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
CASE STUDY
Automotive Applications Control
Automotive Applications Control Safety
Automotive Applications Body
Automotive Applications Information
PRODUCT INFORMATION
Multilayer ceramic capacitors (MLCCs)
Multilayer Ceramic Capacitors (High Dielectric Type)
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Multilayer Ceramic Capacitors (Temperature Compensating Type)
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Medium-High Voltage Multilayer Ceramic Capacitors
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High-Frequency Medium-High Voltage Multilayer Ceramic Capacitors
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Soft Termination Multilayer Ceramic Capacitors
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LW Reversal Decoupling Capacitors (LWDC™)
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Medium-High Voltage Multilayer Ceramic Capacitors (Control and Safety)
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Medium-High Voltage Multilayer Ceramic Capacitors (Control and Safety)
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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
MCOIL™ MD Series Metal Core SMD Power Inductors
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NR Series H-type/S-type/V-type SMD Power Inductors
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SMD Power Inductors NR Series M-type
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NS Series SMD Power Inductors
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SMD Power Inductors ES Series T-type
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Metal power inductors, metal core SMD power inductors (MCOIL™ MD Series), automotive (body and information)
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)
Ferrite power inductors, SMD power inductors (NR Series M-type), automotive (body and information)
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)
Ferrite power inductors, SMD power inductors (ES Series T-type), automotive (control and safety)
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)
Ferrite bead inductors
FB Series M-type Chip Bead Inductors for Power Lines
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FB Series T-type Chip Bead Inductors for Power Lines
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Ferrite bead inductors, chip bead inductors for power lines (FB Series T-type), automotive (control and safety)
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)
Ferrite bead inductors, chip bead inductors for power lines (FB Series M-type), automotive (body and information)
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)
Conductive polymer hybrids aluminum electrolytic capacitors
What Is the AEC-Q200?
Learn more about the AEC-Q200
What Is the IATF16949?
Learn more about the IATF16949
