AD8367S datasheet(3/19 Pages) AD

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VPS Supply Voltage (VPSO=VPSI=VPS) ...................................................................................................5.5 V

Enable (ENBL) pin voltage ..........................................................................................................VPS + 200 mV

MODE select voltage (MODE) ................................................................................................... VPS + 200 mV

VGAIN control voltage (GAIN).....................................................................................................................1.2 V

Input voltage (INPT) ........................................................................................................................... ± 600 mV

Internal power dissipation .....................................................................................................................200 mW

Storage Temperature Range................................................................................................

– 65 °C to +150 °C

Lead Temperature (Soldering 10 Sec)...................................................................................................+300 °C

Maximum Junction Temperature (TJ).......................................................................................................125 °C

Thermal resistance, junction-to-case (

JC)..........................................................................................74 C/W

Thermal resistance, junction-to-ambient (

JA)....................................................................................92 C/W

VPS Supply Voltage (VPSO=VPSI=VPS) ...................................................................................3.0 V to 5.25 V

Ambient operating temperature range (TA)..................................................................................-55

C to +110C

Minimum Frequency................................................................................................................................ 10 MHz

Maximum Frequency............................................................................................................................. 500 MHz

Input Stage (From INPT to ICOM)

Maximum Input to avoid input overload........................................................................................... 700 mVpp

Input Resistance ................................................................................................................................... 200

Ω

Output Stage (VOUT)

Output Centering DC Bias Voltage 3/ ............................................................................................. VPSO/2 V

Output Source Resistance ...................................................................................................................... 5

0 Ω

Maximum Output Voltage Swing RL = 1 kΩ ...................................................................................... 4.3 Vp-p

Maximum Output Voltage Swing RL = 200 Ω .................................................................................... 3.5 Vp-p

Square Law Detector (DETO, CAGC = 100pF)

AGC Small Signal Response Time (6 dBm INPT step

) …………………….………………………………. 1 us

AGC Step Response Time (INPT step down to <-36dBm from -16dBm, -55C<TA<110C) .................... 6 us

AGC Step Response Time (INPT step up to -16dBm from <-36dBm, -55C<TA<110C, VPS=5V) ......... 2 us

AGC Step Response Time (INPT step up to -16dBm from <-36dBm, -55C<TA<110C, VPS=3V) ......... 5 us

Enable Interface (ENBL)

Enable Turn On Time (-55C<TA<110C)

(Time delay following ENBL LO to HI transition until VOUT settled to <10% final value)........................ 3 us

Enable Turn Off Time (-55C<TA<110C)

(Time delay following ENBL HI to LO transition until IS <2mA).............................................................. 15 us

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