AS

“АLFA RPAR”

Joint Stock Company ALFA

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

2

2019 v.1

AS3364

Absolute Maximum Ratings

26V

+3V to +16V

-3V to -16V

Linear Control Voltage

-2V to +2,5V

Typical Electrical Characteristics

Vcc = + 12.0V

Vee = -12.0V

Ta

= 20 ° C

Note 1. Best linearization. Most of the error at the ends of diapason.

Note 2. Output current ± 100µA.

Note 3. Over entire control range. Signal input is open

Note 4. In 16 to 16KHz bandwidth.

Note 5. At 1KHz.

Note 6. For negative supply less than 12 volts, this attenuation is greater.

Note 7. Total supply voltage across chip should not exceed 26V.

Specifications subject to change without notice

Application example

Parameter

Min

Typ

Max

Units

Control Range, linear

100

-

-

dB

Control Scale Factor , linear

48

52

56

%/V

Tempco of Control Scales

-

±250

±750

ppm

Control Scale Error

1)

-

3,0

6,0

%

Maximum Cell Current Gain

2)

0,9

1,0

1,1

Maximum Signal Input and Output Current

±300

±400

±500

µA

Signal Input Offset

-10

0

+10

mV

Control Feedthrough, trimmed

3)

-

±0,07

±0.3

µA

Total Harmonic Distortion

3)

-

1,0

3,0

%

Output Noise Current

4)

-

0,4

1,2

nA

Signal Current Bandwidth

2,0

5,0

-

MHz

Signal Current Slew Rate

2)

0,5

1,5

-

mA/

µsec

Crosstalk Between VCAs

5)

-80

-90

-

dB

Signal Attenuation for Linear Control Input = 0V

6)

70

80

-

dB

Linear Control Voltage for Maximum Gain

1,79

1,93

2,08

V

Control Input Bias Current

-0,5

-1,6

-4,0

µA

Output Impedance

2)

5

12

-

MOhm

Output Voltage Compliance

2)

Vee+1,2

-

Vcc-0,8

V

Reference Voltage (Pin 1)

1,7

1,8

1,9

V

Positive Supply Voltage Range

7)

+3

-

+16

V

Negative Supply Voltage Range

7)

-3

-

-16

V

Supply Current

6

7,5

10,0

mA