AS

“АLFA RPAR”

Joint Stock Company ALFA

Riga, Latvia www.alfarzpp.lv; alfa@alfarzpp.lv

2019 v.1

2

AS3363

Absolute Maximum Ratings

Voltage between Vcc and Vee pins

26V

Voltage between Vcc and GND pins

+3V to + 16V

Voltage between Vee and GND pins

-3V to -16V

Control voltage range CVMix

-3V to +3V

Control voltage range Vcntrli

-3V to +3V

Vinx

-1V to +1V

Electrical Characteristics

Vcc = + 12V

Vee = -12V

Tamb

= +20 ° C

Parameter

Min.

Typ.

Max.

Units

Maximum input voltage ( THD<5% )

±40

mV

Maximum output current ( Vin=±40 mV)

±110

µA

Maximum amplification

2,5

µA/mV

Input bias current

1,0

µA

VCA1, 2

Control voltage range CVMix, linear range 1)

-1,75

-

+1,75

V

Control voltage CVMix for maximum amplification of non-

inverted signal

2,0

V

Control voltage CVMix for maximum amplification of inverted

signal

-2,0

V

Control

voltage CVMix for balance (“silence”)

-20

0

20

m

В

Maximum attenuation on output in balance (“silence”) 2)

60*

dB

Control voltage Vcntrl linear range 1)

-1,65

-

+1,65

V

Control voltage Vcntrl for maximum VCA output current

2,0

V

Vcnt

rl maximum attenuation level (turn “OFF” VCA current)

-2,0

V

Attenuation ( Vcntrl=-2V)

100

dB

Feedthrough Vcntrl

60

dB

VCA3

Control voltage CVMix3 for maximum amplification In3

А

2,0

V

Control voltage CVMix3 for maximum amplification In3B

-2,0

V

Control voltage CVMix for balance amplification In3

А and

In3

В

-20

0

20

mV

Maximum output offset (Vin=0)

-1

0

+1

µA

Total harmonic distortion

-

4,0

6,0

%

Bandwith

8,0

10,0

-

MHz

Output current slew rate

2)

700

1000

-

µA/µsec

Crosstalk between VCA ( 10 kHz)

-80

-90

-

dB

Feedthrough CVMix

-

±0,1

±0.3

µA

Maximum input current

(for CVMix)

-

-3,0

-

µA

Maximim input current ( Vcntrlx)

-

1,0

-

µA

Output impedance

2)

10

-

MOhm

Maximum voltage range for Outx

-100

-

+100

mV

Positive supply range Vcc

+5

12

+16

V

Negative supply range Vee

-5

-12

-16

V

Current consumtion Icc

2,7

3,3

4,5

mA

Current consumption Iee

2,2

2,8

3,5

mA

Note 1. Out of these range control is exponential

Note 2. Output current is

±100 µA