AS3310D datasheet(2/3 Pages) ALFA

2 / 3 page

“АLFA RPAR”

Joint Stock Company ALFA

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

2018 v.5

AS3310

Typical Electrical Characteristics

VCC=+15V VEE = -6,5 to -15V RX= 24K TA= 25°C

Parameter

Min.

Typ.

Max.

Units

Time Control Range

50 000:1

100 000:1

Attack Asymptote Voltage (VZ)

6.5

7.0

7.5

Attack Peak Voltage (VP)

4.7

5.5

Attack Peak to Asymptote Tracking

1.5

Control Scale Sensitivity

58,5

61,5

mV/decade

Tempco of Control Scale

+3000

+3300

+3600

ppm

ATK, DCY, RLS Scale Tracking

-300

+300

µV/decade

Exponential Full Scale Control Accuracy

50nA < IO <50µA

0.3

1.5

2nA < IO < 200µA

Attack C.V. Feedthrough

Decay C.V. Feedlhrough

Release C.V. Feedtnrough

NONE

µV

Sustain Final Voltage Error (VO -VCS)

-3

+10

+23

Release Final Voltage Error (VO)

-3

+10

+23

RC Curve Asymptote Error

VCA, VCD, VCR = 0

-6

-60

µV

VCA, VCD, VCR = -240mV

-125

-1250

Input Current (IIN) to Output Current (IO)

Ratio, VCA, VCD, VCR = 0

Charge Current (ATK)

0.75

1.3

Discharge Current (DCY, RLS)

0.83

1.2

Buffer Input Current (IB2)

0.5

Op Amp Input Current (IB1)

150

400

800

Gate Threshold

2.3

2.6

Gate Input Current

100

µA

Trigger Pullse Required to Trigger

Envelope

+1.1

+1.3

+1.5

Trigger Input Impedance

2.4

Ω

Time Control Input Current

0.5

2500

Sustain Control Input Current

150

400

800

Attack Output Signal

-0.4

-0.8

-1.2

Output Current Sink Capability

0,42

0,56

0,7

Buffer Output Impedance

100

200

350

Ω

Positive Supply Range

+11

+18

Negative Supply Range

-4.5

-18

Supply Current

5.6

7.5

9.4

Note 1: Scale factor determined at mid-range. Spec represents total deviation from ideal at range

extremities.

Note 2: Output is at either sustain final voltage or release final voltage. VCA, VCD, VCR varies 0 to -240mV.

Note 3: Spec represents the difference between the actual final voltages (attack asymptote voltage,

sustain final voltage, and release final voltage in the case of attack, decay, and release respectively) and

the apparent voltage to which the output seems to be approaching asymptotically.

Note 4: Current limiting resistor required when VEE > -7 volts.

Note 5: Spec also represents time constant variation between units for VCA, VCD, VCR = 0.

Specifications subject to change without notice.

Absolute Maximum Ratings

Voltage Between VCC and VEE Pins

Voltage Between VCC and GND Pins

Voltage Between VEE and GND Pins

Current Into VEE Pin

Voltage Between Control and GND Pins

Voltage to Gate and Trigger Input Pins

Operating Temperature Range

Storage Temperature Range

24V

+18V

-6.5V

±50mA

±6V

VEE to VCC

- 25

°C to 75°C

- 55

°C to 150°C

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