E01.D Piezo Controller , controlled feedback, controlled by computer softwareCurrent Location:Product Homepage >> Piezo Amplifier>>E01.D Piezo Controller , controlled feedback, controlled by computer software
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Piezo controllers are used to drive and control piezoelectric ceramics and nano-positioning platforms. According to the structure, they are mainly divided into modular, integrated, industrial, and board-type controller products. Analog, digital, keyboard, I/O and other control methods. Available in open loop, closed loop, single or multiple channels. It can drive all kinds of piezoelectric products.


Modules

Modules

Modules

Control Mode

Selection Guide

Multi-Functions, For All Kinds of Piezo Products

E03

E05

E06

E07

    E01.D Technical data

Model

E01

Only extended drive module

1~9 channels

Dimensions

280×170×380mm

Input analog signals

Single polarity -1.67~+10V/0~+5V, double polarities -10~+10V/-5~+5V

Optional output voltage

100V150V200V300V±150V

±200V600V±300V

900V1800V±900V

Output voltage ripple

≤5mV

≤10mV

≤20mV

Output voltage resolution

16Bit (1/30000 of full range) 24Bit (1/100000 of full range)

Serial/USB interface

RS232 (Baud rate 9600) / USB2.0

Voltage stability

0.1%F.Sfull range/8hours

Input impedance

100KΩ±20%

Unloaded full amplitude bandwidth

1k10k20k50kHz are available

Channels of drive module

1~3

Ave. Power per channel

7W ~ 35W

Peak power per channel

20W ~ 110W

Ave. current

40mA ~ 350mA

Peak current

100mA ~ 11A

Bandwidth in large signals

1kHz ~ 50kHz

Current limitation

Short-circuit proof

Voltage gain

10 ~ 90±0.1

DC-offset

10 turns

Sensor

SGS LVDT CAP

Channels of sensor module

1 ~ 3

Sensor interface

LEMO ERA.0S.304.CLL

Sensor output interface

LEMO connection with 4 coresSensor input)

Sensor output voltage

Single polarity power0~+10V;double polarities power-10~+10V

Channels of master control module

1~3

D/A transducer

16/24 bit ±10V output

A/D transducer

16bit ±10V input

Peak output current

Peak output power/nominal voltage outputper channel)

Ave. Output current

Ave.output power/nominal voltage output per channel

Dynamic output characteristic formula

Peak to peak voltage(V)×frequency(Hz)×load(F)≤Ave.output current

Power supply

AC 220V±10 50Hz±10

Functions

Combination

Can equipped with drive, sensor and master control module,
see each module and combination description.

External feature

Arbitrary combination between modules, upgraded.

Basic control

manual adjustmentanalog inputserial/USB interface
spontaneous waveform control
open-/closed-loop control

Basic function

Over-current protection, temperature protection

Software configuration

With a powerful standard computer control software

Introduction of spontaneous waveform

Spontaneous sine wave, square wave, triangle wave, sawtooth wave,
no attenuation and distortion when frequency within 1k.

LCD keyboard communication interface

StandardLCDmembrane buttonRS232,USB

    E03 Power Amplifier Module

Channels

Type

Analog input

Output voltage

Frequency

Ave. current

Peak current

Ripple

1~3

E03.00.1

-1~10V

-20~200V

>5kHz

35mA

105mA

5mV

1~3

E03.00.2

-1~10V

-20~200V

>5kHz

35mA

1000mA

5mV

1~3

E03.00.3

-0.67~10V

-20~300V

>5kHz

23mA

69mA

5mV

1~3

E03.00.4

-0.67~10V

-20~300V

>5kHz

23mA

1000mA

5mV

1~3

E03.00.5

-10~10V

±100V

>5kHz

35mA

1000mA

5mV

1~3

E03.00.6

-10~10V

±150V

>5kHz

23mA

1000mA

5mV

1~3

E03.00.7

-3.33~10V

-20~60V

10kHz

100mA

330mA

5mV

1~3

E03.00.9

-2~+10V

-20~+100V

10kHz

70mA

1000mA

5mV

E03.00.10

-1.67~+10V

-20~+120V

58mA

1000mA

E03.00.11

-1.33~+10V

-20~+150V

46mA

1000mA

E03.00.12

-2~+10V

-20~+100V

30kHz

70mA

210mA

E03.00.13

-1.67~+10V

-20~+120V

58mA

174mA

E03.00.14

-1.335~+10V

-20~+150V

46mA

138mA

E03.00.15

-1~+10V

-20~+200V

35mA

105mA

E03.00.16

-0.67~+10V

-20~+300V

23mA

69mA

E03.00.17

-10~+10V

-100~+100V

35mA

105mA

E03.00.18

-150~+150V

23mA

69mA

E03.05.1

0~+10V

-20~+100V

50kHz

70mA

210mA

E03.05.2

-20~+120V

58mA

174mA

    E05 Power Amplifier Module

Channels

Type

Analog input

Output voltage

Frequency

Ave. current

Peak current

Ripple

1

E05.00.1

-2~+10V

-20~+100V

1kHz

350mA

1050mA

5mV

E05.00.2

-1.67~+10V

-20~+120V

1kHz

291mA

873mA

5mV

E05.00.3

-1.33~+10V

-20~+150V

1kHz

233mA

700mA

5mV

E05.00.4

-2~+10V

-20~+200V

1kHz

175mA

525mA

5mV

E05.00.5

-0.67~+10V

-20~+300V

1kHz

116mA

348mA

5mV

E05.00.6

-0.5~+10V

-20~+400V

1kHz

87mA

260mA

10mV

E05.00.7

-10~+10V

-100~+100V

5kHz

175mA

525mA

10mV

E05.00.8

-10~+10V

-150~+150V

5kHz

116mA

348mA

10mV

E05.00.9

-10~+10V

-200~+200V

5kHz

87mA

260mA

10mV

E05.00.11

-1~+10V

-20~+200V

5kHz

175mA

525mA

10mV

E05.00.12

-0.67~+10V

-20~+300V

5kHz

116mA

348mA

10mV

E05.00.13

-2~+10V

-20~+100V

10kHz

330mA

1000mA

5mV

E05.00.14

-1.67~+10V

-20~+120V

10kHz

290mA

1000mA

5mV

E05.00.15

-1.33~+10V

-20~+150V

10kHz

230mA

1000mA

5mV

E05.00.16

-1~+10V

-20~+200V

>5kHz

175mA

1000mA

5mV

E05.03.18

-0.67~+10V

-20~+300V

>5kHz

115mA

1000mA

5mV

E05.03.19

-10~+10V

-100~+100V

>5kHz

175mA

1000mA

5mV

E05.03.20

-10~+10V

-150~+150V

>5kHz

115mA

1000mA

5mV

E05.03.21

-10~+10V

-200~+200V

>5kHz

87.5mA

1000mA

5mV

E05.03.22

0~-10V

0~+300V

>5kHz

115mA

1000mA

5mV

E05.03.23

0~10V

-20~+400V

3kHz

87.5mA

1000mA

5mV

E05.03.24

0~-10V

0~-400V

2kHz

87.5mA

1000mA

5mV

E05.03.1

-2~+10V

-20~+100V

30kHz

330mA

1000mA

5mV

E05.03.2

-1.67~+10V

-20~+120V

30kHz

290mA

1000mA

5mV

E05.03.3

-1.33~+10V

-20~+150V

30kHz

230mA

1000mA

5mV

E05.03.4

-1~+10V

-20~+200V

30kHz

175mA

1000mA

5mV

E05.03.5

-0.67~+10V

-20~+300V

30kHz

115mA

1000mA

5mV

E05.03.6

-10~+10V

-100~+100V

30kHz

175mA

1000mA

5mV

E05.03.7

-10~+10V

-150~+150V

30kHz

115mA

1000mA

5mV

E05.05.1

0~+10V

0~+100V

50kHz

330mA

1000mA

5mV

E05.05.2

0~+10V

0~+120V

50kHz

290mA

1000mA

5mV

E05.05.3

0~+10V

0~+40V

100kHz

625mA

1875mA

20mV

E05.05.4

0~+10V

0~+40V

120kHz

625mA

1875mA

20mV

    E06 Power Amplifier Module

Channels

Type  

Analog input  

Output voltage  

Frequency  

Ave. current  

Peak current  

Ripple  

2  

E06.00.A2

-10V-+10V  

-300V-+300V  

1KHz  

5mA  

15mA  

20mV

    E07 Power Amplifier Module

 Channels  

Type  

Analog input  

Output voltage  

Frequency  

Ave. current  

Peak current 

Ripple  

1

E07.00.1

-10~+10V

±300V

2kHz

35mA

438mA

10mV

1

E07.00.2

0~+10V

0~1000V

2kHz

30mA

438mA

10mV

1

E07.00.2

-10~+10V

-300~+300V

5kHz

58mA

500mA

10mV

1

E07.00.2

0~+10V

0~+600V

5kHz

58mA

500mA

10mV

    E08 Power Amplifier Module

Channels

Type

Analog input

Output voltage

Frequency

Ave. current

Peak current

Ripple

1

E08.00

-2.5~7.5V

-500~1500V

2kHz

17mA

55mA

50mV

2

E08.01

-2.5~7.5V

-500~1500V

2kHz

17mA

55mA

50mV

3

E08.02

-2.5~7.5V

-500~1500V

2kHz

17mA

55mA

50mV

4

E08.03

-2.5~7.5V

-500~1500V

2kHz

17mA

55mA

50mV

5

E08.04

-2.5~7.5V

-500~1500V

2kHz

17mA

55mA

50mV

6

E08.05

-2.5~7.5V

-500~1500V

2kHz

17mA

55mA

50mV

1

E08.06*

-10~10V

-0~2000V

1kHz

30mA

90mA

50mV

*: Combination type, combined with 2 modules, GND of driven load is suspended.

    PZT Position Sensor Module

Model

E09.S1

E09.S3

E09.L1

E09.L3

Functions

PZT

PZT

PZT

PZT

Channel

1

3

1

3

Sensor

SGS

SGS

LVDT

LVDT

Servo property

Analog P-I algorithm & notch filter

Analog P-I algorithm & notch filter

Analog P-I algorithm & notch filter

Analog P-I algorithm & notch filter

Sensor interface

ERA.0S.304.CLL

ERA.0S.304.CLL

ERA.0S.304.CLL

ERA.0S.304.CLL

Sensor output

BNC

ERA.05.303.CLL

BNC

ERA.05.303.CLL

Sensor output voltage(V)

0~10

0~10

0~10

0~10

Operating temperature range(℃)

0~50

0~50

0~50

0~50

    E18 Display and Interface Module

Models

E18.i1

E18.i3

 

Functions

Display and Interface Module

Channels

1

3

Processor

32 Bit single core microprocessor, 168MHz

Linearity

0.01%

D/A converter

16Bit ±10V

24 Bit ±10V

Output resolution

1/30000 of full amplitude

1/100000 of full amplitude

A/D converter

16 Bit ±10V

Film button

15 buttons

Computer interface

RS-232/422, USB

Output wave frequency(Hz)

10k

LCD

Chinese character display

I/O interface

1~3pcs, User can set the input or output, MDR14 connector

LCD keyboard control function

Output and measurement voltage and displacement, spontaneous waveform, selection function, setting parameters

LCD keyboard spontaneous waveform

Sine wave, square wave, triangle wave, sawtooth wave

PC software control function

Output and measurement voltage and displacement, waveform control, selection function, setting parameters

Software waveform control

Programmable waveform output, standard waveform output

Secondary development

VC++, Matlab, LabView use routine and DLL dynamic link library function, easy to secondary development

Operating temperature()

0~50

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