1. General Information & Identification:

️· Product: ASX415 MMIC Amplifier
️· Frequency Range: 250 - 4000 MHz
️· Document Date: February 2017
️· Company: ASB Inc. (Contact details provided)

2. Performance Characteristics (Extracted data – incomplete view):

️· P1dB: Dependent on Temperature (Data shown on a graph. Exact values not provided in text).
️· Output IP3: Dependent on Tone Power (Frequency = 1950 MHz) (Data shown on a graph. Exact values not provided in text)
️· WCDMA ACLR – 1FA/4FA: Tests run with different supply voltages (+5V, +4.75V) and offsets. (Data shown on graph).
️· CDMA ACPR – 1FA: Test performed with IS-95 signal. (Data shown on graph)
️· LTE ACLR – 10/20 MHz: Testing with LTE signals. (Data shown on graph).
️· Output Channel Power: Measurements taken under various test conditions (WCDMA 1FA, IS-95) (Data is likely graphical)
️· Temperature Dependence: Several performance parameters (P1dB, IP3, etc.) are explicitly noted as temperature-dependent.
️· Current Consumption:
- WCDMA 4FA: 155 mA (@+5V)
- WCDMA 4FA: 123 mA (@+4.75V)
️· Frequency = 1950 MHz: Several tests are performed around this specific frequency.

3. Test Conditions/Setups (Examples – likely many more not listed):

️· WCDMA: Test Model 1 with 64 DPCH. PAR = 13 dB @ 0.01% probability on CCDF.
️· IS-95: 9 channels, Forward 30 kHz Meas BW, 750 kHz offset.
️· LTE: LTE\_FDD\_test model 3.1.

4. Graphical Representations:
The extracted data relies heavily on graphs that are not present in the text provided. Many metrics are only represented graphically (P1dB vs Temperature, IP3 vs Tone power, ACLR/ACPR vs output power, Channel power vs frequency, etc.)

Important Notes & Limitations:

️· Fragmented Data: This is a collection of excerpts, not a complete document. There are likely missing sections and details.
️· Graphical Dependence: The document relies heavily on graphs to present much of the data, making it difficult to extract specific values without the graphs themselves.
️· Context: Some test conditions and parameters are only partially described.
️· Version Control: It's possible that there are different versions or revisions of this document, leading to inconsistencies.
️· Test Models: References to test models 1 and 3.1 suggest this is a structured test procedure.