The Tektronix AM 502 is a differential amplifier module that conditions low-level differential signals for precision measurement and analysis. It provides selectable gain and bandwidth limiting to match signal characteristics and suppress unwanted noise. Input coupling options—including AC and DC—allow flexible signal interface for diverse measurement scenarios. The module integrates into compatible Tektronix test equipment, enhancing oscilloscope sensitivity and measurement accuracy across electronic testing applications.
Technical Specifications
• Type: Differential Amplifier Module
• Gain: Selectable settings to accommodate varying signal amplitudes
• Bandwidth Limiting: Selectable filtering to isolate specific signal frequencies
• Input Coupling: AC and DC options for signal interface versatility
• Input Impedance: ( in documentation)
• Output Impedance: ( in documentation)
• Common-Mode Rejection Ratio (CMRR): ( in documentation)
• Noise Figure: ( in documentation)
• Frequency Response: ( in documentation)
• Power Requirements: ( in documentation)
– Key Features
• Optimized for low-level differential signal amplification
• Selectable gain control accommodates a range of signal amplitudes
• Bandwidth limiting removes unwanted noise while preserving signal of interest
• Dual input coupling modes enable both AC and DC signal processing
• Module form factor designed for instrument integration
– Typical Applications
• Precision signal analysis in electronic test environments
• Low-level signal conditioning prior to oscilloscope measurement
• Differential signal acquisition requiring noise rejection
• Test scenarios demanding high-fidelity signal examination
– Compatibility & Integration
The AM 502 functions as a signal conditioning module within compatible Tektronix measurement systems. Differential inputs accept low-level signals; amplified output connects to oscilloscopes and other measurement instruments. Physical integration, connector details, and control interface specifications are detailed in the associated technical documentation.
