Data Sheet

ADL6012

Rev. 0 | Page 5 of 24

Parameter

Test Conditions/Comments

Min

Typ

Max

Unit

VOCM INTERFACE

VOCM

VOCM Input Impedance

10

kΩ

VOCM Input Voltage Range

0.9

2.625

V

Current In to Pin

1.8

3.8

µA

ENBL INPUT

ENBL (Pin 1)

1.5

V

0.5

V

Input Current

ENBL = 1.5 V

5

50

µA

RFIN = 10 dBm

200

µs

90

ns

POWER SUPPLY

VPOS (Pin 5)

Operating Supply Voltage

3.15

5.0

5.25

V

Active Supply Current

No signal at RFIN

25.6

28.6

31.7

mA

Shutdown Supply Current

ENBL = 0 V

2

26

µA

1

Output drift over temperature is relative to 25°C, calculated by Equation 4 in the Applications Information section.

2

Detector gain is the slope of the best fit straight line obtained by linear regression on the input peak voltage range from 0.2 V to 1.6 V vs. the differential envelope

output voltage. Output intercept is the calculated differential envelope output voltage when the input is 0 V, based on the best fit line from linear regression.

3

Envelope bandwidth relative gain is the delta, in dB, of the VENV± differential output measured relative to 100 MHz.

4

Output rise time is the time required to change the voltage at the output pin from 10% to 90% of the final value. The input power is stepped from a no RF input to 10 dBm.

5

Output fall time is the time required to change the voltage at the output pin from 90% to 10% of the initial value. The input power is stepped from a specified power

level to a no RF input.

6

Propagation delay is the delay from a 50% change in RFIN to a 50% change in the output voltage.

7

Refer to Figure 50 and the Applications Information section to set the output common-mode voltage.

8

ENBL turn on time is from a 50% change in the voltage on the ENBL pin to 90% of the settled envelope output.

9

ENBL turn off time is from a 50% change in the voltage on the ENBL pin to a shut off condition in the supply current.