High-Performance Probes | Bruker

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Frequency

Nom: 65 KHz

Spring Const.

Nom: 2.8N/m

Geometry

Rectangular

Tip Radius

<5(nm)

Frequency

Nom: 30 KHz

Spring Const.

Nom: 0.35N/m

Geometry

Rectangular

Tip Radius

15.0(nm)

Material

Single Crystal Si

Coating

B: Optional Reflective Film to increase signal

Frequency

Nom: 320 KHz

Spring Const.

Nom: 42N/m

Geometry

Rectangular

Tip Radius

8.0(nm)

Material

Single Crystal Si

Coating

F: Optional

B: Aluminum

CALL TO ORDER

Frequency

Nom: 320 KHz

Spring Const.

Nom: 42N/m

Geometry

Rectangular

Tip Radius

8.0(nm)

Material

Single Crystal Si

Coating

F: Optional

B: Aluminum

CALL TO ORDER

Frequency

Nom: 300 KHz

Spring Const.

Nom: 40N/m

Geometry

Rectangular

Material

Single Crystal Si

Coating

F: Optional

B: Aluminum

CALL TO ORDER

Frequency

Nom: 300 KHz

Spring Const.

Nom: 40N/m

Geometry

Rectangular

Material

Single Crystal Si

Coating

F: Optional

B: Reflective Al

CALL TO ORDER

Frequency

Nom: 300 KHz

Spring Const.

Nom: 40N/m

Geometry

Rectangular

Material

Single Crystal Si

Coating

F: Optional

B: Reflective Al

CALL TO ORDER

Frequency

Nom: 300 KHz

Spring Const.

Nom: 40N/m

Geometry

Rectangular

Material

Single Crystal Si

Coating

F: Optional

B: Reflective Al

CALL TO ORDER

Frequency

Nom: 105 KHz

Spring Const.

Nom: 6N/m

Geometry

Rectangular

Tip Radius

100(nm)

Material

0.010-0.025 Ωcm Antimony (n) doped Si

Coating

F: Conductive Diamond

B: Reflective Aluminum

Frequency

Nom: 50 KHz

Spring Const.

Nom: 225N/m

Geometry

Rectangular

Tip Radius

40(nm)

Material

Stainless Steel

Frequency

Nom: 65 KHz

Spring Const.

Nom: 0.35N/m

Geometry

A Triangular

Tip Radius

20(nm)

Material

Silicon Nitride

Coating

B: Reflective Gold

Frequency

Nom: 150 KHz

Spring Const.

Nom: 3N/m

Geometry

Rectangular

Tip Radius

8(nm)

Material

Single Crystal Si

Coating

F: Optional

B: Aluminum

CALL TO ORDER

Frequency

Nom: 110 (In Fluid) KHz

Spring Const.

Nom: 0.25N/m

Geometry

Special

Tip Radius

1(nm)

Frequency

Nom: 75 KHz

Spring Const.

Nom: 2.8N/m

Geometry

Rectangular

Tip Radius

8(nm)

Material

0.01 - 0.025 Ωcm Antimony (n) doped Si

Coating

B: Reflective Aluminum

Frequency

Nom: 320 KHz

Spring Const.

Nom: 42N/m

Geometry

Rectangular

Tip Radius

10(nm)

Material

0.01 - 0.025 Ωcm Antimony (n) doped Si

Coating

B: Reflective Aluminum

Frequency

Nom: 100 KHz

Spring Const.

Nom: 8N/m

Geometry

Rectangular

Tip Radius

20(nm)

Material

Diamond cone probe, 8N/m

Coating

B: Reflective Au

Frequency

Nom: 375 KHz

Spring Const.

Nom: 0.35N/m

Geometry

Special

Tip Radius

8(nm)

Material

Silicon Nitride

Coating

B: Reflective Gold

Frequency

Nom: 60 KHz

Spring Const.

Nom: 4N/m

Geometry

Rectangular

Tip Radius

10(nm)

Material

0.01 - 0.025 Ωcm Antimony (n) doped Si

Coating

B: Reflective Aluminum

Frequency

Nom: 75 KHz

Spring Const.

Nom: 3.0N/m

Geometry

Rectangular

Tip Radius

35(nm)

Material

0.01 - 0.025 Ωcm Antimony (n) doped Si

Coating

F: Magnetic CoCr

B: Reflective CoCr

Frequency

Nom: 22 KHz

Spring Const.

Nom: 0.07N/m

Geometry

A Triangular

Tip Radius

20(nm)

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