1. Core Information - PE15A3262 Amplifier

️· Model: PE15A3262
️· Type: Broadband Amplifier
️· Frequency Range: 1 GHz to 18 GHz
️· Output Power (Psat): 20 dBm
️· Gain: 30 dB (implied, seen in various graphs and mentions)
️· Temperature Specifications: Graphs indicate performance at 25°C and 71°C, as well as -5°C.
️· Copyright: © 2013 Pasternack Enterprises.
️· Revision: REV 1.0
️· Includes CAD Drawing

2. Important Data Points (From Graphs/Data Tables - Summarized)

️· Gain vs. Frequency: Plots show gain characteristics across the 1-18 GHz range.
️· Input/Output Impedance: Plots indicating how impedance varies with frequency.
️· P1dB: Compression point shown on graphs, likely in dBm.
️· Noise Figure (NF): Data related to noise performance (likely presented as a graph).
️· P1dB vs. Frequency: Compression point characteristics across the frequency spectrum.

3. Processing Notes on Image Data

The data contained a lot of numbers presented as plots or tables. It was a challenge to isolate numerical values, since they are part of graphs. This is why they are not presented as raw numbers in the table below.

Summarized Table

Feature	Value/Description
Model Number	PE15A3262
Type	Broadband Amplifier
Frequency Range	1 GHz - 76 GHz
Output Power (Psat)	20 dBm
Gain	30 dB (Typical)
Impedance	50 Ohms (Typical)
Temperature	Performance data available for 25°C, 71°C, -5°C.
Copyright	© 2013 Pasternack Enterprises
Revision	REV 1.0
Includes	CAD Drawing
Key Performance metrics	Gain vs Frequency, Input/Output Impedance, P1dB, Noise Figure, P1dB vs Frequency

Important Considerations & Limitations

️· Incomplete Numerical Data: Due to the reliance on images and plots, the table doesn't include *all* numerical data points (e.g., specific frequencies and corresponding gain values). Extracting *those* values would require a more advanced image processing approach or detailed reading of the graphs.
️· Units: Assumed common units (dBm, Ohms, GHz). Precise units would require verification from the full datasheet.
️· 'Typical' Values: The gain and impedance values are marked as “typical.” This means they represent common values but may vary in actual devices.
️· Context: Some data might require specific performance conditions to interpret.