Ridley Engineering AP300 Frequency Response Analyzer, 0.01 Hz - 30 MHz

Ridley Engineering AP300 Frequency Response Analyzer

Designed specifically for the power supply industry, the Ridley Engineering AP300 offers cutting-edge technology for making sensitive gain-phase measurements even in high noise environments.

Key Features:

• Versatile Measurement Capabilities:
  • Transfer functions
  • Loop gain and phase
  • Output impedance
  • Audiosusceptibility or Power Supply Rejection Ratio (PSRR)
  • Input impedance
• Advanced analog and digital signal processing allows for the measurement of large and small signals.
• Delivers robust and reliable results across a variety of challenging power supply applications.
• Accelerate Your Design Process:
  • Supports individual passive power component measurements including power capacitors, inductors, transformers, leakage inductance, and winding capacitance.
• Embedded power amplifier can drive power circuits hard with output sources delivering 20 V p-p at 2 ohms.
• Graphical control allows users to adjust variable output sources from 7 V rms down to 1 mV.
• Direct analog input signal measurement up to 5V p-p without attenuation.
• Seamlessly integrates with POWER 4-5-6 design software for comparative modeling.
• Inject voltage or current from 0.1 Hz to over 30 MHz through a single wideband injection transformer.
• Measure power capacitors and magnetics using impedance test fixtures.
• Test Power Factor Correction (PFC) circuits down to 0.01 Hz.
• Evaluate Electromagnetic Interference (EMI) filters and components across a frequency range up to 30 MHz.
• Effortlessly measure high gain current-mode loops with a remarkable 117 dB dynamic range.
• Compatible with Windows applications via Dynamic Data Exchange (DDE) data sharing.
• User-friendly software enhances productivity, making the analysis process efficient.
• Utilizes USB 2.0 for connection to any PC, notebook, or tablet, allowing for portability and convenience.
• Engineered and built in the USA utilizing the latest in measurement technology.

Specifications:

• Frequency Range:
• Lower frequency: 0.01 Hz
• Upper frequency: 30.00 MHz
• Single-Level Output Voltage:
• 1.25 mV to 1.77 V rms (5 V p-p)
• 50 Ω output impedance
• Power Amplifier Output Voltage:
• 5 mV to 7 V rms (20 V p-p)
• 2 Ω output impedance
• Output Current (Fan-Cooled): 0 to 500 mA.
• DC Offset:
• +/- 10 VDC (Software adjustable)
• Graphical Signal Control: Variable signal frequency adjustments for enhanced data productivity.
• Data Points: Maximum of 10,001 selectable via software.
• Receiver Input:
• Receiver Bandwidth: Software selectable between 1 Hz to 1 kHz.
• Sweep averaging samples: 1 to 999, software selectable.
• Safe Input Range:
• +/- 15 V with 1x probes (provided)
• +/- 150 V with 10x probes (provided)
• 1000 VAC with isolation probe accessory.
• Signal Range: Measure from 5 μV to 1.77 V.
• Input Capacitance: 25 pF.