PIEZO DRIVER MODULE
- Best compact module type for built-in device
- Response of inrush current from high capacitive load
High reliability built-in piezo driver
PZM-A series is a compact piezo driver that is ideal for driving wide varieties of piezo-electric elements. The available output voltage is 0 to 150 V, as well as the bipolar type of -75 V to +75 V. Both models are designed to have a protection circuit for abrupt peak current, thus compatible with inrush current from the high capacitive load. Excellent low noise and compactness of the driver can significantly help customers to design the end product to achieve a smaller footprint.
FEATURES AND BENEFITS
- Best fit to built-in as compact module type.
- Output peak current is 50 mA max.
- High reliability by various protections.
APPLICATIONS
Models
| Models | Output | Response speed | Output resistance |
||||
|---|---|---|---|---|---|---|---|
| Voltage [Vdc] | Current | Sine wave | Rising time *1 | ||||
| Rated Imean |
Peak Ip ≤ 10 ms |
at 16 µF load, output voltage 37.5 mVp-p |
△V = 100V | 0 to Max. voltage | |||
| PZM-0.15PA | 0 to +150 V | 20 mA | 50 mA | DC to 100 Hz *2 | 2 ms | 3 ms | 44 Ω |
| PZM-0.075BA | -75 to +75 V | 20 mA | 50 mA | DC to 100 Hz *2 | 2 ms | 1.5 ms | 44 Ω |
- Approximate value at 1µF load. Calculated from the peak output current (possible to output within 10 ms)(Tr = C, Vp-p/Ip)
If calculated Tr is exceeds the maximum time (10 ms) to output the peak current, to be calculated from Tr' = Tr, Ip/Imean. - The frequency characteristic in the rating output of PZM-A connected to load resistance is DC to 5 kHz.
Specifications
Diagram
Connection diagram
Dimensions
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-
Piezoelectric products Selection Guide
Date: 2024-03-19 rev.19
PDF (3,336 KB)
-
Bipolar Power Supplies/Amplifiers Selection Guide
Date: 2023-10-17 rev.03
PDF (6,310 KB)
-
Safety and Usage of High voltage Power supply
Date: 2023-07-27 rev. 03
PDF (602 KB)
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-
Piezoelectric products Selection Guide
Date: 2024-03-19 rev.19
PDF (3,336 KB)
-
Bipolar Power Supplies/Amplifiers Selection Guide
Date: 2023-10-17 rev.03
PDF (6,310 KB)
-
Safety and Usage of High voltage Power supply
Date: 2023-07-27 rev. 03
PDF (602 KB)
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