Alumina-Zirconia Ceramic Substrates For Power Device Applications

Features - Properties
★Substrates can be thinner by taking advantage of the High Strength, High Toughness properties of the material.
→ With thinner substrates, thermal resistance in the thickness direction is less (Advantage for Power semiconductor modules)
★Cost advantage - L... (read more)

Al2O3 Substrates for Thick Film Applications

Features

• Strong mechanical strength
• Excellent surface flatness
• High thermal conductivity, Superior shock resistance
• High surface resistivity and volume resistivity, Superior electrical insulation

Learn More (read more)

96% Alumina Multi-Layer Circuit Ceramic Substrate

Developed for 5G Applications
High Thermal Conductivity, Low loss, Low cost Substrate

Features - Benefits of 96% Alumina + Pt Conductor
① Very low Dielectric Loss compared to existing material
② High Thermal Conductivity compared to existing material
③ High Mechanical Strength... (read more)

LTCC (Low Temperature Co-fired Multilayer Ceramic Substrates)

Features

• Easy to achieve high number of layers
• Fine Line, small diameter via capabilities
• Various layer thicknesses available
• Capable of offering a Cavity structure
• Capable of creating surface resistors with trimming options
• Low resistance conductor...

NIKKO Alumina-Zirconia Ceramic Substrates

Insulating, high heat dissipation ceramic substrates suitable for Power Semiconductors.

Offers high thermal shock resistance and high mechnical strength, at very thin thicknesses. Bending strength 2x stronger than standard 96% alumina substrates.

Applications - Semiconductor Power Modules, LED Lighting (read more)

Quiet and Excellent Response Precision Positioning Capable

Multilayer Piezo-electric Ceramics (Actuators)

Features

[NP-6]
High Mechanical Quality Factor, High output at Eigen Frequency. This is an optimum material for various ultrasonic vibrator applications.
[NP-7]
The high Piezoelectric Strain Constant offers large static displacement. This is an opt... (read more)

For Sensors, Healthcare Devices, Ozonizer

About Multi-layer Ceramic Substrates - Ceramic substrates with a multi-layer structure made by stacking green sheets in layers and fired to create a solid structure.

Features

・Capable of structures with a ”Cavity” to mount semiconductor chips

・ Capable of integrating “Via“s to elec... (read more)

Ceramic Sintering Tooling

• Ceramics offer high thermal resistivity and chemical resistivity
• Commonly used for sintering tooling of electronic components

Features of NIKKO Sintering Tooling Products

• Superior surface flatness - Ra = 0.1 - 0.3um
• Thin plates (less than 1.6 mmt) make it lightweight
• Custom designs available

96% Alumina substrates and Thick Film Circuit Substrates are used as base substrates for Filled Via Circuit Substrates

Features

• A thick film circuit substrate with through hole vias filled with Silver based conductor material
• Capable of creating a thermal bypass to the back side as thermal vias when used for COB assemblies and SMT assemblies that requi...

Features

- Strong mechanical strength
- Excellent surface flatness
- High thermal conductivity, Superior shock resistance
- High surface resistivity and volume resistivity, Superior electrical insulation

Learn More (read more)

Lightweight Ceramic Tooling for Sintering

Features

• Excellent surface flatness - Ra=0.1-0.3um
• Thin plates less than 1.6mmt, make for lightweight tooling
• Custom designs available uopn request

Alumina-Zirconia Ceramic Substrates For Power Device Applications

Features - Properties
★Substrates can be thinner by taking advantage of the High Strength, High Toughness properties of the material.
→ With thinner substrates, thermal resistance in the thickness direction is less (Advantage for Power semiconductor modules)
★Cost advantage - L... (read more)

Multilayer Piezo-electric Ceramics (Actuators)

Features

[NP-6]
High Mechanical Quality Factor, High output at Eigen Frequency. This is an optimum material for various ultrasonic vibrator applications.

[NP-7]
The high Piezoelectric Strain Constant offers large static displacement. This is an optimum material for actuator applications.

Learn More (read more)

LTCC (Low Temperature Co-fired Multilayer Ceramic Substrates)

Features

• Easy to achieve high number of layers
• Fine Line, small diameter via capabilities
• Various layer thicknesses available
• Capable of offering a Cavity structure
• Capable of creating surface resistors with trimming options
• Low resistance conductor...

Multilayer Piezo-electric Ceramics (Actuators)

Design Guidelines

[Standard Specifications]
Dimensions------------------------80mm × 80mm or less
Thickness-------------------------30mmor less
External Electrode Material-------AgPd
Internal Electrode Material-------AgPd
Via Electrode Material------------AgPd
Laye... (read more)