HMC516LC5 and HMC564LC4 tested parameters?

Hi Ysh,

The HMC516LC5 is 100% tested in production to ensure that the following data sheet performance specifications are met:

Gain: Tested at Vdd = +3 V, to ensure 18 dB data sheet minimum

Noise Figure: Tested at Vdd = +3 V, to ensure 2.5 dB data sheet maximum

Supply Current (Idd)(Vdd = +3V): Tested at Vdd = +3 V, to ensure 88 mA data sheet maximum

Gain Variation Over Temperature: Not tested in production, but instead guaranteed by design and characterization.

Additionally, though there is no data sheet specification for maximum DC leakage at the RF input and RF output pins, the RF input and RF output capacitors are tested for gross defects.

The HMC564LC4 is 100% tested in production to ensure that the following data sheet performance specifications are met:

Gain: Tested at Vdd = +3 V, to ensure 14 dB data sheet minimum

Noise Figure: Tested at Vdd = +3 V, to ensure 2.2 dB data sheet maximum

Supply Current (Idd)(Vdd = +3V): Tested at Vdd = +3 V, to ensure 75 mA data sheet maximum

Gain Variation Over Temperature: Not tested in production, but instead guaranteed by design and characterization.

Additionally, though there is no data sheet specification for maximum DC leakage at the RF input and RF output pins, the RF input and RF output capacitors are tested for gross defects.

Let me know if you have additional questions.

Regards,

SMcBride

Hi Ysh,

The HMC516LC5 is 100% tested in production to ensure that the following data sheet performance specifications are met:

Gain: Tested at Vdd = +3 V, to ensure 18 dB data sheet minimum

Noise Figure: Tested at Vdd = +3 V, to ensure 2.5 dB data sheet maximum

Supply Current (Idd)(Vdd = +3V): Tested at Vdd = +3 V, to ensure 88 mA data sheet maximum

Gain Variation Over Temperature: Not tested in production, but instead guaranteed by design and characterization.

Additionally, though there is no data sheet specification for maximum DC leakage at the RF input and RF output pins, the RF input and RF output capacitors are tested for gross defects.

The HMC564LC4 is 100% tested in production to ensure that the following data sheet performance specifications are met:

Gain: Tested at Vdd = +3 V, to ensure 14 dB data sheet minimum

Noise Figure: Tested at Vdd = +3 V, to ensure 2.2 dB data sheet maximum

Supply Current (Idd)(Vdd = +3V): Tested at Vdd = +3 V, to ensure 75 mA data sheet maximum

Gain Variation Over Temperature: Not tested in production, but instead guaranteed by design and characterization.

Additionally, though there is no data sheet specification for maximum DC leakage at the RF input and RF output pins, the RF input and RF output capacitors are tested for gross defects.

Let me know if you have additional questions.

Regards,

SMcBride