RCV 1000/7
-
Peak power amplifier for extreme dynamics
-
For large actuators
-
Max continuous current 7 A
-
Max voltage 1000 V
-
Bandwidth 2000 Hz
-
Energy recovery
-
For actuators with 2 µF capacity and higher
![RCV 1000/7 RCV 1000/7](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/RCV_1000_7.png)
RCV 1000/3
-
Switching amplifier with energy recovery
-
For dynamic applications
-
Max voltage 1000 V
-
Max continous current 3 A
-
Bandwidth 2000 Hz
-
For actuators with 0.6 µF capacity and higher
![RCV 1000/3 RCV 1000/3](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/RCV_1000_3.png)
LE 1000/035
-
High bandwidth amplifier combining high voltage and current
-
For small and midsized actuators
-
Max voltage 1000 V
-
Max continuous current 350 mA
-
Bandwidth 5,000 Hz
-
Designed for all hpower stack and ring actuators
![LE 1000/035 LE 1000/035](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/LE_1000_035.png)
LE 150/100
-
Extreme high bandwidth amplifier
-
For high frequencies at low stroke
-
Perfect for hpower shake
-
Max voltage 150 V
-
Max continuous current 1A
-
Bandwidth 70,000 Hz
-
For small hpower stack and ring actuators
![LE 150/100 LE 150/100](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/LE_150-100.png)
SVR 1000 3/1
-
For static and quasi-static applications
-
Voltage -200V to 1000 V
-
Max continuous current 8 mA
-
Bandwidth 10000 Hz
-
Available with 1 or 3 channels
![SVR 1000 3/1 SVR 1000 3/1](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/SVR_1000.png)
SVR 350 bip 3/1
-
Bipolar Voltage Amplifier
-
Perfect for bimorph elements
-
Voltage -350 to 350 V
-
Max continous current 12 mA
-
Low Noise of ≈ 1mVpp
-
Available with 1 or 3 channels
![SVR 350 bip 3/1 SVR 350 bip 3/1](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/SVR_350.png)
For Dynamic Applications
![RCV 1000/7 RCV 1000/7](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/RCV_1000_7.png)
![RCV 1000/3 RCV 1000/3](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/RCV_1000_3.png)
![LE 1000/035 LE 1000/035](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/LE_1000_035.png)
RCV 1000/7 | RCV 1000/3 | LE 1000/035 |
---|---|---|
Voltage | ||
0…+1000 V | 0…+1000 V | 0…+1000 V |
Max Current | ||
7 A | 3 A | 0.35 A |
Bandwidth | ||
2000 Hz | 2000 Hz | 5000 Hz |
Signal noise MvPP | ||
≤ 2000 | ≤ 1000 | ≈ 200 |
Recommeded set up | ||
for highest dynamics, requires hpower actuators with more then 2µF | for dynamic operations, smaller actuators with more then 0.9µF | for static and dynamic operations, perfect due to its high bandwidth |
|
|
|
For static Applications
![SVR 1000 3/1 SVR 1000 3/1](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/SVR_1000.png)
![SVR 350 bip 3/1 SVR 350 bip 3/1](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/SVR_350.png)
SVR 1000 3/1 | SVR 350 bip 3/1 |
---|---|
Voltage | |
-200…+1000 V | -350...+350 V |
Max Current | |
0.008 A | 0.012 A |
Bandwidth | |
10000 Hz | 10000 |
Signal noise MvPP | |
≈2 | ≈1 |
Recommeded set up | |
for static operation, for hpwer stack and ring actuator | for bimorph elements, symmetric voltage generation and smooth movements |
|
|
For special Applications
![LE 150/100 LE 150/100](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/LE_150-100.png)
![HVP 1000/200 HVP 1000/200](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/HVP_1000-200.png)
![PosiCon 1000 PosiCon 1000](https://www.hpowermotion.com/fileadmin/media/images/images-amplifier/PosiCon_1000.png)
LE 150/100 | HVP 1000/200 | PosiCon 1000 |
---|---|---|
Voltage | ||
0…+150 V | 0…+1000 V | -200…+1000 V |
Max Current | ||
1 A | 200 A | 0.008 A |
Bandwidth | ||
70000 Hz | 100 Hz (on demand) | 10000 Hz |
Signal noise MvPP | ||
≈ 15 | Not applicable for pulse modus | ≈1 |
Recommeded set up | ||
for hpower shake, high frequencies at low stroke | for hpower shock, generate extreme pulses in mirkoseconds | for high precision static operations. Perfect for closed loop actuators |
|
|
|