SI3010-FS Silicon Laboratories Inc, SI3010-FS Datasheet - Page 32

• Manufacturer Part Number: SI3010-FS
• Description: IC SI2401 LINE-SIDE DAA 16SOIC
• Manufacturer: Silicon Laboratories Inc

Specifications of SI3010-FS

• Data Format: V.92
• Interface: Serial
• Voltage - Supply: 3 V ~ 3.6 V
• Mounting Type: Surface Mount
• Package / Case: 16-SOIC (0.154", 3.90mm Width)
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Baud Rates: -
• Lead Free Status / RoHS Status: Compliant, Lead free / RoHS Compliant
• Other names: 336-1096

Si3018/19/10
L1 must carry the entire loop current. The series
resistance of the inductors is important to achieve a
narrow and deep notch. This design has more than
25 dB of attenuation at both 12 kHz and 16 kHz.
The billing tone filter affects the ac termination and
return loss. The global complex ac termination
(ACIM = 1111) passes global return loss specifications
with and without the billing tone filter by at least 3 dB.
5.20. On-Hook Line Monitor
The on-hook line monitor mode allows the Si3056 to
receive line activity when in an on-hook state. A low-
power ADC located on the line-side device digitizes the
signal passed across the RNG1/2 pins and then sends
the signal digitally across the communications link to the
host. This mode is typically used to detect caller ID data
and is enabled by setting the ONHM bit (Register 5,
bit 3). Caller ID data can be gained up or attenuated
using the receive gain control bits in registers 39 and
41.
32
Table 19. Component Values—Optional Billing
Symbol
RING
C1,C2
From
Line
TIP
C3
L1
L2
Figure 22. Billing Tone Filter
3.3 mH, >120 mA, <10 Ω , ±10%
10 mH, >40 mA, <10 Ω , ±10%
Tone Filters
0.027 µF, 50 V, ±10%
0.01 µF, 250 V, ±10%
C1
C2
L1
Value
C3
L2
DAA
To
Rev. 1.05
5.21. Caller ID
The Si3056 can pass caller ID data from the phone line
to a caller ID decoder connected to the serial port.
5.21.1. Type I Caller ID
Type I Caller ID sends the CID data while the phone is
on-hook.
In systems where the caller ID data is passed on the
phone line between the first and second rings, utilize the
following method to capture the caller ID data:
1. After identifying a ring signal using one of the
2. Assert the ONHM bit (Register 5, bit 3) to enable
3. Clear the ONHM bit after the caller ID data is
In systems where the caller ID data is preceded by a
line polarity (battery) reversal, use the following method
to capture the caller ID data:
1. Enable full wave rectified ring detection (RFWE,
2. Monitor the RDTP and RDTN register bits (or the
3. Assert the ONHM bit (Register 5, bit 3) to enable the
4. Clear the ONHM bit after the caller ID data is
5.21.2. Type II Caller ID
Type II Caller ID sends the CID data while the phone is
off-hook and is often referred to as caller ID/call waiting
(CID/CW). To receive the CID data while off-hook, use
the following procedure (see Figure 23):
1. The Caller Alert Signal (CAS) tone is sent from the
methods described in "5.14.Ring Detection" on page
29, determine when the first ring is complete.
caller ID data detection. The caller ID data passed
across the RNG 1/2 pins is presented to the host via
the SDO pin.
received.
Register 18, bit 1).
POLI bit) to identify whether a polarity reversal or
ring signal has occurred. A polarity reversal trips
either the RDTP or RDTN ring detection bits, and
thus the full-wave ring detector must be used to
distinguish a polarity reversal from a ring. The lowest
specified ring frequency is 15 Hz; therefore, if a
battery reversal occurs, the DSP should wait a
minimum of 40 ms to verify that the event observed
is a battery reversal and not a ring signal. This time
is greater than half the period of the longest ring
signal. If another edge is detected during this 40 ms
pause, this event is characterized as a ring signal
and not a battery reversal.
caller ID data detection. The caller ID data passed
across the RNG 1/2 pins is presented to the host via
the SDO pin.
received.
Central Office (CO) and is digitized along with the