High-Performance Probes Page: 2 | Bruker

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Frequency

Nom: 18.0 KHz

Spring Const.

Nom: 0.080N/m

Geometry

A A-frame

Tip Radius

1,000(nm)

Material

Silicon Nitride

Coating

B: Reflective Gold

Frequency

Nom: 300 KHz

Spring Const.

Nom: 26N/m

Geometry

Rectangular

Tip Radius

7(nm)

Material

0.01 - 0.02 Ωcm Silicon

Coating

B: Reflective Aluminum

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PEAKFORCE-HIRS-F-B

Frequency

Nom: 100 KHz

Spring Const.

Nom: 0.12N/m

Geometry

Special

Tip Radius

1(nm)

Material

Silicon Nitride

Coating

B: Reflective Au

Frequency

Nom: 55 KHz

Spring Const.

Nom: 0.25N/m

Geometry

Rectangular

Tip Radius

10(nm)

Frequency

Nom: 130 KHz

Spring Const.

Nom: 0.4N/m

Geometry

Special paddle shaped

Tip Radius

25(nm)

Material

Silicon Nitride

Coating

F: Reflective Aluminum

B: Al

Frequency

Nom: 85 KHz

Spring Const.

Nom: 0.100N/m

Geometry

Paddle

Tip Radius

70(nm)

Frequency

Nom: 78 KHz

Spring Const.

Nom: 2.5N/m

Geometry

Rectangular

Tip Radius

15.0(nm)

Material

Single Crystal Si

Coating

B: Optional Reflective Film to increase signal

Frequency

Nom: 9 KHz

Spring Const.

Nom: 0.8N/m

Geometry

Rectangular

Tip Radius

<20(nm)

Material

Solid Platinum

Frequency

Nom: 300 KHz

Spring Const.

Nom: 40N/m

Geometry

Rectangular

Tip Radius

30(nm)

Material

0.01 - 0.025 Ωcm Antimony (n) doped Si

Coating

B: Reflective Aluminum

Frequency

Nom: 55 KHz

Spring Const.

Nom: 0.25N/m

Geometry

Special

Tip Radius

1(nm)

Material

Silicon Nitride

Coating

B: Reflective Al

SCANASYST-AIR-HPI

Frequency

Nom: 55 KHz

Spring Const.

Nom: 0.25N/m

Geometry

Special

Tip Radius

2(nm)

Material

Silicon Nitride

Coating

B: Reflective Al

SCANASYST-AIR-HR

Frequency

Nom: 130 KHz

Spring Const.

Nom: 0.4N/m

Geometry

Rectangular

Tip Radius

2(nm)

Material

Silicon Nitride

Coating

B: Reflective Aluminum

Frequency

Nom: 75 KHz

Spring Const.

Nom: 2.8N/m

Geometry

Rectangular

Tip Radius

15(nm)

Material

0.01 - 0.025 Ocm Antimony (n) doped Si

Coating

F: Conductive PtSi

B: Reflective Al

Frequency

Nom: 19 KHz

Spring Const.

Nom: 1.0N/m

Geometry

Rectangular

Tip Radius

50 ± 10(nm)

Material

Silicon Nitride

Coating

B: TiW/Au (500)

Frequency

Nom: 320 KHz

Spring Const.

Nom: 37N/m

Geometry

Rectangular

Tip Radius

7(nm)

Material

0.01 - 0.025 Ωcm Antimony (n) doped Si

Coating

B: Reflective Aluminum

Frequency

Nom: 320 KHz

Spring Const.

Nom: 37N/m

Geometry

Rectangular

Tip Radius

2(nm)

Material

0.01 - 0.025 Ωcm Antimony (n) doped Si

Coating

B: Reflective Aluminum

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