EEA-PAM-581-F-32
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The EEA-PAM-581-F-32 power amplifier boasts a Vickers power amplifier type, operates on a 24V DC x 50W power supply, and includes a module code of MCSCJ012DQ000010. Part of the EEA-PAM-533-E-30 Power Amplifiers Series by Vickers, it also comes with datasheet reference 02-343909 for comprehensive technical details.
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Product Description:
The EEA-PAM-581-F-32 is a Power Amplifier designed and manufactured by Vickers. This power amplifier normally operates on 24V DC input voltage and provides a sustainable power supply. This amplifier gives efficient signal handling, controlled ramp generation and accurate feed-forward response.
The Input impedance of this amplifier for voltage signals is around 47 kΩ which optimizes the signal integrity. The ±20 mA input current range enables this amplifier to be suitable for precise applications. The input impedance of 100 Ω for current signals allows this EEA-PAM-581-F-32 Power Amplifier to handle the current efficiently. This amplifier is suitable for applications demanding high-precision power control and signal stability. This amplifier also has a feed-forward input impedance of 6 kΩ which enables it to be used in the integration of other external signals. The control output supply provides +15V, specifically for LVDTs. The ramp generator input impedance is 10 kΩ and gives this EEA power amplifier a stable processing of ramp signals. The ramp generator voltage range operates at ±10V and controls changes in output voltage. The sensor input voltage-operating range is 0 to 10V or ±10V. This means it can work with different types of sensors.
To make sensor readings accurate, the input impedance for sensors is 1 MΩ. The sensor load current supports ±100 mA to provide a consistent current supply for devices linked to it. The EEA-PAM-581-F-32 Power Amplifier has a storage temperature range between -25 °C and +85 °C. Therefore, reliability in a wide variety of environments is ensured. This amplifier has a total weight of 0.4 kg (0.88 lb) which proves that it is lightweight and easy to handle. It is highly optimized for use with LVDTs, ramps, and sensors.
Frequently Asked Questions about EEA-PAM-581-F-32:
Q: How does the 47 kΩ input impedance benefit voltage signals in the EEA-PAM-581-F-32?
A: The 47 kΩ impedance optimizes signal integrity and minimizes distortion, ensuring high-quality voltage signal processing. This is essential for precise control in applications requiring accuracy.
Q: Why is the EEA-PAM-581-F-32 amplifier's feed-forward input impedance set to 6 kΩ?
A: The 6 kΩ feed-forward input impedance allows effective integration of external signals without compromising system stability. It helps ensure accurate system synchronization.
Q: How does the 100 Ω input impedance for current signals improve the performance of the EEA-PAM-581-F-32?
A: The 100 Ω input impedance is designed to handle current signals efficiently while maintaining signal clarity. It ensures the amplifier operates without signal loss or degradation.
Q: What role does the +15V control output supply play in the EEA-PAM-581-F-32?
A: The +15V control output supply is specifically designed for Linear Variable Differential Transformers (LVDTs). It ensures proper functioning of LVDTs, providing stable power and signal handling.
Q: What environmental conditions can the EEA-PAM-581-F-32 operate in due to its storage temperature range?
A: The amplifier can function reliably in environments with temperatures ranging from -25°C to +85°C. This broad temperature range enhances the unit's adaptability to various industrial settings.