PEB4265TV1.2T Infineon Technologies, PEB4265TV1.2T Datasheet - Page 119

• Manufacturer Part Number: PEB4265TV1.2T
• Manufacturer: Infineon Technologies

Specifications of PEB4265TV1.2T

• On-hook Transmission: Yes
• Polarity Reversal: Yes
• On-chip Ring Relay Driver: Yes
• Operating Temp Range: -40C to 85C
• Operating Temperature Classification: Industrial
• Pin Count: 22
• Mounting: Surface Mount
• Lead Free Status / RoHS Status: Supplier Unconfirmed

Preliminary
This setting results in a receive gain of 11.88 dB caused by the internal filters. Based on
this a factor K
Transversal current I
R
K
V
K
In order not to overload the analog input, the maximum AC transversal current may not
be higher than 9 mA rms.
Usage of Tone Generator as Signal Source
To simplify the formulas, the programmable receive and transmit gain is disabled.
This is done by setting the following bits:
Register BCR4:
Register TSTR4:
Register LMCR1: TEST-EN = 1
The tone generator level is influenced by a factor K
coefficients. The internal filter attenuation is 2.87 dB.
Data Sheet
K
I
AD
ADC
IT
RMS
ITAC
K
AD
DA
=
=
=
10
--------------------- -
----------------------------------------------------------------------------------------------------------------- -
K
V
V
AD
filter
------------------- -
DAC
ADC
Sense resistor for AC transversal current (R
Constant factor from Analog to Digital
Voltage at A/D converter refered to digital fullscale
Value of the current divider for transversal current
20
AD
AD
R
(analog to digital) can be defined:
ITAC
10
=
AR-DIS = 1, AX-DIS = 1, TH-DIS = 1,
IM-DIS = 1, FRR-DIS = 1, FRX-DIS = 1
OPIM-AN = 1, OPIM-4M = 1
– 2.87
--------------- -
10
---------------------- -
RMS
LM
20
11.88 V
------------------- -
1.2
K
Result
measured at SLIC:
20
INTAC
Trapez
------------------- -
=
2
3.272
K
N
IT
Samples
K
V
AC SLIC
–
1
119
,
2
=
1.2
TG
2
=
which is set in the tone generator
IT1
--------------------------------------------------
K
10
INTAC
– 2.87
--------------- -
+ R
20
LM
Operational Description
IT2
Result
)
N
1.05
--------- -
Samples
2
6
1.2 V
1150
3.272 V
50
2000-07-14
14.76 mA
DuSLIC
–1