High Voltage Wideband Power Op-Amp Module, 50Vpp 1A, DC–1MHz
Overview
The High Voltage Wideband Power Op-Amp Module is designed for precision signal amplification and high-voltage load driving in laboratory, industrial, and research environments. With an output voltage of up to 50 Vpp (±25 V), a continuous output current of 1 A, and a stated bandwidth of DC to 1 MHz, this module is suitable for demanding applications involving capacitive loads and fast signal response.
It is designed for applications such as piezoelectric actuator control, capacitive sensor testing, electronic test systems, and other precision drive circuits. Customization options may be available for different voltage, current, gain, and integration requirements.
Key Features
• High Voltage Output: Up to 50 Vpp (±25 V).
• Continuous Output Current: Rated at 1 A for the specified operating conditions.
• Wide Bandwidth: DC to 1 MHz for a broad range of signal amplification applications.
• Capacitive Load Driving: Designed for capacitive loads up to 10 nF under specified operating conditions.
• Low-Distortion Performance: Designed for accurate signal reproduction.
• Adjustable Gain: Standard configuration listed with 10 dB gain; confirm adjustment range for your required configuration.
• Flexible Integration: Suitable for laboratory setups and electronic system integration.
• Customization Support: Options may be available for specific voltage, current, gain, and load requirements.
Technical Specifications
Product Type: High Voltage Wideband Power Op-Amp Module
SKU: Vcan2218
Bandwidth: DC–1 MHz
Output Voltage: Up to 50 Vpp (±25 V)
Continuous Output Current: 1 A
Maximum Specified Capacitive Load: 10 nF
Power Supply: ±30 V DC dual supply
Gain: 10 dB, adjustable configuration listed
Operating Temperature: 0–50°C (standard)
Mounting: Bench module or PCB integration
Application: High-voltage signal amplification and capacitive load driving
Applications
• Piezoelectric actuator and transducer driving
• Capacitive sensor testing and characterization
• Precision electronic testing equipment
• Laboratory signal amplification
• High-speed voltage control systems
• Laser and optical modulation systems, subject to interface requirements
• Research and development projects
• Custom OEM electronic systems
Customization Options
Depending on the required design, customization may be available for output voltage, output current, gain, capacitive load compensation, and mechanical integration. Contact us with your operating frequency, load capacitance, required output voltage, and current specifications to confirm compatibility.
FAQ:
Q1: What is the maximum output voltage?
A: The standard configuration is listed for up to 50 Vpp, equivalent to ±25 V.
Q2: What is the rated continuous output current?
A: The specified continuous output current is 1 A. Actual performance depends on the load, operating frequency, thermal conditions, and configuration.
Q3: Can it drive piezoelectric actuators?
A: Yes, it is intended for capacitive load driving and can be suitable for piezoelectric actuators when their voltage, current, capacitance, and frequency requirements fall within the module's operating limits.
Q4: What power supply is required?
A: The listed standard configuration uses a ±30 V DC dual supply. Confirm the required supply and wiring before powering the module.
Q5: Can it drive loads above 10 nF?
A: The standard configuration is specified for capacitive loads up to 10 nF. Larger loads may require customized compensation and should be confirmed before use.
Q6: Is the gain adjustable?
A: The product information lists a 10 dB gain configuration. Please confirm the available adjustment range for the exact version you intend to purchase.
Q7: Can the module be customized?
A: Custom options may be available for voltage, current, gain, load compensation, and integration requirements. Contact us to discuss your application.