2

REV. 1A January 2004

DATA SHEET

KH231

PARAMETERS

CONDITIONS

TYP

MIN & MAX RATINGS

UNITS

SYM

Ambient Temperature

KH231AI

+25°C

-25°C

+25°C

+85°C

Ambient Temperature

KH231AK/AM/HXC/HXA

+25°C

-55°C

+25°C

+125°C

FREQUENCY DOMAIN RESPONSE

165

>145

>145

>120

MHz

SSBW

large-signal bandwidth

95

>80

>80

>60

MHz

FPBW

gain flatness (note 2)

¦

peaking

0.1 to 50MHz

0.1

<0.6

<0.3

<0.6

dB

GFPL

¦

peaking

>50MHz

0.1

<1.5

<0.3

<0.8

dB

GFPH

¦

rolloff

at 100MHz

0.4

<0.6

<0.6

<1.0

dB

GFR

group delay

to 100MHz

3.5 ± 0.5

–

–

–

ns

GD

linear phase deviation

to 100MHz

0.5

<2.0

<2.0

<2.0

°

LPD

reverse isolation

non-inverting

53

>43

>43

>43

dB

RINI

inverting

36

>26

>26

>26

dB

RIIN

TIME DOMAIN RESPONSE

rise and fall time

2V step

2.0

<2.4

<2.3

<2.7

ns

TRS

10V step

5.0

<7.0

<6.5

<6.5

ns

TRL

settling time to 0.05%

5V step

15

–

–

–

ns

TS

to 0.1%

2.5V step

12

<22

<17

<22

ns

TSP

overshoot

5V step

5

<15

<10

<15

%

OS

slew rate (overdriven input)

3.0

>2.5

>2.5

>1.8

V/ns

SR

overload recovery

<1% error

<50ns pulse, 200% overdrive

120

–

–

–

ns

OR

NOISE AND DISTORTION RESPONSE

0dBm, 20MHz

-55

<-47

<-47

<-47

dBc

HD2

0dBm, 20MHz

-59

<-47

<-47

<-47

dBc

HD3

equivalent input noise

noise floor

>5MHz

-153

<-150

<-150

<-150

dBm(1Hz)

SNF

integrated noise

5MHz to 200MHz

70

<100

<100

<100

µVrms

INV

STATIC, DC PERFORMANCE

* input offset voltage

1

<4.0

<2.0

<4.5

mV

VIO

average temperature coefficient

10

<25

<25

<25

µV/°C

DVIO

* input bias current

non-inverting

5.0

<29

<21

<31

µA

IBN

average temperature coefficient

50

<125

<125

<125

nA/°C

DIBN

* input bias current

inverting

10

<31

<15

< 35

µA

IBI

average temperature coefficient

125

<200

<200

<200

nA/°C

DIBI

* power supply rejection ratio

50

>45

>45

>45

dB

PSRR

common mode rejection ratio

46

>40

>40

>40

dB

CMRR

* supply current

no load

18

<22

<22

<22

mA

ICC

MISCELLANEOUS PERFORMANCE

non-inverting input resistance

DC

400

>100

>200

>400

k

Ω

RIN

non-inverting input capacitance

1.3

<2.5

<2.5

<2.5

pF

CIN

output impedance

@ 100MHz

5, 37

–

–

–

Ω, nH

RO

output voltage range

no load

±12

>±11

>±11

>±11

V

VO

Min/max ratings are based on product characterization and simulation. Individual parameters are tested as noted. Outgoing quality levels are

determined from tested parameters.

Absolute Maximum Ratings

Recommended Operating Conditions

±20V

±5V to ±15V

±100mA

±75mA

common mode input voltage

limits plot on page 3)

gain range

±1 to ±5

differential input voltage

±3V

thermal resistance

(see thermal model)

junction temperature

+175°C

operating temperature

AI:

-25°C to +85°C

AK/AM: -55°C to +125°C

storage temperature

-65°C to +150°C

lead temperature (soldering 10s)

+300°C

note 1:

*

AI/AK/AM/HXC/HXA 100% tested at +25°C

¦ AK/AM/HXC/HXA 100% tested at +25°C and sample

tested at -55°C and +125°C

¦ AI

sample tested at +25°C

note 2:

is guaranteed for conditions listed.

note 3:

In the noninverting configuration, care should be taken when

currents of typically 5

µA but as high as 24µA can create an

input signal large enough to cause overload. It is therefore

note 4:

These ratings protect against damage to the input stage

caused by saturation of either the input or output stages at

lower supply voltages, and against exceeding transistor

collector-emitter breakdown ratings at high supply voltages.

Saturation is allowed to occur up to this calculated level of

input, pin 6.