Chip Varistor for Surge Current Suppression
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- Felicity Elliott
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1 Chip Varistor for Surge Current Suppression SMD type, suitable for high density mounting Excellent clamping ratio and strong capability of surge current suppression
2 Contents Unique characteristics Newly chip Varistor for surge current suppression SMD type, suitable for high density mounting Excellent clamping ratio and strong capability of surge current suppression Technolog information of SDVL series Product identifications Terms and descriptions Property range Cross reference Varistor VS. TVS Application
3 Newly chip Varistor for surge current suppression The surge current and voltage caused by SMPS module or lighting which has high energy may destroy the IC chip or telecommunication port. Therefore, protection components should be set in the device to absorb the surge current and voltage energy and protect the IC ship and telecommunication module. Based on this background, has presented Chip Varistor for surge current suppression SDVL series. SMD type,suitable for high density mounting Excellent clamping ratio and strong capability of surge current suppression Available in a standard EIA compatible case size Excellent solderability (Ni, Sn plating)
4 SMD type, suitable for high density mounting Dimensions of SDVL(Compare with SM*J TVS) P/N L(mm) W(mm) T(mm) Surface saved(%) SDVL ± ± Max 144 SMAJ / SDVL ± ± Max 143 SMBJ / SDVL ± ± Max 233 SMCJ / SDVL ± ± Max 68 SMDJ /
5 Excellent clamping ratio and strong capability of surge current suppression Characteristics of SDVL series(compare with SM*J TVS) Varitor TVS P/N Dimensions (mm) Pulse Power Dissipation P (W) Ip (A) 8/20μS P/N Dimensions (mm) Pulse Power Dissipation P (W) Ip (A) 8/20μS SDVL *1.6* ~ ~300 SMAJ 5.0*2.5* ~195 SDVL *2.5* ~ ~400 SMBJ 5.4*3.6* ~293 SDVL *3.2* ~ ~800 SMCJ 8.0*6.0* ~733 SDVL *5.0* ~ ~1200 SMDJ 8.0*6.0* ~1250
6 Excellent clamping ratio and strong capability of surge current suppression Characteristics of SDVL series(compare with competitor) Manufacturer P/N Max. Vdc(V) V 1mA (V) Cp(pF)@ 1kHz Max. Clamping Voltage(V) Peak Current 8/20μS(A) Energy 10/1000 μs (J) SUNLORD SDVL ~100 12~120 80~ ~ ~ ~1.2 EP*** CT ~85 11~100 / 27~ ~ ~1.1 SUNLORD SDVL ~100 12~ ~ ~ ~ ~2.3 EP*** CT ~85 11~100 / 27~ ~ ~2.3 SUNLORD SDVL ~100 12~ ~ ~ ~ ~4.3 EP*** CN ~45 8~56 / 17~90 500~ ~4.0 SUNLORD SDVL ~100 12~ ~ ~ ~ ~12.0 EP*** CN ~56 8~68 / 17~ ~ ~12.0
7 Contents Unique characteristics Newly chip Varistor for surge current suppression SMD type, suitable for high density mounting Excellent clamping ratio and strong capability of surge current suppression Technolog information of SDVL series Product identifications Terms and descriptions Property range Cross reference Varistor VS. TVS Application
8 Product identifications SDVL 4532 S D 180 P T Type SDVL Chip Varitor 4 Type of Working Voltage A AC Working Voltage D DC Working Voltage 7 Packing T Tape & Reel 2 Dimensions (mm) 3216 [1206] [1210] [1812] [2220] Max. Continuous Working Voltage Example Nominal Value V V 3 Tolerance of Varistor Voltage K ±10% S Special 6 Terminal Code P Sn plating
9 Terms and descriptions V DC: Working DC Voltage This is the maximum continuous DC voltage which may be applied up to the maximum operation temperature of the device and is also used as the reference point for leakage current. This voltage is always less than the breakdown voltage of device. V AC: Working AC Voltage This is the maximum continuous sinusoidal RMS voltage which may be applied up to the maximum operating temperature of the device. I l: Leakage Current at Rated DC Voltage In the non-conduction mode, the device is at a very high impedance and appears as an almost open circuit in the system. The leakage current drawn at this level is very low. V B: Varistor Voltage This is the voltage at which the device changes from the off-state to the on-state and enters Its conduction mode of operation. The voltage is usually characterized at the 1mA point and has a specified minimum and maximum voltage listed.
10 Terms and descriptions V C: Clamping Voltage This is the peak voltage appearing across the suppressor when measured at conditions of specified pulse current and specified waveform(8/20 or ESD pulse). This is important to note the peak current and peak voltage may not necessarily be coincidental in time. C P: Capacitance This is capacitance of Varistor which is measured at frequency of 1MHz and 0.5V (AC voltage). IP: Maximum Surge Current This is the maximum peak current which may be applied for an 8/20us impulse with rated working voltage also applied, without causing device failure. The pulse can be applied to the device in either polarity with the same confidence factor. ET: Maximum Surge Energy This is the maximum rated transient energy which may be Dissipated for a single current pulse at a specified impulse duration (10/1000us) with the rated DC or RMS voltage applied, without causing device failure.
11 Cross reference Epcos CT1206 series CT1210 series CT1812 series CT2220 series Littelfuse V18AUMLA1206/V- MLA1206 series V18AUMLA1210 /V- MLA1210 series V18AUMLA1812 series V18AUMLA2220 series SDVL3216 Series SDVL3225 series SDVL4532 series SDVL5650 series
12 Contents Unique characteristics Newly chip Varistor for surge current suppression SMD type, suitable for high density mounting Excellent clamping ratio and strong capability of surge current suppression Technolog information of SDVL series Product identifications Terms and descriptions Property range Cross reference Varistor VS. TVS Application
13 Varistor VS. TVS EMC effect Rg Rb Cb TVS / GDT / PESD Varistor Signal/Power line TVS/GDT/PESD Circuit / Device Signal/Power Varistor Circuit / Device Both TVS and PESD had no capability of absorbing ESD energy which may generate in the circuit and causes EMI. Varisor can absorb part of energy, therefore it is good for EMC capability of device.
14 Varistor VS. TVS V-I graph SDVL3216KD260PT As for Varistor and TVS (comparable characteristics), V-I graphs are almost the same; Peak pulse current: Varistor can reach 250A,while TVS is 200A; As for the same scale characteristics, Varistor only takes up 32.5% PCB real estate of that of TVS.
15 Varistor VS. TVS Characteristics comparison 350 SMAJ SDVL SMAJ SDVL3216 Ip(8/20μS)(A) Vdc(V) P(10/1000μS)(W) Vdc(V) Lp of TVS decreases with the increasing of Vdc; Lp of Varistor stays generally with the increasing of Vdc; Varistor can be used for energy absorbing and transient suppressing in those circuit which surge current/voltage may accrue.
16 Varistor VS. TVS Characteristics comparison Et(10/1000μS)(J) SDVL Vdc(V) Et of Varistor raises dramatically with the increasing of Vdc TVS has no capability of absorbing pulse energy, only conduct the energy to ground.
17 Contents Unique characteristics Newly chip Varistor for surge current suppression SMD type, suitable for high density mounting Excellent clamping ratio and strong capability of surge current suppression Technolog information of SDVL series Product identifications Terms and descriptions Property range Cross reference Varistor VS. TVS Application
18 How to Choose Chip Varistor for surge current suppression V WDC 1.2 Vn, V WDC : max. working voltage of varistor; Vn: system rated voltage. Peak current of varistor (Ip) should exceed the impulse current occurred in the circuit. (Generally, Ip 150A) Clamping voltage should be under the voltage that device to be protected can stand for.
19 Application Application fields LCD-TV STB LED Lighting(External Power Supply) Automotive Electronics Networking products(switch, router) PLC, Security system
20 LCD-TV/STB/PC L N IC AC AC-DC DC-DC driver Port Signal I/ O No. 1 2/3 Varitor SDVL10080KA301PT/ CNR-10D471 SDVL4532SD380PT Effect suppressing Induced over-voltage cased by power and lightning suppressing Induced / switching over-voltage cased by lightning and power, protecting DC- DC Module (can replace TVS such as SMAJ/SMBJ) Parameter System rated voltage: Vac=220V, Max. V AC =300V, Ip=1200A, Et=32.2J System rated voltage: Vdc=24V, Max. Vdc=38V, Ip=400~800A, Et=1.7~3.7J 4 SDVL5650SD5R5PT series connect with GDT (BC201M)/Diode suppressing Induced over-voltage cased by power and lightning for I/O ports (can replace TVS such as SMCJ/SMDJ) System rated voltage: Vsig 3.6V, Max. Vdc=5.5V Ip=800~1200A, Et=1.9~4.0J Cp<1pF
21 LED Lighting (external Power module) External power supply 1 2 IC driver LED tube No. 位置 Varitor Effect Parameter 1 indoor outdoor SDVL3225SD380PT SDVL4532SD380PT suppressing Induced / switching over-voltage cased by lightning and external power supply module, protecting IC driver (can replace TVS such as SMBJ/SMCJ) System rated voltage:vdc=24v, Max. Vdc=38V, Ip=120~300A, Et=0.4~ 2.3J System rated voltage :Vdc=24V, Max. Vdc=38V, Ip=400~800A, Et=1.7~ 3.7J 2 indoor SDV1608H380C100N PTF LED Tube ESD protection System rated voltage :Vdc=24V, Max. Vdc=38V, Cp=10~360pF outdoor SDVL3216SD380PT LED Tube Lighting and ESD protection System rated voltage :Vdc=24V, Max. Vdc=38V, Ip=200~300A, Et=0.5~ 0.7J External Power module:adaptor (12~36Vdc), Battery, Solar power supply, DC power(12v/24vac)
22 Communication module/plc/security system L N IC AC AC-DC DC-DC Driver Ports Signal I/O No. Varistor Effect Parameter 1 SDVL10080KA301PT/ CNR-10D471 suppressing Induced over-voltage cased by lightning System rated voltage:vac=220v, Max. Vac=300V, Ip=1200A, Et=32.2J 2/3 SDVL4532SD380PT suppressing Induced / switching overvoltage cased by lightning and power, protecting DC-DC Module (can replace TVS such as SMAJ/SMBJ) System rated voltage :Vdc=24V, Max. Vdc=38V, Ip=400~800A, Et=1.7~3.7J 4 SDV1608H380C100NPT ESD protection for ports System rated voltage :Vdc=24V, Max. Vdc=38V,Cp=10~360pF SDVL5650SD5R5PT series connect with GDT(BC201M) /Diode suppressing Induced over-voltage cased by lightning for I/O ports (can replace TVS such as SMCJ/SMDJ) System rated voltage: Vsig 3.6V, Max. Vdc=5.5V, Ip=800~1200A, Et=1.9~4.0J, Cp<1pF
23 Automotive Electronics 12V/24Vdc Automotive Electronics Control Gear 1 2 动力传动系统 driveline Chassis Control System 3 4 Vehicle Lamp Control System Lock Control System 12V/24Vdc Mounted Automotive Electronic Electronic Stabilization Program Driving Information System Navigational System Tire Pressure Monitor Systems Car Sound Systems power rear view 车身电子控制系统 mirror control system Power Windows Air Conditioning Control System Supplemental Inflatable Restraint Control System 13 on-board communication system
24 Automotive Electronics No. Varistor Effect Parameter 1~2 SDVL4532SD180PT/ SDVL4532SD380PT Suppressing Switching over-voltage cased by load dump transient System rated voltage:vdc=12v Max. Vdc=18V, Ip=800A, Et=2.3J System rated voltage :Vdc=24V Max. Vdc=38V, Ip=800A, Et=4.2J 3~8 SDVL3225SD180PT/ SDVL3225SD380PT Suppressing Switching over-voltage cased by load dump transient System rated voltage:vdc=12v Max. Vdc=18V, Ip=400A, Et=1.5J System rated voltage:vdc=24v Max. Vdc=38V, Ip=300A, Et=2J 9~13 SDVL3216S180PT/ SDV1608E180C600NPTF /SDVL3216S380PT Suppressing Switching over-voltage cased by load dump transient and protect ESD damage System rated voltage:vdc=12v Max. Vdc=18V, Ip=300A, Et=0.7J System rated voltage:vdc=24v Max. Vdc=38V, Ip=200A, Et=0.5J
25 Smart Meter 3 Current date Voltage data Power AC AC-DC DC-DC 5 Keypad 6 Remote Record
26 Smart Meter No. Varistor Effect Parameter 1 SDV10080KA301PT/ CNR-10D471 suppressing Induced overvoltage cased by lightning System rated voltage:vac=220v, Max. Vac=300V, Ip=1200A, Et=32.2J 2 SDVL3216SD180PT suppressing Induced / switching over-voltage cased by lightning and switching, protecting DC-DC Module System rated voltage :Vdc=12V Max. Vdc=18V, Ip=300A, Et=0.7J 3 SDV1608A5R5C201NPTF suppressing Induced overvoltage cased by lightning, protecting Current data module Max. Vdc=5.5V, Ip=30A, Et=0.1J 4 SDV1608A5R5C201NPTF suppressing Induced overvoltage cased by lightning, protecting Voltage data module Max. Vdc=5.5V, Ip=30A, Et=0.1J 5 SDV1608A5R5C201NPTF/ SDV1608H180C050YPTF suppressing Induced overvoltage cased by lightning and ESD, protecting buttons. Max. Vdc=5.5V, Ip=30A, Et=0.1J/General ESD protection 6 SDV1608A5R5C201NPTF/ SDV1608H180C050YPTF suppressing Induced overvoltage cased by lightning and ESD, protecting remote record module. Max. Vdc=5.5V, Ip=30A, Et=0.1J/General ESD protection
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SR70 ULTRA LOW CAPACITANCE STEERING DIODE ARRAY DESCRIPTION SOT-143 PACKAGE APPLICATIONS FEATURES MECHANICAL CHARACTERISTICS PIN CONFIGURATION
ULTRA LOW CAPACITANCE STEERING DIODE ARRAY DESCRIPTION The is an ultra low capacitance steering diode array. Designed for protection against Electrostatic Discharge (ESD), Electrical Fast Transients (EFT)
INPAQ Global RF/Component Solutions
TVL 0402 01 AB1 Specification Product Name Series Part No Transient Voltage Suppressor TVS Series TVL 0402 01 AB1 Size EIA 0402 TVL 0402 01 AB1 Engineering Specification 1. Scope TVL 0402 01 AB1 is a TVS
SMDA05C-7 THRU SMDA24C-7
Description The SMDAxxC-7 series of transient voltage suppressors are designed to protect components which are connected to data and transmission lines from voltage surges caused by electrostatic discharge
AOZ8900. Ultra-Low Capacitance TVS Diode Array PRELIMINARY. Features. General Description. Applications. Typical Application
Ultra-Low Capacitance TS Diode Array General Description The is a transient voltage suppressor array designed to protect high speed data lines from Electro Static Discharge (ESD) and lightning. This device
Multilayer Varistors E-Series
Multilayer Varistors E-Series EPCOS AG Piezo & Protection Devices Business Group Multilayer Technology August, 2012 E-Series - Key data Case size EIA 0402 2220 100% lead-free Low leakage current (typ.
PLC497 ULTRA LOW CAPACITANCE STEERING DIODE/TVS ARRAY DESCRIPTION SOT-23 PACKAGE APPLICATIONS FEATURES MECHANICAL CHARACTERISTICS PIN CONFIGURATION
ULTRA LOW CAPACITANCE STEERING DIODE/TVS ARRAY DESCRIPTION The is an ultra low capacitance steering diode/tvs array. Designed for protection against Electrostatic Discharge (ESD), Electrical Fast Transients
PESDALC143T5VU Low Capacitance ESD Protector
Low Capacitance ESD Protector Description The is low capacitance transient voltage suppressor for high speed data interface that designed to protect sensitive electronics from damage or latch-up due to
0534S PESDR0534S2. 4-Line Low Capacitance TVS Diode Array. Mechanical Characteristics. Description. Applications. Features. Marking Information
4-Line Low Capacitance TVS Diode Array Description The is a low capacitance TVS arrays, utilizing leading monolithic silicon technology to provide fast response time and low ESD clamping voltage, making
SRV05-4 ULTRA LOW CAPACITANCE STEERING DIODE/TVS ARRAY DESCRIPTION SOT-23-6 PACKAGE APPLICATIONS FEATURES MECHANICAL CHARACTERISTICS PIN CONFIGURATION
ULTRA LOW CAPACITANCE STEERING DIODE/TVS ARRAY DESCRIPTION The is a dual USB port protection array that features ultra low capacitance. This device can be used in applications such as video cards, SMART
PSOT03LC - PSOT36LC 500 WATT ULTRA LOW CAPACITANCE TVS ARRAY DESCRIPTION SOT-23 PACKAGE APPLICATIONS FEATURES MECHANICAL CHARACTERISTICS
500 WATT ULTRA LOW CAPACITANCE TVS ARRAY DESCRIPTION The PSOTxxLC series are ultra low capacitance transient voltage suppressor (TVS) arrays, designed for power or data line applications that provide protection
GBLC03 - GBLC24C. Ethernet 10/100/1000 Base T SMART Phones Handheld - Wireless Systems USB Interface
ultra LOW CAPACITANCE TVS ARRAY Description The GBLCxx and GBLCxxC Series are ultra low capacitance transient voltage suppressor arrays, designed to protect applications such as portable electronics and
INPAQ. Specification TVN AB0. Product Name Transient Voltage Suppressor Series TVS Series Part No TVN AB0 Size EIA 0201
TVN 0201 01 AB0 Specification Product Name Transient Voltage Suppressor Series TVS Series Part No TVN 020101 AB0 Size EIA 0201 TVN 0201 01 AB0 Engineering Specification 1. Scope TVN 0201 01 AB0 is a TVS
UM5075/5079 Single Line ESD Protection Diode Array UM5075 SOD523 UM5079 DFN General Description Applications Features
General Description Single Line ESD Protection Diode Array UM5075 SOD523 UM5079 DFN2 1.0 0.6 The ESD protection diode is designed to replace multilayer varistors (MLVs) in portable applications such as
AZC002-04S Low Capacitance ESD Protection Array For High Speed Data Interfaces Features IEC (ESD) ±15kV (air), ±8kV (contact)
Features ESD Protect for 4 high-speed I/O channels Provide ESD protection for each channel to IEC 000-4- (ESD) ±kv (air), ±8kV (contact) IEC 000-4-4 (EFT) (/0ns) Level-3, 0A for I/O, 40A for Power IEC
Single Line ESD Protection Diode Array
General Description Single Line ESD Protection Diode Array SOD523 The ESD protection diode is designed to replace multilayer varistors (MLVs) in portable applications such as cell phones, notebook computers,
PESDR0554S2. 4-Line Low Capacitance TVS Diode Array. Mechanical Characteristics. Description. Applications. Features. Ordering Information
4-Line Low Capacitance TVS Diode Array Description The is a low capacitance TVS array, utilizing leading monolithic silicon technology to provide fast response time and low ESD clamping voltage, making
PSLC03 - PSLC24C. 350 watt low capacitance tvs array. applications
350 watt low capacitance tvs array Description The PSLC and PSLCxxC Series of devices are low capacitance TVS arrays available in a SOT-3 package. These devices are designed to protect Ethernet data I/O
SLVU WATT ULTRA LOW CAPACITANCE TVS ARRAY PIN CONFIGURATION
600 WATT ULTRA LOW CAPACITANCE TVS ARRAY Description The is a low voltage, low leakage current and ultra low capacitance TVS device designed for EOS and ESD protection of low voltage circuits commonly
Features. Applications
- MicroClamp Description The µclamp TM series of TVS arrays are designed to protect sensitive electronics from damage or latch-up due to ESD. It is designed to replace multilayer varistors (MLVs) in portable
Ethernet Protection A Whole Solution Han Zou, ProTek Devices
Ethernet Protection ------ A Whole Solution Han Zou, ProTek Devices Introduction: As Ethernet applications progress from 10BaseT to 10Gigabit and beyond, IC components are becoming more complicated with
PMAD Series. High Frequency Data Lines RS-232 & RS-422 Interface Networks Ethernet 10/100 Base T Computer I/O Ports
ultra low capacitance multi-line steering diode array Description The are a low distortion steering diodes. These devices are intended for use in high frequency analog or digital data I/O ports for protection
PSLC03 - PSLC24C. 350 watt low capacitance tvs array. applications
350 watt low capacitance tvs array Description The PSLC and PSLCxxC Series of devices are low capacitance TVS arrays available in a SOT-3 package. These devices are designed to protect Ethernet data I/O
ULC0402FC3.3C - ULC0402FC36C
200W LOW CAPACITANCE UNBUMPED FLIP CHIP TVS ARRAY DESCRIPTION The ULC0402FCxxC Series Flip Chips employ advanced silicon P/N junction technology for unmatched board-level transient voltage protection against
0504A PESDR0504S2. 4-Line Low Capacitance TVS Diode Array. Mechanical Characteristics. Description. Applications. Features. Marking Information
4-Line Low Capacitance TVS Diode Array Description The is a low capacitance TVS array, utilizing leading monolithic silicon technology to provide fast response time and low ESD clamping voltage, making
USB208. ultra low capacitance steering diode array. Description. applications
ultra low capacitance steering diode array Description The is an ultra low capacitance steering diode array. This device provides circuit protection for computer interfaces, wireless bus applications and
Product Engineering Specification TVH SP0
Part : TVH020101SP0 Version : A1 Page : 1 / 9 SCOPE Product Engineering Specification TVH 0201 01 SP0 TVH 0201 01 SP0 is a TVS diode designed to protect one power/control line or one signal line from overvoltage
Electromagnetic Compatibility ( EMC )
Electromagnetic Compatibility ( EMC ) Introduction about Components 6-2 -1 Agenda Ferrite Core Isolation Transformers Opto-Isolators Transient and Surge Suppression Devices Varistors Gas-Tube Surge Suppressors
ESDA6V8UF. Description: Specification Features: Applications. Mechanical Characteristics. Order information. Transil array for data protection
ESDA6V8UF Transil array for data protection http://www.willsemi.com Description: The ESDA6V8UF is 4-channel very low capacitance ESD transient voltage suppressor which provides a very high level of protection
PESDNC523T5VU Low Capacitance ESD Protector
Description The is a TVS array designed to protect I/O or data lines from the damaging effects of ESD. it is low capacitance transient voltage suppressors for high speed data interface that designed to
P0402FC3.3C - P0402FC36C
250W FLIP CHIP TVS ARRAY DESCRIPTION The P0402FCxxC Series Flip Chips employ advanced silicon P/N junction technology for unmatched board-level transient voltage protection against Electrostatic Discharge
MLVG0402 Series Engineering Specification
RoHS Pb MLVG0402 Series Engineering 1. Scope (1) Lead free type (2) SMD type zinc oxide based ceramic chip (3) Insulator over coat keeps excellent low and stable leakage current (4) Plating termination
LCD05C - LCD24C HIGH POWERED MULTI-LINE TVS ARRAY DESCRIPTION 16 PIN DIP PACKAGE APPLICATIONS FEATURES MECHANICAL CHARACTERISTICS PIN CONFIGURATION
HIGH POWERED MULTI-LINE TVS ARRAY DESCRIPTION The LCD Series are high powered multi-line TVS arrays available in a 16 pin DIP package. This series is designed to protect high-speed applications from the
PESDLC723T5VU Low Capacitance ESD Protector
Description The is a TVS array designed to protect I/O or data lines from the damaging effects of ESD. it is low capacitance transient voltage suppressors for high speed data interface that designed to
SM05G. Low Capacitance Quad Line ESD Protection Diode Arry SM05/G SOT23-3. General Description. Rev.02 Nov.
Low Capacitance Quad Line ESD Protection Diode Arry SOT23-3 General Description The of transient voltage suppressors (TVS) are designed to protect components which are connected to data and transmission
PTVSHC3N7VUL1 Transient Voltage Suppressor
Transient Voltage Suppressor Description The ESD protector is designed to replace multilayer varistors (MLVs) in portable applications such as cell phones, notebook computers, and PDA s. They feature large
PUSB403 ULTRA LOW CAPACITANCE STEERING DIODE/TVS ARRAY DESCRIPTION FEATURES APPLICATIONS MECHANICAL CHARACTERISTICS
ULTRA LOW APAITANE STEERING DIODE/TVS ARRAY DESRIPTION The is an ultra low capacitance steering diode/tvs array. This device is designed to protect computing applications such as gigabit Ethernet, HDMI,
UL Recognised Fusible Resistors
Resistive Components UL Recognised Fusible Resistors EMC and ULW Series C US Background Designers of power supplies and battery chargers for consumer products are faced with many conflicting requirements.
PSR3.3. ultra low capacitance steering diode/tvs array. Description. applications
ultra low capacitance steering diode/tvs array Description The is an ultra low capacitance (typically 1.5pF), transient voltage/steering diode suppressor array. This device provides circuit protection
Electrostatic Discharged Protection Devices (ESD) Data Sheet
Electrostatic Discharged Protection Devices (ESD) Data Sheet Description The series of is designed to protect power port and the chip Vbus interfaces. It has been specifically designed to protect sensitive
500 W, Bidirectional Low Capacitance TVS Array
Available 500 W, Bidirectional Low Capacitance TVS Array DESCRIPTION This Transient Voltage Suppressor (TVS) is assembled in a QFN-143 package which has the same pinout and footprint as the SOT-143 package.
PRODUCT SPECIFICATION
PRODUCT SPECIFICATION DESCRIPTION DRAWN Y DESIGNED Y CHECKED Y APPROVED Y TVL 0201 01 SP0 Sandy Aaron Aaron YuChiaChang TVL 0201 01 SP0 Engineering 1. Scope TVL 0201 01 SP0 is a TVS diode designed to protect
AZ H Transient Voltage Suppressing Device For ESD/Transient Protection. Features. Circuit Diagram / Pin Configuration. Applications.
Features ESD Protection for Line with Bi-directional. Provide ESD protection for the protected line to IEC 6000-4- (ESD) ±0kV (air), ±kv (contact) IEC 6000-4-4 (EFT) 40A (5/50ns) IEC 6000-4-5 (Lightning)