2

REV. 1A January 2004

DATA SHEET

KH560

PARAMETERS

CONDITIONS

TYP

MIN & MAX RATINGS

UNITS

SYM

Case Temperature

KH560AI

+25°C

-25°C

+25°C

+85°C

Case Temperature

KH560AK/AM

+25°C

-55°C

+25°C

+125°C

FREQUENCY DOMAIN RESPONSE (Max. Flat Compensation)

215

>175

>185

>175

MHz

SSBW

0% overshoot compensation

210

>170

>180

>170

MHz

large signal bandwidth

120

>115

>100

>90

MHz

FPBW

(see Frequency Response vs. Output Power plot)

gain flatness

¦

peaking

0.1 -50MHz

0

<0.50

<0.40

<0.50

dB

GFPL

¦

peaking

>50MHz

0

<1.25

<0.75

<1.00

dB

GFPH

¦

rolloff

at 100MHz

0.1

<1.00

<0.75

<1.00

dB

GFR

group delay

to 100MHz

3.1

–

–

–

ns

GD

linear phase deviation

to 100MHz

0.6

<1.7

<1.2

<2.7

°

LPD

to 100MHz

-15

<-12

<-12

<-12

dB

RL

DISTORTION (Max. Flat Compensation)

2nd harmonic distortion

¦

20MHz

-46

<-36

<-36

<-33

dBc

HD2HL

¦

50MHz

-33

<-27

<-27

<-27

dBc

HD2HM

¦

20MHz

-51

<-44

<-44

<-42

dBc

HD2ML

¦

50MHz

-40

<-35

<-35

<-30

dBc

HD2MM

100MHz

-36

<-25

<-28

<-26

dBc

HD2MH

¦

20MHz

-60

<-54

<-54

<-50

dBc

HD2LL

¦

50MHz

-50

<-43

<-43

<-40

dBc

HD2LM

100MHz

-54

<-32

<-32

<-32

dBc

HD2LH

3rd harmonic distortion

¦

20MHz

-38

<-32

<-32

<-25

dBc

HD3HL

¦

50MHz

-25

<-21

<-21

<-20

dBc

HD3HM

¦

20MHz

-48

<-42

<-45

<-42

dBc

HD3ML

¦

50MHz

-40

<-36

<-36

<-30

dBc

HD3MM

100MHz

-29

<-25

<-25

<-25

dBc

HD3MH

¦

20MHz

-62

<-58

<-58

<-57

dBc

HD3LL

¦

50MHz

-54

<-50

<-50

<-48

dBc

HD3LM

100MHz

-44

<-40

<-40

<-36

dBc

HD3LH

2-tone 3rd order

20MHz

40

>38

>38

>38

dBm

IM3L

50MHz

35

>32

>32

>32

dBm

IM3M

100MHZ

25

>23

>23

>20

dBm

IM3H

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

determined from tested parameters.

NOTES TO THE ELECTRICAL SPECIFICATIONS

The electrical characteristics shown here apply to the specific test conditions shown above (see also Figure 1 in

description of the operation). The KH560 provides an equivalent, non-zero, output impedance determined by the

+10) is the no load gain. The actual gain to the matching 50

Ω load used in these specifications is half of this (+5).

The KH560 requires an external compensation capacitor. Unless otherwise noted, this has been set to 10.5pF for

the frequency domain specifications (yielding a maximally flat frequency response) and 12.5pF for the time domain

specifications (yielding a 0% small signal pulse overshoot response).