High Voltage Pulse Driver Module DC-9V PZT Driver Controller Suitable For Photoelectric Detection

Attention:
(1) The module interface of our store is clear and the performance is stable. Please use the user manual provided by our store to do functional verification under the corresponding experimental conditions.
(2) The basic parameters of this module are mentioned below. Schematics, PCB and other engineering files are not provided. If you have any operational problems, please consult customer service.
(3) Before using the module, please read the information of this module to understand the power supply and usage restrictions, so as to avoid damage to the module due to improper operation.
(4) All modules in our shop guarantee to provide real module parameters, functions and pictures. All modules have passed tests before delivery.

Description:
The high-voltage pulse drive module is a high-voltage adjustable pulse drive module with a maximum output voltage of 100V. It is usually used in pulsed light conversion and some piezoelectric ceramic drive places. The minimum pulse width resolution of the module is 1nS, and the high pulse width resolution provides a good accuracy guarantee for the field of biomedical sensors, especially in ultrasound imaging. The module is compatible with 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 and fluorescent substance detection.

Specifications:
- Module model: high voltage pulse drive module
- Module type: pulse drive
- Module power supply voltage: DC9V
- Module power supply current: 1A
- Input impedance: 10K
- Input signal type: square wave
- Input signal amplitude: 3.3V-TTL or 5V-TTL
- Input signal pulse width: positive pulse width is greater than 80ns, negative pulse width is greater than 200nS
- Input signal frequency: 500K (MAX.)
- Output signal amplitude: 25-100V adjustable
- Output positive pulse width: output pulse width=input pulse width+270ns [positive pulse width 350ns (MIN.), 150mS (MAX.)]
- Pulse width resolution: 1nS
- Output rising and falling edge: less than 35ns (no load)
- Module output current: less than 10mA
- Module protection: power supply reverse connection protection
- Module weight: 55g
- 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: The 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 LED indication, adjustable voltage output
- Application range: photoelectric drive, piezoelectric ceramic drive, PZT drive control, etc.
- Module interface type: SMA signal input and output, DC5.5*2.1 power socket

Precautions:
(1) The power supply of the module is a 9V DC power supply, and the voltage cannot exceed 12V.
(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 good grounding performance. When measuring high voltage, 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 not to be short-circuited or over-current. Otherwise, the module will be damaged.

Package Included:
- 1 x Set of Module

Note:
- Battery is not included in the package.

FAQ:
Q1: Is there a higher voltage pulse drive module?
A1: All kinds of driver modules in our shop are under development one after another, including those with higher voltage and smaller pulse width. It can also provide customers with function customization and the size customization service. Please consult customer service for details.

Q2: After the signal is input, there is no pulse output?
A2: If the input pulse width is too small or too large, there may be no output or the signal cable is not connected properly. Generally, it is recommended to use the SMA interface line to connect directly.

Q3: Is it possible to use batteries and other equipment for power supply?
A3: Yes. As long as the voltage and current requirements of the module are met, 9V 1A is recommended.