• Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V
  • Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V
  • Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V
  • Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V
  • Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V
  • Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V
  • Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V

Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V

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  • Price:$100.82
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Piezoelectric Ceramic PZT Driver Controller Module 130V High Voltage Output OP AMP Module DC-5V

Attention:

(1) The interface of our module is clear, featuring stable performance. Please combine the information provided by our store to do functional verification corresponding to experimental conditions.
(2) The basic parameters of the module are mentioned below. Schematic diagrams, PCB and other engineering files are not provided. If you has operational problems, please consult customer service.
(3) Before using the module, please read the information of this module, understand the power supply and usage restrictions, and avoid damage to the module due to improper operation.
(4) Our store modules guarantee to provide real module parameters, functions and pictures. All modules have passed inspection before shipment.

Description:
The piezoelectric ceramic driver is a high-voltage output linear adjustable driver module. Its highest output voltage can reach 130V, and it is usually used in pulsed light conversion and some piezoelectric ceramic drive places. The maximum rise time of the module is 5uS, and the smaller rise time improves the accuracy guarantee in the field of biomedical sensors, especially in ultrasound imaging.

The output of the module is linear amplification, which can input all zeros or more arbitrary waveform amplification output. And the module magnification is adjustable from 10-44 times, realizing a very wide dynamic range. The module is compatible and adaptable to most piezoelectric ceramics. The module is also suitable for optical applications such as CCD imaging and avalanche photodetection, and can be used for high-speed photodetection, light pulse detection, fluorescent substance detection, and so on.

Module Parameters:
- Module model: piezoelectric ceramic driver
- Module type: high-voltage drive
- Module power supply voltage: DC 5V
- Module power supply current: 1A
- Input impedance: 10K
- Input signal type: arbitrary waveform
- Input signal amplitude: 0-15V (all signals should be above 0)
- Input signal frequency: 40K (sine wave)
- Output voltage: 130V (MAX.)
- Magnification: 10-44 times adjustable
- Rise time: 5uS (MAX.)
- Module output current: less than 10mA
- Module protection: power supply reverse connection protection
- Module weight: 55g/0.1 lb
- PCB size: 79 x 46 x 19mm/3.1 x 1.8 x 0.7" (LxWxH)
- Module heating: no heat sink (no heat dissipation required for normal operation)
- Module heating factor: Power supply voltage is too large to damage the chip or the module is damaged
- Module working temperature: -25℃ to 75℃ (industrial grade)
- Module features: output power supply LED indication, adjustable voltage output
- Application range: photoelectric drive, piezoelectric ceramic drive, PZT drive control, etc.
- Module interface type: SMA signal input, 3.81-2PIN output, DC5.5*2.1 power socket

Package Included:
- 1 x Set of PZT Driver

Precautions:
(1) The module requires a 5V DC power supply, and the voltage cannot exceed 5.5V.
(2) Since the module is a high-voltage output device, users need to pay attention to their own safety.
(3) For the output signal, it is recommended to use a good wire for input and output signals to ensure a good grounding. When measuring high voltage, please use a high-voltage attenuation probe. Poor contact or poor-quality wire may cause signal attenuation or excessive noise.
(4) Since the output voltage of the module is high, pay attention to the load used not to be short-circuited or over-current, otherwise the module will be damaged.


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