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Mn:PIN-PMN-PT

Mn:PIN-PMN-PT Single Crystals

Mn-doped relaxor-based piezoelectric single crystals with low dielectric loss, high mechanical quality factor and high Curie-temperature specification ranges.

Mn PIN PMN PT boule product photo
Representative crystal sample

PRODUCT OVERVIEW

Material Options

Low dielectric lossCurrent specification lists tanδ below 0.40%.
High mechanical quality factorQm is ~400–800 for Type I and ~400 for Type II.
Custom processingMultiple component geometries and surface states.
Electrode optionsSilver and gold electrode options available.

AVAILABLE FORMS

ShapesPlates, wafers, rings, rods, custom geometries
Plate length1–70 mm
Plate width1–30 mm
Plate thickness0.1–10 mm
SurfaceFine grinding, polished
ElectrodesSilver, Gold

SAMPLE PRODUCT GALLERY

Representative Mn:PIN-PMN-PT Product Forms

Current sample imagery includes a boule-style crystal and a square-plate array suitable for product-page presentation.

TECHNICAL DATA

Specification Ranges

Current specification ranges are provided for preliminary material selection. Final order specifications and acceptance criteria are subject to quotation and technical agreement.

PropertyType IType II
PT contentLower PTHigher PT
Relative dielectric constant, εr3000–37003500–5500
Dielectric loss, tanδ<0.40%<0.40%
Piezoelectric constant d33 (pC/N)900–12001100–1700
Piezoelectric constant d32 (pC/N)−(500–800)−(700–900)
Electromechanical coupling factor k330.86–0.910.88–0.92
Phase transition temperature Trt118–130°C100–120°C
Curie temperature Tc155–170°C170–210°C
Coercive field Ec5.5–6.0 kV/cm5.5–6.5 kV/cm
Mechanical Quality Factor Qm~400–800~400
Density8.128.12
PropertyType IType II
Dielectric constant, εr2200–30002800–4500
Piezoelectric constant d33 (pC/N)600–800800–1100
Piezoelectric constant d32 (pC/N)−(800–1200)−(1200–1600)
Electromechanical coupling factor k320.86–0.890.87–0.92
Curie temperature Tc150–175°C170–200°C

CUSTOM ENGINEERING

Specify the Component You Need

Material selection, cut, poling direction, geometry, surface finish, electrode and performance targets can be reviewed against your drawing.