HC5513 Intersil Corporation, HC5513 Datasheet - Page 4

• Manufacturer Part Number: HC5513
• Description: TR909 DLC/FLC SLIC with Low Power Standby
• Manufacturer: Intersil Corporation

Electrical Specifications
2-Wire Return Loss
C
TIP IDLE VOLTAGE
Active, I
Standby, I
RING IDLE VOLTAGE
Active, I
Standby, I
4-WIRE TRANSMIT PORT (V
Overload Level
Output Offset Voltage
Output Impedance (Guaranteed by Design)
2- to 4-Wire (Metallic to V
4-WIRE RECEIVE PORT (RSN)
DC Voltage
R
Design)
Current Gain-RSN to Metallic
FREQUENCY RESPONSE (OFF-HOOK)
2-Wire to 4-Wire
4-Wire to 2-Wire
4-Wire to 4-Wire
HP
X
Sum Node Impedance (Guaranteed by
V
= 20nF
S
L
L
= 0
= 0
L
L
= 0
= 0
FIGURE 6. TWO-WIRE RETURN LOSS
R
R
R
PARAMETER
LR
Z
D
V
TX
M
Z
IN
) Voltage Gain
TX
57
TIP
27
RING
28
)
T
41.2k , R
Specified. All pin number references in the figures refer to the 28 lead PLCC package. (Continued)
A
= -40
RSN
V
19
16
TX
o
C to 85
D
= 39k , R
0.2kHz to 0.5kHz (Note 11, Figure 6)
0.5kHz to 1.0kHz (Note 11, Figure 6)
1.0kHz to 3.4kHz (Note 11, Figure 6)
(Z
E
0.2kHz < f < 03.4kHz
0.3kHz < f < 03.4kHz (Note 14, Figure 7)
I
0.3kHz < f < 3.4kHz
0.3kHz < f < 3.4kHz (Note 15, Figure 8)
0dBm at 1.0kHz, E
0.3kHz < f < 3.4kHz (Note 16, Figure 9)
0dBm at 1.0kHz, E
0.3kHz < f < 3.4kHz (Note 17, Figure 9)
0dBm at 1.0kHz, E
0.3kHz < f < 3.4kHz (Note 18, Figure 9)
RSN
G
L
= 0, Z
> 20k , 1% THD) (Note 12, Figure 7)
o
300k
R
600k
C, V
R
= 0mA
T
RX
CC
L
SG
= , (Note 13, Figure 7)
= 5V 5%, V
= , R
CONDITIONS
HC5513
RX
G
G
F1
= 0V
= 0V
= 0V
= R
EE
F2
= -5V 5%, V
= 0 , C
600
R
E
FIGURE 7. OVERLOAD LEVEL (4-WIRE TRANSMIT PORT),
L
G
HP
2.16 F
I
C
23mA
= 10nF, C
DCMET
BAT
OUTPUT OFFSET VOLTAGE, 2-WIRE TO 4-WIRE
VOLTAGE GAIN AND HARMONIC DISTORTION
= -28V, AGND = BGND = 0V, R
V
DC
TR
0.98
= 1.5 F, Z
MIN
980
-0.2
-0.2
-0.2
-60
3.1
25
27
23
-
-
-
-
-
-
-
TIP
27
RING
28
L
1000
TYP
>-28
RSN
= 600 , Unless Otherwise
-24
1.0
<0
V
-4
5
0
-
-
-
-
-
-
-
-
-
19
16
TX
600k
R
300k
R
T
MAX
1020
1.02
RX
0.2
0.2
0.2
60
20
20
DC1
-
-
-
-
-
-
-
-
-
= R
V
V
TXO
TX
DC2
V
UNITS
Ratio
PEAK
V/V
mV
dB
dB
dB
dB
dB
dB
V
V
V
V
V
=
Z
L