Gennum Corporation GS3013 Datasheet
Linear Class H
Current Manager
GS3013 DATA SHEET
Hybrid
FEATURES
• complete linear system
• current mode class H output stage
• current drive power amp
• low distortion / low noise
• low amplifier current 190
µA typical
STANDARD PACKAGING
• Hybrid Typical Dimensions
0.225in x 0.130in x 0.110in
(5.72mm x 3.31mm x 2.79mm)
GS3013
V
REG
9
C1
220n
IN
10
C2
82n
8
12k
9
V
B1
56
1
V
REG
A
-
7
V
B2
6
10
DESCRIPTION
The GS3013 is a linear hybrid containing three amplifier
stages.
This product incorporates a current mode class H power
amplifier.
By adapting the bias of the output stage to the requirements
of the signal being processed, significant current savings
can be realised compared to traditional class A amplifiers.
The adaptive action does not compromise the characteristics
of a current drive output stage.
In addition to the output stage, two additional stages of
preamplification are provided to allow filtering and gain
adjustment to be easily accomplished.
C4
11
C4
2µ2
11
14
CONTROL
+
C
-
4
13
170
24k
-
+
V
B
2
3
5
125
OUT
4
R
2
E
R
1
E1
V
12k
B
GC590
-
B
12
MGND
Revision Date: May 1998
GENNUM CORPORATION P.O. Box 489, Stn. A, Burlington, Ontario, Canada L7R 3Y3 tel. +1 (905) 632-2996
A
All resistors in ohms, all capacitors
in farads unless otherwise stated.
Web Site: www.gennum.com E-mail: hipinfo@gennum.com
16
IN
15 14
A
OUT
13
B
B
RIN
IN
FUNCTIONAL BLOCK DIAGRAM
B
12
OUT
C3
82n
7
GND
38
GND2
Document No. 520 - 87 - 02
ABSOLUTE MAXIMUM RATINGS
PARAMETER VALUE / UNITS
Supply Voltage 5 VDC
Power Dissipation 25 mW
Operating Temperature Range -10° C to 40° C
Storage Temperature Range -20° C to 70° C
CAUTION
CLASS 1 ESD SENSITIVITY
ELECTRICAL CHARACTERISTICS
Conditions: Frequency = 1 kHz, Temperature 25 °C, Voltage Supply = 1.3 VDC
PARAMETER SYMBOL CONDITIONS MIN TYP MAX UNITS
OVERALL
Amplifier Current I
Minimum Operating Voltage V
Overall Gain A
Distortion THD V
Input Referred Noise IRN A Weighted Filter - - 2.5 µVRMS
VOLTAGE REGULATOR
Regulator Voltage V
Output Noise A Weighted - 2.9 - µVRMS
STAGE A AND STAGE B
Input Bias Current I
DC Voltage Gain Stage A A
Stage B A
Current Source Capabilities I
Output Voltage Swing - Low V
STAGE C AND CONTROL CIRCUIT
NOT RECOMMENDED
Maximum Current Sinking I
Output Impedance R
Minimum Emitter Voltage V
Maximum Emitter Voltage V
Minimum Transducer Current I
Maximum Transducer Current I
Maximum/Minimum Transducer I
Current Ratio
Dynamic Headroom Headroom Note 1 14 17 22 dB
Time Constant T
All parameters and switches remain as shown in the Test Circuit unless otherwise stated in CONDITIONS column.
FOR NEW DESIGNS
AMP
B
V
REG
BIAS
OL -A
OL -B
SOURCE
SINK
SINK
OUT
RE-MIN
RE-MAX
T-MIN
T-MAX
RANGE
C
= -40 dBV - 0.2 1 %
IN
R
= R
TRIM
I
= 30 µA 870 920 970 mVDC
LOAD
RE grounded, V
R
shorted 26 71 126 µA
E, RE1
R
shorted 750 930 1100 µA
E, RE1
VC =
10 kΩ
= 1.3 V 3 6 - mA
P4
PAD CONNECTION
R
GND2
E
R
A
OUT
B
B
OUT
A
B
RIN
1
E1
16
IN
15
14
IN
13
12
11
C4
3
2
10
OUT
4
V
B1
5
V
B2
6
7
GND
MGND
8
V
9
REG
IN
80 190 300 µA
- - 1.1 V
51 54 57 dB
-25 0 25 nA
-52 -dB
-42 -dB
15 30 - µA
260 315 - mV
-24 -kΩ
25 9mV
62 66 74 mV
16 20 28 dB
- 100 - mS
Notes: 1. Headroom = 20 Log (V
520 - 87 - 02
RE DC
/ V
REACRMS
) [VIN
-70 dBV]
=
2
1.3V
V
B2
5
GS3013
1
V
9
REG
C1
220n
3k9
IN
10
V
I
MGND
8
C2
82n
8
9
12k
V
REG
A
-
7
6
V
B
GC590
12k
-
B
6
12
10
11 13
C3
82n
C4
11
14
CONTROL
+
C
+
-
170
4
24k
-
V
C4
2µ2
B
125
2.6V
1k
2
3
5
4
2
1
3
OUT
R
E
R
E1
GND2
All resistors in ohms, all capacitors
in farads unless otherwise stated.
100k
R
VC
15 14
A
OUT
C
0µ1
16
A
IN
13
B
RIN
A
B
100k
R
IN
TRIM
12
7
B
GND
OUT
Fig. 1 Production Test Circuit
1.3V
V
B1
GS3013
1
9
V
REG
C1
220n
10
IN
NOT RECOMMENDED
C2
82n
8
9
FOR NEW DESIGNS
12k
V
REG
-
7
V
B2
5
A
6
V
B
GC590
12k
-
B
6
12
10
11
C4
11
14
CONTROL
+
C
-
4
13
170
24k
-
+
C4
2µ2
V
B
2
3
5
125
OUT
4
R
2
E
1
R
E1
8
MGND
All resistors in ohms, all capacitors
in farads unless otherwise stated.
C3
82n
VC
15 14
A
OUT
16
A
IN
100k
R
C
0µ1
13
B
B
RIN
A
100k
R
IN
TRIM
12
B
OUT
Fig. 2 Typical Hearing Instrument Application
3
7
GND
3
GND2
520 - 87 - 02
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