Ridley Engineering AP310 for Rent, Frequency Response Analyzer, 0.01 Hz - 30 MHz

Product Highlights

The Ridley Engineering AP310 Frequency Response Analyzer is designed specifically for the power supply industry and is engineered with crucial features to make sensitive gain-phase measurements in high noise environments. 

Features and Specifications of the Ridley Engineering AP310 Frequency Response Analyzer include:

Features:

• Used to measure:
• Transfer functions
• Loop gain and phase
• Output impedance
• Audiosusceptibility or PSRR
• Input impedance
• Advanced analog and digital signal processing allows measurement of large and small signals
• Provides rugged and reliable results in all environments including challenging power supply applications
• Helps accelerate the design process by allowing measurement of individual passive power components including:
• Power capacitors
• Power inductors
• Power transformers
• Leakage inductance
• Winding capacitance
• Drive power circuits hard with the embedded power amplifier on the output sources with 20 V p-p at 2 ohms
• Graphically adjust variable output source for problematic measurement areas all the way from 7 V rms down to 1 mV
• Directly measure analog input signals up to 5V p-p without any attenuation 
• Link measurements directly with RidleyWorks design software to compare with modeling
• Inject voltage or current from 0.1 Hz to over 30 MHz with a single wideband injection transformer
• Measure power capacitors and magnetics with impedance test fixtures
• Test PFC circuits as low as 0.01 Hz
• Test EMI filters and components up to 30 MHz
• Measure high gain current-mode loops easily with a 117 dB dynamic range
• Link to any Windows application with DDE data sharing
• Fast and user-friendly software helps maximize productivity
• New isolated USB for enhanced noise immunity
• Use anywhere by USB connection to any PC, notebook or tablet
• Developed and made in the USA with the latest technology

Specifications:

• 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)
• 50Ohm output impedance
• Power amplifier output voltage:  
• 5 mV to 7 V rms (20 V p-p)
• 2Ohm output impedance
• Power amplifier output current (Fan-cooled):  0 to 500 mA
• Single output DC offset:  
• +/- 10 VDC
• Software adjustable
• Variable signal with frequency:  Graphical control, overlays with data for maximum productivity
• Number of data points:  
• 10,001
• Maximum software selectable
• Receiver Input:  
• Receiver Bandwidth:  
• 1 Hz to 1 kHz
• Software selectable
• Sweep averaging samples:
• 1 to 999
• Software selectable
• Absolute maximum safe input:  
• +/- 15 V with 1x probes (provided)
• +/- 150 V with 10x probes (provided)
• 1000 VAC with isolation probe accessory
• Measurable signal range:  5 uV to 1.77 V
• Input capacitance:  25 pF