CLASSIFICATION No.

151S-ERZ-MA14- PS01

SUBJECT

3 - 4

4. Embossed Taping

Fig. 2 Carrier Tape Dimensions

Code A B W F E P 1

Code P 2 P 0 Dia. D 0 t 1 t 2

+ 0.1 - 0

Note / Revision

6.5 max.

+/-

4.0 +/- 0.1 1.5

+/-

0.6 max.

7.5 0.1+/- 0.1 0.1+/-1.75 8.0

0.1

0.316.0Dim. (mm)

Dim. (mm) 2.0 +/-

6.8 +/-

SPECIFICATIONS



0.2 11.9 max.

Feeding hole Dia. D0 Chip pocket

B

A P1 P0

P2

t2

Chip component Direction of feed

E

F

W

t1

CLASSIFICATION No.

151S-ERZ-MA14- PS01

SUBJECT

4 - 4

5. Reel Packing

Fig. 3 Reel

A B C D E

Code W T t r

Fig.4 Corrugated cardboard box

( Unit : mm )

Note / Revision

Dim. (mm) 22.4 max.16.4 + 2.0 - 0

0.5

2.5 0.5+/- 1.0

21.0 +/- 0.8+/- 0.5

SPECIFICATIONS

2.0 +/-

Code

Dim. (mm) 13.0382.0 max. 50.0 min.



D

C

r

E

A

B

T

W

t

Approx. 345

Approx. 75

Approx. 340

Marking contents・Part number・Quantity・Lot number・Country of origin (marked in English)

Marking contents・Part number・Quantity・Lot number・Country of origin (marked in English)

PRODUCT SPECIFICATION FOR APPROVAL Sheets/Panasonic Switches PDFs/ERZ-VF.pdfMeasuring the varistor...

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