KH563

DATA SHEET

REV. 1A January 2008

3

PARAMETERS

CONDITIONS

TYP

MIN & MAX RATINGS

UNITS

SYM

Case Temperature

KH563AI

+25°C

-25°C

+25°C

+85°C

TIME DOMAIN RESPONSE (0% Overshoot Compensation)

rise and fall time

2V step

1.5

<2.0

<1.9

<2.0

ns

TRS

10V step

2.4

<2.8

<2.8

<3.4

ns

TRL

settling time to 0.5% (time <1

µ

s)

5V step

7

<12

<12

<15

ns

TS

long term thermal tail (time >1

µ

s)

5V step

1.5

<2.0

<2.0

<2.0

%

SE

slew rate

3300

>3000

>2900

>2500

V/

µ

s

SR

overshoot

2V step

maximally flat compensation

5

<13

<10

<13

%

OSMF

0% overshoot compensation

0

<5

<3

<5

%

OSZO

EQUIVALENT INPUT NOISE

voltage

>100KHz

2.1

<2.5

<2.5

<2.5

nV/

√

Hz

VN

inverting current

>100KHz

34

<40

<40

<45

pA/

√

Hz

ICN

non-inverting current

>100KHz

2.8

<4.5

<4.5

<5.0

pA/

√

Hz

NCN

noise floor

>100KHz

-159

<-157

<-157

<-157

dBm/(1Hz)

SNF

integrated noise

1kHz to 200MHz

35

<45

<45

<45

µ

V

INV

noise figure

>100KHz

15

<17

<17

<17

dB

NF

STATIC, DC PERFORMANCE

* input offset voltage

2.0

<14.0

<5.0

<15.0

mV

VIO

average temperature coefficient

35

<100

–

<100

µ

V/°C

DVIO

* non-inverting bias current

5.0

<35

<20

<20

µ

A

IBN

average temperature coefficient

20

<175

–

<100

nA/°C

DIBN

* inverting bias current

10.0

<50

<30

<50

µ

A

IBI

average temperature coefficient

100

<200

–

<200

nA/°C

DIBI

* power supply rejection ratio (DC)

57

>54

>54

>52

dB

PSRR

* supply current

no load

50

<60

<60

<65

mA

ICC

MISCELLANEOUS PERFORMANCE

open loop current gain

(±2% tolerance)

10.0

––

–

mA/mA

G

average temperature coefficient

+0.02

<+.03

–

<+.02

%/°C

DG

inverting input resistance

(±5% tolerance)

14.0

––

–

Ω

RIN

average temperature coefficient

+.02

<+.025

–

<+.025

Ω

/°C

DRIN

non-inverting input resistance

700

>200

>400

>400

K

Ω

RNI

non-inverting input capacitance

to 100MHz

2.7

<3.5

<3.5

<3.5

pF

CNI

output voltage range

150mA load current

±10.5

–

>±10.0

–V

VO

output current limit

210

<250

<250

<250

mA

OCL

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

±10V to ±15V

differential input voltage

±3V

″

±200mA

common mode input voltage

common mode input voltage

junction temperature (see thermal model)

+175°C

output impedance

25

Ω

to 200

Ω

storage temperature

-65°C to +150°C

gain range (no-load voltage gain)

+5 to +80

lead temperature (soldering 10s)

+300°C

case temperature: AI

-25°C to +85°C

output current (internally limited)

±250mA

Notes

1) *

AI: 100% tested at +25°C

¦ AI: sample tested at +25°C

2) Test Tones are set ±100kHz of indicated frequency.

Ω,R

Ω,R

Ω,R

Ω;unlessspecified)