LTC6410IUD-6-TRPBF datasheet(6/16 Pages) LINER

Part #	LTC6410IUD-6-TRPBF

Description	Low Distortion, Low Noise Differential IF Amplifi er with Confi gurable Input Impedance

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Manufacturer	LINER [Linear Technology]

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LTC6410-6

6

64106fa

AC ELECTRICAL CHARACTERISTICS The l denotes the speciﬁcations which apply over the full operating

temperature range, otherwise speciﬁcations are at TA = 25°C. V+ = 3V, V– = 0V, SHDN = 2V, +IN is shorted to +TERM, –IN is shorted to

–TERM, VINCM = VBIAS = 1.5V, input source resistance (RS) is 25Ω on each input (50Ω differential), RL = 50Ω from +OUT to –OUT, +IN

and –IN are AC-coupled, unless otherwise noted. VBIAS is deﬁned as the voltage on theVBIAS pin. VOUTCM is deﬁned as

(+OUT + –OUT)/2. VINCM is deﬁned as (+IN + –IN)/2. VINDIFF is deﬁned as (+IN – –IN). VOUTDIFF is deﬁned as (+OUT – –OUT).

Note 1: Stresses beyond those listed under Absolute Maximum Ratings

may cause permanent damage to the device. Exposure to any Absolute

Maximum Rating condition for extended periods may affect device

reliability and lifetime.

Note 2: The LTC6410C-6/LTC6410I-6 is guaranteed functional over the

operating temperature range of –40°C to 85°C.

Note 3: The LTC6410C-6 is guaranteed to meet speciﬁed performance

from 0°C to 70°C. It is designed, characterized and expected to meet

speciﬁed performance from –40°C and 85°C but is not tested or QA

SYMBOL

PARAMETER

CONDITIONS

MIN

TYP

MAX

UNITS

NF

Noise Figure

ZIN = 50Ω (Note 5)

ZIN = 200Ω

11

7

dB

240MHz Signal

HD2

Second Harmonic Distortion

VOUTDIFF = 0dBm

–66

dBc

HD3

Third Harmonic Distortion

VOUTDIFF = 0dBm

–52

dBc

IM3

Third Order Intermodulated

Distortion

F1 = 239.5MHz, F2 = 240.5MHz, VOUTDIFF = 0dBm/Tone

–54

dBc

F1 = 239.5MHz, F2 = 240.5MHz, VOUTDIFF = –5dBm/Tone

–63

dBc

F1 = 239.5MHz, F2 = 240.5MHz, VOUTDIFF = 0dBm/Tone,

VCC = 5V, VBIAS = 2.5V, SHDN = 3V

–64

dBc

OIP3

Output Third-Order Intercept

F1 = 239.5MHz, F2 = 240.5MHz, VOUTDIFF = 0dBm/Tone

27

dBm

F1 = 239.5MHz, F2 = 240.5MHz, VOUTDIFF = –5dBm/Tone

27

dBm

F1 = 239.5MHz, F2 = 240.5MHz, VOUTDIFF = 0dBm/Tone,

VCC = 5V, VBIAS = 2.5V, SHDN = 3V

32

dBm

P1dB

Output 1dB Compression Point

12.8

dBm

NF

Noise Figure

ZIN = 50Ω (Note 5)

ZIN = 200Ω

11

8

dB

380MHz Signal

HD2

Second Harmonic Distortion

VOUTDIFF = 0dBm

–57

dBc

HD3

Third Harmonic Distortion

VOUTDIFF = 0dBm

–45

dBc

IM3

Third Order Intermodulated

Distortion

F1 = 379.5MHz, F2 = 380.5MHz, VOUTDIFF = 0dBm/Tone

–51

dBc

F1 = 379.5MHz, F2 = 380.5MHz, VOUTDIFF = –5dBm/Tone

–64

dBc

F1 = 379.5MHz, F2 = 380.5MHz, VOUTDIFF = 0dBm/Tone,

VCC = 5V, VBIAS = 2.5V, SHDN = 3V

–60

dBc

OIP3

Output Third-Order Intercept

F1 = 379.5MHz, F2 = 380.5MHz, VOUTDIFF = 0dBm/Tone

26

dBm

F1 = 379.5MHz, F2 = 380.5MHz, VOUTDIFF = –5dBm/Tone

27

dBm

F1 = 379.5MHz, F2 = 380.5MHz, VOUTDIFF = 0dBm/Tone,

VCC = 5V, VBIAS = 2.5V, SHDN = 3V

30

dBm

P1dB

Output 1dB Compression Point

10.8

dBm

NF

Noise Figure

ZIN = 50Ω (Note 5)

ZIN = 200Ω

12

8

dB

sampled at these temperatures. The LT6410I-6 is guaranteed to meet

speciﬁed performance from –40°C to 85°C.

Note 4: This parameter is pulse tested.

Note 5: en can be calculated from ZIN = 50Ω NF with the formula:

en = (10

NF

10 –1)4kT50

where

k = Boltzmann’s constant and

T = absolute temperature

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