AWG3017 / Advanced Semiconductor Business Inc.

AWG3017 Datasheet with Chat AI

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# Example questions: ➢ How does increasing the output power of the two tones used to measure oip3 affect the reported oip3 value? give examples from different sections.
➢ Considering the different bias conditions (voltage and current) presented in the document, describe a trade-off that might exist when optimizing the amplifier for gain versus linearity.
➢ Compare the noise figure performance of the awg3017 at 100 mhz versus 4700 mhz. what does this suggest about the amplifier’s performance across different frequencies?

Part No.	AWG3017_17
Manufacturer	ASB
Size	973 Kbytes
Pages	21 pages
Description	50 ~ 4000 MHz Wide-band Gain Block Amplifier MMIC

Datasheet Summary with AI

Important Note: These specs *vary significantly* depending on the bias conditions (Vd and Id), which in turn affects the operating frequency range.

1. Application: 500 ~ 3000 MHz (Vd = +4.2 V, Id = 104 mA)

️· Frequency Range: 500 - 3000 MHz
️· Bias: Vd = 4.2V, Id = 104 mA
️· Gain: ~17.5 - 17.0 dB (at 500-2000MHz)
️· S11: ~ -9 to -14 dB
️· S22: ~ -10 to -20 dB
️· Noise Figure: ~ 1.9 to 2.3 dB
️· Output IP3: ~ 37.0 dBm (measured with +4 dBm/tone, 1 MHz separation)
️· Output P1dB: ~ 20.0 dBm

2. Application: 500 ~ 3000 MHz (Vd = +4.6 V, Id = 140 mA)

️· Frequency Range: 500 - 3000 MHz
️· Bias: Vd = 4.6V, Id = 140 mA
️· Gain: ~18.0 - 17.2 dB (at 500-2000MHz)
️· S11: ~ -9 to -18 dB
️· S22: ~ -10 to -20 dB
️· Noise Figure: ~ 2.0 to 2.8 dB
️· Output IP3: ~ 42.0 dBm (measured with +7 dBm/tone, 1 MHz separation)
️· Output P1dB: ~ 21.5 dBm

3. Application: 100 ~ 4700 MHz (Vd = +4.2 V, Id = 104 mA)

️· Frequency Range: 100 - 4700 MHz
️· Bias: Vd = 4.2V, Id = 104 mA
️· Gain: ~17.5 - 17.6 dB (across the frequency range)
️· S11: ~ -9 to -18 dB
️· S22: ~ -10 to -20 dB
️· Noise Figure: ~ 1.9 to 4.4 dB
️· Output IP3: ~ 37.0 dBm (measured with +4 dBm/tone, 1 MHz separation)
️· Output P1dB: ~ 20.0 dBm

Key Observations & General Trends:

️· Bias Impact: The bias conditions (Vd and Id) have a significant effect on all performance parameters. Higher Id tends to give better IP3 and P1dB but might increase power consumption and impact noise figure.
️· IP3 & Tone Separation: The IP3 values are highly dependent on the power level of the input tones used during measurement. Lower tone separation will result in a higher IP3 value
️· Frequency Range and Gain: The amplifier's gain is not constant across its entire frequency range and can vary with frequency and the specific application circuit.
️· Noise Figure: The noise figure tends to increase at higher frequencies.