PBL386612 Ver la hoja de datos (PDF) - Ericsson

Número de pieza

componentes Descripción

Fabricante

PBL386612

Subscriber Line Interface Circuit

Ericsson  

PBL 386 61/2

Preliminary

Maximum Ratings

Parameter

Temperature, Humidity

Storage temperature range

Operating temperature range

Operating junction temperature range, Note 1

Power supply, 0°C ≤ TAmb ≤ +70°C

VCC with respect to AGND

VEE with respect to AGND

VBat with respect to BGND, continuous

VBat with respect to BGND, 10 ms

VBat2 with respect to A/BGND

Power dissipation

Continuous power dissipation at TAmb ≤ +70 °C

Ground

Voltage between AGND and BGND

Relay Driver

Ring relay supply voltage

Ring relay current

Ring trip comparator

Input voltage

Input current

Digital inputs, outputs (C1, C2, DET)

Input voltage

Output voltage (DET not active)

Output current (DET)

TIPX and RINGX terminals, 0°C < TAmb < +70°C, VBat = -50 V

TIPX or RINGX current

TIPX or RINGX voltage, continuous (referenced to AGND), Note 2

TIPX or RINGX, pulse < 10 ms, tRep > 10 s, Note 2

TIPX or RINGX, pulse < 1 µs, tRep > 10 s, Note 2

TIP or RING, pulse < 250 ns, tRep > 10 s, Note 3

Recommended Operating Condition

Parameter

Ambient temperature

Maximum supplied VCC with respect to AGND

VEE with respect to AGND

VBat with respect to BGND

V with respect to BGND

Bat2

Symbol

TStg

TAmb

TJ

VCC

VEE

VBat

VBat

VBat2

PD

VG

Min

Max

Unit

-55

+150

°C

-40

+110

°C

-40

+140

°C

-0.4

6.5

V

V

0.4

V

Bat

-75

0.4

V

-80

0.4

V

VBat2

0.4

V

1.5

W

-5

VCC

V

BGND +13 V

75 mA

VDT, VDR

VBat

V

CC

V

IDT, IDR

-5

5

mA

VID

-0.4

VCC

V

VOD

-0.4

VCC

V

IOD

30

mA

ITIPX, IRINGX -110

+110

mA

VTA, VRA

VBat

2

V

VTA, VRA

VBat - 20 5

V

VTA, VRA

VBat - 40 10

V

VTA, VRA

VBat - 70 15

V

Symbol

TAmb

VCC

VEE

VBat

V

Bat2

Min

0

4.75

VBat

-58

V

Bat

Max

Unit

+70

°C

5.25

V

-4.75

V

-10

V

-10

V

Notes

1. The circuit includes thermal protection. Operation above max. junction temperature may degrade device reliability.

2. A diode in series with the VBat input increases the permitted continuous voltage and pulse < 10 ms to -85 V. A pulse

≤1µs is increased to the greater of |-70V| and |VBat -40V|.

3. RF1 and RF2 ≥20 Ω are also required. Pulse is supplied to TIP and RING outside RF1 and RF2.

2

Share Link: