LA7209V

No.A0641-2/14

Recommended Operating Conditions at Ta

= 25°C

Parameter

Symbol

Conditions

Ratings

Unit

Recommended operating voltage

VCC

5.0

V

Allowable operating voltage range

VCC op

2.7 to 6.0

V

Electrical Characteristics at Ta

= 25°C, VCC = 5V

Ratings

Parameter

Symbol

IN

OUT

Conditions

min

typ

max

Unit

Consumption current 1

ICC1

T2A

T3A

VIN = 3.0Vp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure the flowing current at pin 20.

T7 : 3.0V, SW1 : 2, SW2 : Open, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

15

20

25

mA

Consumption current 2

ICC2

T2A

T3A

VIN = 3.0Vp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure the flowing current at pin 22 & 23.

T7 : 3.0V, SW1 : 2, SW2 : Open, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

7

9.5

12

mA

Consumption current 1

in power save

ICC1S

T2A

T3A

VIN = 3.0Vp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure the flowing current at pin 20 in

P.S.

T7 : 3.0V, SW1 : 2, SW2 : Open, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

0.5

0.65

0.8

mA

Consumption current 2

in power save

ICC2S

T2A

T3A

VIN = 3.0Vp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure the flowing current at pin 22 & 23

in P.S.

T7 : 3.0V, SW1 : 2, SW2 : Open, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

0

0.1

0.2

mA

MOD output level 1

VMOD1

T2A

T3A

T22

T23

VIN = 3.0Vp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure the amplitude of output waveform.

T7 : 3.0V, SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

9

12

15

Vp-p

MOD output level 2

VMOD2

T2A

T3A

T22

T23

VIN = 750mVp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure the amplitude of output waveform.

T7 : 3.0V, SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

1.2

2.5

3.8

Vp-p

MOD output level 3

VMOD3

T2A

T3A

T22

T23

VIN = 750mVp-p, 13.2MHz, Square wave (T2A/T3A :

Opposite) The ratio of VMOD2.

T7 : 3.0V, SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

70

85

100

%

MOD output level 4

VMOD4

T2A

T3A

T22

T23

VIN = 750mVp-p, 13.8MHz, Square wave (T2A/T3A :

Opposite) The ratio of VMOD2.

T7 : 3.0V, SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

70

85

100

%

MOD 2nd harmonic

distortion

THD2

T2A

T3A

T22

T23

VIN = 750mVp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure 2nd harmonic distortion of output

waveform.

T7 : 3.0V, SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2,

SW5 : 2, SW6 : 2

-60

-40

-34

dB

Modulation type A

MODA

T2A

T3A

T7

T22

T23

VIN = 3.0Vp-p, 106kHz, Square wave (T7)

VIN = 750mVp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure modulation of output waveform.

SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2, SW5 : 2, SW6 : 2

90

100

110

%

Modulation type B

MODB

T2A

T3A

T7

T22

T23

VIN = 3.0Vp-p, 106kHz, Square wave (T7)

VIN = 750mVp-p, 13.5MHz, Square wave (T2A/T3A :

Opposite) Measure modulation of output waveform.

SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2, SW5 : 2, SW6 : 2

25

30

35

%

Modulator output noise

level

NMOD

T7

T22

T23

DC_3V are impressed to T7 and an output noise is

measured.

SW1 : 2, SW2 : 2, SW3 : 2, SW4 : 2, SW5 : 2, SW6 : 2

-43

-39

dBV

MOD DATA input

voltage “High“

VDATH

T7

T6

DC voltage that T6 sinks.

SW1 : 2, SW2 : 2, SW3 : 3, SW4 : 2, SW5 : 2, SW6 : 2

1.7

5.0

V

MOD DATA input

voltage “Low“

VDATL

T7

T6

DC voltage that T6 opens.

SW1 : 2, SW2 : 2, SW3 : 3, SW4 : 2, SW5 : 2, SW6 : 2

0.0

1.3

V

Continued on next page.