Positioning and Types of High Reliability Products
High Reliability Products from TAIYO YUDEN
- Optimal materials
- Optimal designs
-
Automotive
- Long lifetime
- Low failure rate
Industrial equipment- Miniature
- Large
capacitance
- Supports automotive standards
-
- AEC-Q200
- IATF16949
Capacitors
- ●Multilayer Ceramic Capacitors
- ●Conductive Polymer Aluminum Electrolytic Capacitors
Inductor and EMC Suppression Components
- ●Metal Power Inductors
- ●Ferrite Power Inductors
- ●Bead Inductors
ADVANTAGE
Advantages of High Reliability Products
Multilayer Ceramic Capacitors
- High capacitance
- High voltage
- Miniature
Inductors
- High temperature support
- Large current
- Miniature
Ferrite Bead Inductors
- High temperature support
- EMC suppression
- Large current
Conductive Polymer Hybrids Aluminum Electrolytic Capacitors
- Low ESR
- Withstanding voltage
- Long lifetime
- Vibration resistant
PRODUCT INFORMATION
Multilayer ceramic capacitors (MLCCs)
Multilayer Ceramic Capacitors (High Dielectric Type) MCAS Series
View DETAIL
View DETAIL
Multilayer Ceramic Capacitors (Temperature Compensating Type) MCAS Series
View DETAIL
View DETAIL
Medium-High Voltage Multilayer Ceramic Capacitors MCAS Series
View DETAIL
View DETAIL
High frequency/Low loss Medium-High Voltage Multilayer Ceramic Capacitor MCAR Series
View DETAIL
View DETAIL
Soft Termination Multilayer Ceramic Capacitors MCJC Series
View DETAIL
View DETAIL
LW Reversal Decoupling Low ESL Capacitor(LWDC™) MCRL Series
View DETAIL
View DETAIL
Medium-High Voltage Multilayer Ceramic Capacitors (Control and Safety) MAAS Series
View DETAIL
View DETAIL
Control and Safety
Features
- Automotive (Control and Safety) Optimal multilayer ceramic capacitors for control and safety
- AEC-Q200 Qualified Passed AEC-Q200 compatible evaluation testing
- Temperature cycle: 1000 times
- Humidity resistance: 85℃ and 85% RH for 1000 hours
- Durability: 125℃ for 2000 hours
Body and Information
Features
- Automotive (Body and Information) Optimal multilayer ceramic capacitors for body and information
- AEC-Q200 Qualified Passed AEC-Q200 compatible evaluation testing
Inductors
Multilayer Metal Power Inductors MCOIL™ LCCN Series(MC Series)
View DETAIL
View DETAIL
Wire-wound Metal Power Inductors MCOIL™ LCEN Series(ME Series)
View DETAIL
View DETAIL
Wire-wound Metal Power Inductors MCOIL™ LCDN Series(MD Series)
View DETAIL
View DETAIL
Wire-wound Ferrite Power Inductors LCXN/LCXP Series(NR Series H-type/S-type/V-type)
View DETAIL
View DETAIL
SMD Power Inductors LCXH Series(NR Series M-type)
View DETAIL
View DETAIL
Wire-wound Ferrite Power Inductors LCRN Series(NS Series)
View DETAIL
View DETAIL
Wire-wound Ferrite Power Inductors LAYP Series(ES Series T-type)
View DETAIL
View DETAIL
Wire-wound Ferrite Power Inductors LCXA Series(NR Series C-Type)
View DETAIL
View DETAIL
Multilayer Metal Power Inductors
MCOIL™ LCCN Series(MC Series)
Features
- Uses metal magnetic materials
- World's smallest level of 1608 and 2012 case sizes by multilayering process
- Monolithic structure with minimal magnetic flux leakage, suitable for high density mounting process
- Operating temperature range: -40 to 125℃ (including self-generating heat)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)
Wire-wound Metal Power Inductors
MCOIL™ LCEN Series(ME Series)
Features
- Soft-molded with high-performing metal resin composite
- Small footprint, high current performance
- High current saturation, low core loss
- Operating temperature range: -40 to 125℃ (including self-generating heat)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)
Wire-wound Metal Power Inductors
MCOIL™ LCDN Series(MD Series)
Features
- Incorporates a new metallic material for the core
- Estimated to be double the magnetic permeability of conventional metal materials
- Range of temperature use: -40 to 125℃ (including heat generated by the product itself)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)
SMD Power Inductors
LCXH Series(NR Series M-type)
Features
- Utilizes a custom-developed sleeveless structure resulting in a miniature size and large currents
- “Hybrid type” uses ferrite material in the core and metal resin in the exterior
- Structure which is highly drop impact resistant
- Range of temperature use: -40 to 125℃ (including heat generated by the product itself)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)
Wire-wound Ferrite Power Inductors
LAYP Series(ES Series T-type)
Features
- Simple and strong structure/highly robust design which take high temperatures and long-term reliability into account
- Range of temperature use: -40 to 150℃ (including heat generated by the product itself)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)
Wire-wound Ferrite Power Inductors
LCXA Series(NR Series C-Type)
Features
- Optimized structure for less harmonic distortion, realizing improved sound quality
- Realizes superimposing characteristics with flat inductance, compared with other ferrite power inductor lineup
- Operating temperature range: -40 to 125℃ (including self-generating heat)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)
Ferrite bead inductors
Chip Bead Inductors for Power Lines LAMG Series(FB Series M-type)
View DETAIL
View DETAIL
Chip Bead Inductors for Power Lines LCMC/LCMG Series(FB Series T-type)
View DETAIL
View DETAIL
Chip Bead Inductors for Power Lines
LCMC/LCMG Series(FB Series T-type)
Features
- Achieves low Rdc and a large current through the use of custom-developed winding technology and silver wire
- Achieves superior high frequency characteristics through reduced stray capacitance
- High energy resistance
- High reliability
- Range of temperature use: -40 to 150℃ (including heat generated by the product itself)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)
Chip Bead Inductors for Power Lines
LAMG Series(FB Series M-type)
Features
- Achieves low Rdc and a large current through the use of custom-developed winding technology and silver wire
- Achieves superior high frequency characteristics through reduced stray capacitance
- High energy resistance
- High reliability
- Range of temperature use: -40 to 125℃ (including heat generated by the product itself)
- AEC-Q200 Qualified (Passed AEC-Q200 compatible evaluation testing)