YK_HA170D Piezoelectric Ceramic PZT Drive Controller Module Linear 170V High Voltage Output Shifter Arbitrary Wave Input

YK_HA170D Piezoelectric Ceramic PZT Drive Controller Module Linear 170V High Voltage Output Shifter Arbitrary Wave Input

Description:
- The YK-HA170D piezoelectric ceramic driver is a high-voltage output linearly adjustable driving module, with a maximum output voltage of up to 170V. It is commonly used in pulse light conversion and some piezoelectric ceramic driving applications.
- The maximum rise time of the module is 5uS, and a smaller rise time ensures good accuracy in the field of biomedical sensors, especially in ultrasound imaging.
- The module output is linear amplification, which can input any waveform amplification output with all zeros or more. The module amplification factor is adjustable from 15-80 times, achieving a 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, and fluorescent substance detection, among others.

Specification:
- Model: YK_HA170D
- Module type: high voltage drive module
- Power supply voltage: DC5V
- Power supply current: 1A
- Input impedance: 10K
- Input signal type: arbitrary wave
- Input signal amplitude: 0 - 10V
- Input signal frequency: 60K (sine wave)
- Output voltage: 170V (max)
- Amplification rate: 15 - 80X adjustable
- Rising time: 5uS (max)
- Module output current: 20mA (max)
- Module protection: anti-reverse connection protection
- Module weight: 63g
- Module size: 79 x 46 x 19mm
- Heat dissipation: shell cooling, no need to cooling for normal working
- Heating factor: load
- Module features: output power LED indicator, adjustable voltage output
- Application: photoelectric driving, piezoelectric ceramic driving, PZT driving control, etc.
- Connector: SMA signal input, 3.81-2PIN output, DC5.5x2.1 power supply interface

Precaution:
- The power supply for the module is a 5V DC power supply, and the voltage should not exceed 5.5V.
- Due to the module being a high-voltage output device, users need to pay attention to their own safety.
- It is recommended to use good quality cables for input and output signals to ensure good grounding. When measuring high voltage, please use a high voltage attenuation probe. Poor contact or inferior cable may cause signal attenuation or excessive noise.
- Due to the high output voltage of the module, be careful not to short-circuit or overcurrent the load. Otherwise, it will damage the module.

FAQ:
Q: After signal input, why there is no output?
A: Firstly, check if the power indicator light is on. The power supply requires a driving capability of 5V1A or above, otherwise the module cannot start. If the input signal pulse width is too small or the signal wire is not properly connected, it is generally recommended to use SMA interface wire to directly connect it.

Q: Can it be powered by batteries and other devices?
A: Yes. As long as the voltage and current requirements of the module are met, a voltage of 5V and a current of 1A are sufficient.

Package Included:
- 1 x Module
- 1 x Power Adapter