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PAC60Bip-AE-1.30 DATE: MAY 2022 This manual is the publication of PONOVO POWER CO.,LTD. Any form of copy should obtain the consent of it. The manual represents the technology status at publication time. The product information, directions and all technical specifications do not have contract binding. The company subjects to changing the technical and configuration information without notice.
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PAC60Bip Power Amplifier User Manual Notes: Read User Manual before operation. 1. Carefully check all buttons are positioned correctly before startup. 1) Pause button in correct position in pressed state. 2) ON/OFF in OFF state. 2. Main supply capacity should meet the requirement; otherwise it will affect output power of amplifier during high current output.
2.4 Technical Specifications ..................6 3. Functions and Features ....................7 3.1 Basic Principle ......................7 3.2 Functions and Features ..................7 3.3 PAC60Bip Front and Rear Panels ................9 3.4 Definition of Terminal Leads .................11 4. How to Use Amplifier .......................12 4.1 Wiring ........................12 4.2 Running ........................12...
DC offset, drift, transient response, load driving capability aspects, which are very difficult to fix. PAC60Bip is specially designed for R&D of power system simulation. It solves the problems of high power of linear power amplifier and accuracy of high current output. It is adapt to...
PAC60Bip Power Amplifier User Manual 2. Main Technical Specifications 2.1 Power Supply Model PAC60Bip Item Power supply Customized Power capacity 1500VA 2.2 Environment Conditions Temperature: 25 ° C±10 ° C Related humidity: 20%RH—85%RH Pressure: 86 kPa—106kPa Surrounding conditions: No dust, vibration or serious electromagnetic field interferes 2.3 Dimension and Weight...
PAC60Bip Power Amplifier User Manual 2.4 Technical Specifications Model PAC60Bip Item Max. output current 3×60A RMS Max. output load voltage 7V/CH Input signal 0 - 5V RMS Differential input impedance 20kΩ Gain 6A/1V Current accuracy 0.2% (0.5A-60A) 0.2% (full range, temperature 20-30℃)
PAC60Bip Power Amplifier User Manual 3. Functions and Features 3.1 Basic Principle PAC60Bip consists of the below parts mainly: 1) High-speed differential input circuit for amplifier; 2) Current power amplifier module; 3) Detection and alarm circuit: each amplifier has output open-circuit and distortion circuit detection.
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PAC60Bip Power Amplifier User Manual 3.2.2 Open-circuit alarm function When one current output is open-circuit or wave distortion, the alarm “I1, I2, I3”in“Current Output” on front panel will light. 3.2.3 Pause control function The pause button on the front panel can cut off amplifier’s signal input and amplifier output.
PAC60Bip Power Amplifier User Manual 3.3 PAC60Bip Front and Rear Panels Front Panel Signal input interface Ground protection Current output Indicators ON/OFF Pause: Press it and light in red. The current and voltage output will be paused. Note: The input signal should be stopped before the Pause is removed. The amplifier...
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PAC60Bip Power Amplifier User Manual Rear Panel Power plug Ventilation Ventilation...
PAC60Bip Power Amplifier User Manual 3.4 Definition of Terminal Leads Definition Related Signal lead 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Rest Not used 17 18 19...
PAC60Bip Power Amplifier User Manual 4. How to Use Amplifier 4.1 Wiring Connect digital simulator system’s D/A output signals to corresponding signal channels of current input (Refer to the Definition of terminal leads). Pay attention that the shielded layer of the signal wire at simulator side should be grounded.
PAC60Bip Power Amplifier User Manual 4.5 Amplifier Test Items Before putting into market, the amplifier is required to have strictly inspections. The test items are: function inspection, linearity, load stability, THD, max output power, amplitude-frequency characteristic, input/output delay and step response, etc.
PAC60Bip Power Amplifier User Manual 5. Parameter definition Notes: The voltage/current values are valid if not specified. 5.1 Output calculation value: input signal impedance x gain value For example:1.0V×8.0A/V=8.0A 1.0V×4.0A/V=4.0A 1.0V×20.0V/V=20.0V 5.2 Measured output value: RMS of actual output 5.3 Relative error:...
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