P-752.11C, P-752.21C Miniature Piezo Flexure NanoPositioner and Scanner

Ordering Information:
P-752.11C Miniature PZT Flexure Stage, 15 µm, Capacitive Sensor
P-752.21C Miniature PZT Flexure Stage, 30 µm, Capacitive Sensor

NOTES
See "PZT Control Electronics" section for our comprehensive line of low noise, modular and OEM control elec-tronics for computer and manual control.

TECHNICAL DATA:

Models

P-752.11C

P-752.21C

Units

Notes

Active axes

X

X

   

Open loop travel @ 0 to 100 V

20

35

µm ± 20 %

A2

Closed loop travel ³

15

30

µm

A5

Integrated feedback sensor

capacitive

capacitive

 

B

Closed / open loop ** resolution £

0.1

0.2

nm

C1

Closed loop linearity (typ.)

0.03

0.03

%

 

Full range repeatability (typ.)

±1

±2

nm

C3

Stiffness

30

20

N/µm ± 20 %

D1

Push/pull force capacity (in operating direction)

100 / 10

100 / 10

N

D3

Max. (+/-) normal load

3

3

kg

D4

Lateral force limit

30

30

N

D5

Tilt (Q Y, Q Z) (typ.)

1

1

µrad

E1

Electrical capacitance

2.7

4.5

µF ± 20 %

F1

* Dynamic operating current coefficient (DOCC)

22

19

µA/(Hz x µm)

F2

Unloaded resonant frequency

3000

2100

Hz ± 20 %

G2

Resonant frequency @ 300 g load

980

600

Hz ± 20 %

G3

Operating temperature range

- 20 to 80

- 20 to 80

° C

H2

Voltage connection

VL

VL

VL

J1

Sensor connection

2 x C

2 x C

2 x C

J2

Weight (with cables)

250

350

g ± 5 %

 

Body material

N-S

N-S

N-S

L

Recommended amplifier/controller

H, F, L

H, F, L

H, F, L

M

* Dynamic Operating Current Coefficient in µA per Hertz and µm.
Example: Sinusoidal scan of 10 µm at 10 Hz (P-752.11C) requires approximately 2.2 mA drive current.

** Noise equivalent motion with E-503 amplifier.

BACK