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TEA1064BT の電気的特性と機能

TEA1064BTのメーカーはNXP Semiconductorsです、この部品の機能は「Low voltage versatile telephone transmission circuit with dialler interface and transmit level dynamic limiting」です。


製品の詳細 ( Datasheet PDF )

部品番号 TEA1064BT
部品説明 Low voltage versatile telephone transmission circuit with dialler interface and transmit level dynamic limiting
メーカ NXP Semiconductors
ロゴ NXP Semiconductors ロゴ 




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TEA1064BT Datasheet, TEA1064BT PDF,ピン配置, 機能
INTEGRATED CIRCUITS
DATA SHEET
TEA1064B
Low voltage versatile telephone
transmission circuit with dialler
interface and transmit level
dynamic limiting
Product specification
File under Integrated Circuits, IC03A
March 1994

1 Page





TEA1064BT pdf, ピン配列
Philips Semiconductors
Low voltage versatile telephone transmission circuit
with dialler interface and transmit level dynamic limiting
Product specification
TEA1064B
QUICK REFERENCE DATA
SYMBOL
PARAMETER
CONDITIONS
MIN. TYP. MAX. UNIT
Iline
ICC
Gv
Gv
Vexch
Rexch
VLN(p-p)
Vp
VLN
Tamb
line current operating range
normal operation
with reduced performance
internal supply current
power-down input LOW
power-down input HIGH
voltage gain range
microphone amplifier
receiving amplifier
line loss compensation ranges
gain control
exchange supply voltage
exchange feeding bridge resistance
maximum output voltage swing on LN
(peak-to-peak value)
supply for peripherals
DC line voltage
operating ambient temperature range
note 1
VCC = 2.8 V
R16 = 392 ;
Iline = 15 mA
Ip = 1.4 mA
Ip = 2.7 mA
Iline = 15 mA
Ip = 1.4 mA
Ip = 2.7 mA;
RREG-SLPE = 20 k
Iline = 15 mA
without RREG-SLPE
RREG-SLPE = 20 k
11
2
44
20
5.7
36
400
3.55
3.25
2.5
2.9
3.25
4.05
25
140 mA
11 mA
1.3 1.6 mA
60 82 µA
52 dB
45 dB
6.1 6.5 dB
60 V
1000
3.80 4.05 V
3.50 3.75 V
2.7
3.1
V
V
3.5 3.75 V
4.4 4.75 V
− +75 °C
Note
1. For the TEA1064BT the maximum line current depends on the heat dissipating qualities of the mounted device.
March 1994
3


3Pages


TEA1064BT 電子部品, 半導体
Philips Semiconductors
Low voltage versatile telephone transmission circuit
with dialler interface and transmit level dynamic limiting
Product specification
TEA1064B
FUNCTIONAL DESCRIPTION
Supplies VCC, VEE2, LN, SLPE, REG and STAB (Figs 3
and 5)
Power for the TEA1064B and its peripheral circuits is
usually obtained from the telephone line. The IC develops
its own supply voltage at VCC and regulates its voltage
drop. The internal supply requires a decoupling capacitor
between VCC and VEE1. The internal current stabilizer is
set by a 3.6 kresistor between STAB and VEE1.
The DC current flowing into the set is determined by the
exchange supply voltage Vexch, the feeding bridge
resistance Rexch, the subscriber line DC resistance Rline
and the DC voltage (including polarity guard) on the
subscriber set (see Fig.3).
The internal voltage regulator generates a
temperature-compensated reference voltage that is
available between LN and SLPE (Vref = VLN-SLPE = 3.23 V
typ.). This internal voltage regulator requires decoupling
by a capacitor between REG and VEE1 (C3).
The configuration shown in Fig.3, gives a stabilized
voltage across pins LN and SLPE which, applied via the
low-pass filter R16, C15, provides a supply to the
peripherals that is independant of the line current and
depends only on the peripheral supply current.
The value of R16 and the level of the DC voltage VLN-SLPE
determine the supply capabilities. In the basic application
R16 = 392 and C15 = 220 µF. The worst-case
peripheral supply current as a function of supply voltage is
shown in Fig.4.
To increase the supply capabilities, the value of R16 can
be decreased or the DC voltage VLN-SLPE can be increased
by using RVA(REG-SLPE).
Note
The TEA1064B application is the same as is used for
TEA1060/TEA1061, TEA1067 and TEA1068 integrated
circuits.
handbook, full pagewidth
Rexch
Vexch
Rline
Iline
Ip + 0.25 mA
R1
ISLPE + 0.25 mA
ICC
LN VCC
TEA1064B
1 16
DC
AC
17
REG
C3
10
STAB
R5
20
SLPE
R9
0.25 mA
11 19
VEE1 VEE2
C1 R16
Ip
C15
peripheral
circuits
Vp
MBA435
The voltage VLN-SLPE is fixed to Vref = 3.323 ±0.25 V.
Resistor R16 together with the line current determine the supply capabilities and the maximum output swing on
the line (no loop damping is necessary).
The line voltage VLN = Vref + ({Iline 1.55 mA} × R9).
Fig.3 Supply arrangement with reference to SLPE.
March 1994
6

6 Page



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部品番号部品説明メーカ
TEA1064B

Low voltage versatile telephone transmission circuit with dialler interface and transmit level dynamic limiting

NXP Semiconductors
NXP Semiconductors
TEA1064BT

Low voltage versatile telephone transmission circuit with dialler interface and transmit level dynamic limiting

NXP Semiconductors
NXP Semiconductors


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