V14MLA0603

VRS0402SR55R500N YAGEO | Alldatasheet

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Technical content

y Multilayer Chip Varistor PRODUCTS Multi-Layer Chip Varistors (MLV)

Yageo Multilayer Chip Varistors (MLV) are designed to protect sensitive electronics devices against high voltage transient surges in the low voltage region. They offer excellent transient energy absorption due to improved energy volume distribution and power dissipation. The wide operating voltage and e nergy range make them suitable for numerous applications on Vcc protection, I/O protection, Keyboard protection, LCD protection and Sensor protection…etc. y FEATURES 1. Excellent clamping voltage 2. Excellent energy dissipation capability 3. Quick response time (<1n sec.) 4. Adjustable capacitance values 5. High reliability 6. High transient current capability 7. Symmetrical Voltage-Current characteristics y APPLICATIONS Major application areas for Yageo's Phycomp-branded Multilayer Chip Varistors (MLV) series include:

• Consumer electronic equipment
• Telecommunications
• Notebook

Fig1. outline T L2 and L3 size L1 W MIN. MAX. MIN. MAX. Thickness classification and packaging quantities: 8mm Tape width/ Amount per reel ∅180mm; 7" Thickness Classification (mm) Paper 0.5±0.05 10000 0.8±0.07 4000

Ordering information

VR= Varistor Code 4 Varistor voltage Tolerance S=Special range Code 5 Packing Style R= Paper tape reel ϕ 7 inch Code 6 Working Voltage 55R=5.5V 090=9V 110=16V 140=14V 180=18V 220=22V 260=26V 300=30V 380=38V 450=45V Code 7 Capacitance Value (2 Significant Digits+No. of Zeros) The 3rd Digit is exponent Letter R is Decimal Point 0=x1 1=x10 Code 8 Special Code N=Normal Code 2 Chip Type S= Sin gle chip Code 3 Size 0402 0603

y DEVICE RATING AND SPECIFICATIONS Table 1 0402 Resistance Varistor voltage/ Breakdown Voltage Maximum Continuous Voltage/ Working Voltage Clamping Voltage Peak current R.T.(15~35℃) Capacitance @ 1 V(rms) Size DC @1mA D.C 8/20μs 8/20 μs Voltage Resistance (pF) Phycomp Part number (Inch) (V) (V) max. (V) max. (A) (A) max. (V) (MΩ) min. 1KHz 1MHz VRS0402MR55R651N 0402 6.4~9.6 5.5 14 1 30 3 1 650 390 VRS0402MR55R331N 0402 6.4~9.6 5.5 15 1 30 3 1 330 200 VRS0402KR090500N 0402 10.2~13.8 9 22 1 20 3 1 50 30 VRS0402KR090101N 0402 10.2~13.8 9 22 1 20 3 1 100 60 VRS0402LR090201N 0402 10.2~13.8 9 22 1 20 3 1 200 120 VRS0402LR110181N 0402 12.75~17.25 11 27 1 20 3 1 180 110 VRS0402LR140161N 0402 15.3~20.7 14 33 1 20 3 1 160 96 VRS0402KR160121N 0402 19.8~24.2 16 40 1 18 3 1 120 72 VRS0402KR180900N 0402 21.6~26.4 18 44 1 14 3 1 90 54 VRS0402KR220820N 0402 24.3~29.7 22 49 1 14 3 1 82 50 VRS0402KR260550N 0402 29.7~36.3 26 60 1 10 3 1 55 33 VRS0402KR300400N 0402 35.1~42.9 30 71 1 8 3 1 40 24 VRS0402SR55R220N 0402 10~14 5.5 22 1 2 3 1 22 13 VRS0402SR55R330N 0402 10~14 5.5 22 1 4 3 1 33 20 VRS0402SR55R500N 0402 10~14 5.5 22 1 6 3 1 50 30 VRS0402SR55R680N 0402 10~14 5.5 22 1 8 3 1 68 41 VRS0402SR55R820N 0402 10~14 5.5 22 1 9 3 1 82 49 VRS0402SR55R101N 0402 10~14 5.5 22 1 11 3 1 100 60 VRS0402SR55R601N 0402 10~14 5.5 22 1 65 3 1 600 360 VRS0402SR140500N 0402 18~24 14 38 1 7 3 1 50 30 VRS0402SR140101N 0402 18~24 14 38 1 15 3 1 100 60 VRS0402SR180820N 0402 24~32 18 51 1 2 3 1 82 49 VRS0402SR180120N 0402 24~32 18 51 1 2 3 1 12 7 VRS0402SR180150N 0402 24~32 18 51 1 3 3 1 15 9 VRS0402SR180270N 0402 24~32 18 51 1 5 3 1 27 16 VRS0402SR180121N 0402 24~32 18 51 1 20 3 1 120 72 VRS0402SR180181N 0402 24~32 18 51 1 20 3 1 180 108 VRS0402SR180030N 0402 38~46 18 76 1 3 3 1 3 1.8

R.T.(15~35℃) Capacitance @ 1 V(rms) Size DC @1mA D.C 8/20μs 8/20 μs Voltage Resistance (pF) Phycomp Part number (Inch) (V) (V) max. (V) max. (A) (A) max. (V) (MΩ) min. 1KHz 1MHz VRS0603MR55R801N 0603 6.4~9.6 5.5 15 1 30 3 1 800 480 VRS0603MR55R681N 0603 6.4~9.6 5.5 15 1 30 3 1 680 410 VRS0603MR55R301N 0603 6.4~9.6 5.5 15 1 30 3 1 300 180 VRS0603LR090681N 0603 10.2~13.8 9 22 1 30 3 1 680 410 VRS0603LR110481N 0603 12.75~17.25 11 27 1 30 3 1 480 290 VRS0603LR140361N 0603 15.3~20.7 14 33 1 30 3 1 360 216 VRS0603KR180301N 0603 21.6~26.4 18 44 1 30 3 1 300 180 VRS0603KR220241N 0603 24.3~29.7 22 49 1 30 3 1 240 144 VRS0603KR260201N 0603 29.7~36.3 26 60 1 30 3 1 200 120 VRS0603KR300121N 0603 35.1~42.9 30 70 1 30 3 1 120 72 VRS0603KR380101N 0603 42.3~51.7 38 85 1 20 3 1 100 60 VRS0603KR450800N 0603 50.4~61.6 45 100 1 20 3 1 80 48 VRS0603SR180121N 0603 24~32 18 50 1 20 3 1 120 72 VRS0603SR180100N 0603 90~160 18 225 1 5 3 1 10 6 y STANDARD TESTING CONDITION z Temperature : 15~35℃ z Humidity: 25%RH~85%RH z Atmospheric pressure: 86~106 kPa VRS0402SR55R500N Clamping V oltage Spec. 22 Typical 20.8V

Fig2. Clamping V olatge

• ESD Test -. Standard IEC 61000-4-2 -. ESD discharge circuit according to IEC 61000-4-2 Fig3. ESD discharge circuit -. ESD discharge current according to IEC 61000-4-2 as fig 4 -. Specification of Electrostatic discharge (ESD) Test: According to Standard EN 61000-4-2 , Up to 15KV(Air discharge).

• APPLICATION EXAMPLES Fig 5.Appl. Example

• Test Condition and Test Method CECC 42000 IEC 1051-1 Test item Test condition / Test method Specification 4.6 4.7 Capacitance Measuring frequency: 1KHz Measuring voltage: 1.0 Volt Measuring temperature: 25°C 4.9 4.10 Bending To be soldered on the glass- epoxy (thickness 1.6mm), the load shall be put on the board bends 1mm. No mechnical damage shall be caused. 4.10 4.11 Solderability Solder bath temp. : 235±5 °C 2.Immersion time : 2±0.5s Dissolution of the each terminations shall not exceed 10% 4.10.2 4.12 Resistance to soldering heat 1.Solder bath temp. : 260±5 °C 2.Immersion time : 10±0.5 s ∆V1mA/V1mA<10% 4.12 4.13 Rapid change of Temperature -40℃ to +85℃, 5 cycles with 30 minutes duration ΔV1mA/V1mA<10% 4.17 4.18 Damp heat 40℃,90~95% RH with Max. Operating Voltage for 500+/-12 hrs ΔV1mA/V1mA<10% 4.19 4.20 Endurance 85℃ with Max. Operating Voltage for 500+/-12 hrs ΔV1mA/V1mA<10% 4.20 4.20 Endurance at upper category temperature 85±2℃ for 1000+/-12hrs. ΔV1mA/V1mA<10% Adhesion Solder chip on PCB and applied 2N(0.2Kg) for 10 seconds No visible damage. Cold temperature storage -40±2℃ for 1000 +/-12hrs. ΔV1mA/V1mA<10% △ After each test has been done, the tested chips shall be left in room ambient for 1~2 hours then measure the breakdown voltage.

• Competitor Cross Reference Yageo part number Innochips Littelfuse TDK Amotech EPCOS AVX VRS0402MR55R331N ICVN0505X150 V5.5MLA0402 AVR-M1005C080M-AAB AVR-M1005C080M-ADB AVL5M02200 VC040205X150 VRS0402LR090201N ICVN0509X200 AVR-M1005C120M-AAB AVL8M02200 VC040209X200 VRS0402LR110181N V9MLA0402 AVL11L02200 VRS0402LR140161N V5.5MLA0402L V14MLA0402 AVL14K0200 VC040214X300 VRS0402KR160121N ICVN0514X300 VRS0402KR180900N AVL18K02200 CT0402L14G VC040218X400 VRS0402KR220820N V18MLA0402 AVR-M1005C270M-AAB VRS0402KR260550N ICVN0518X400 VRS0402SR55R500N ICVL0505600V150 AVLC5S02050 VRS0402SR55R101N ICVL0505101V150 AVLC5S02100 VRS0402SR140500N AVLC14S02050 VRS0402SR140101N AVLC14S02100 VRS0402SR180120N ICVL0518100Y500 VRS0402SR180150N ICVL0518150Y500 AVLC18S02015 VRS0402SR180270N ICVL0518400Y500 VRS0402SR300030N ICVL0518030 AVLC18S02003 VRS0603MR55R801N ICVN1005A150 V5.5MLA0603 AVR-M1608C080M-AAB AVL5M03300 CT0603M4G VC060305A150 VRS0603LR090681N ICVN1009A200 AVR-M1608C120M-6AB AVR-M1608C120M-2AB AVL8M03300 CT0603M6G VC060309A200 VRS0603LR110481N V9MLA0603 AVL11L03300 CT0603L8G VRS0603LR140361N ICVN1014A300 V14MLA0603 AVR-M1608C180M-6AB AVL14K03300 CT0603K11G VC060314A300 VRS0603KR180301N AVL18K03300 CT0603K14G VC060318A400 VRS0603KR220241N ICVN1018A400 V18MLA0603 AVR-M1608C270K-6AB AVR-M1608C270K-2AB CT0603K17G VRS0603KR260201N CT0603K20G VC060326A580 VRS0603KR300121N ICVN1030A650 V26MLA0603 VRS0603KR380101N ICVN1026A580 V30MLA0603

• Soldering condition Typical examples of soldering processes that provide reliable joints without any damage are given in fig. 6, 7 & 8