Wow John you are using some serious semiconductor materials.
Strontium Titanate (SrTiO3) Nano Powder
99.95%, Sr:Ti atomic ratio 0.998-1.002, average particle size ~100 nm (SEM & BET), BET specific surface area (SSA) > 10 m2/g, cubic phase (XRD)
Applications:
Varistors, high temperature superconducts (HTSc), tunable microwave devices, tunable RF filters, high-k gate dielectric material, optical windows, DRAM, etc.
Quantity & Price
100 g $ 58.00
250 g $ 87.00
500 g $ 145.00
Barium Titanate Nano Powder
99.95%, Ba:Ti atomic ratio 0.999-1.001, average particle size ~100 nm (SEM & BET), BET specific surface area (SSA) > 10 m2/g, cubic phase (XRD)
Applications:
As a true breakthrough material in the electronic ceramics industry for more than half a century, barium titanate (BaTiO3) has found widespread use in multi-layer ceramic capacitors (MLCCs), piezoelectric & ferroelectric components, embedded decoupling capacitors (EDC), PTC thermistors, ceramic filters, etc.
Quantity & Price
100 g $ 41.00
250 g $ 68.00
500 g $ 94.00
Very cool man. Trial and error could get expensive but the end results sound very promising.
Thanks
Strontium Titanate (SrTiO3) Nano Powder
99.95%, Sr:Ti atomic ratio 0.998-1.002, average particle size ~100 nm (SEM & BET), BET specific surface area (SSA) > 10 m2/g, cubic phase (XRD)
Applications:
Varistors, high temperature superconducts (HTSc), tunable microwave devices, tunable RF filters, high-k gate dielectric material, optical windows, DRAM, etc.
Quantity & Price
100 g $ 58.00
250 g $ 87.00
500 g $ 145.00
Barium Titanate Nano Powder
99.95%, Ba:Ti atomic ratio 0.999-1.001, average particle size ~100 nm (SEM & BET), BET specific surface area (SSA) > 10 m2/g, cubic phase (XRD)
Applications:
As a true breakthrough material in the electronic ceramics industry for more than half a century, barium titanate (BaTiO3) has found widespread use in multi-layer ceramic capacitors (MLCCs), piezoelectric & ferroelectric components, embedded decoupling capacitors (EDC), PTC thermistors, ceramic filters, etc.
Quantity & Price
100 g $ 41.00
250 g $ 68.00
500 g $ 94.00
Very cool man. Trial and error could get expensive but the end results sound very promising.
Thanks
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