SLIC AND TIP AND RING Search Results

BT151D

Abstract: BT152D telephone ring generator circuit
Contextual Info: THBT15011D THBT15012D  DUAL TRANSIENT VOLTAGE SUPPRESSOR FOR SLIC PROTECTION Application Specific Discretes A.S.D.TM FEATURES BIDIRECTIONAL CROWBAR PROTECTION BETWEEN TIP AND GND, RING AND GND, AND BETWEEN TIP AND RING. PEAK PULSE CURRENT : IPP = 30A for 10/1000µs surge.

LE79232

Abstract: Le75282
Contextual Info: Voice Control Processor VCP I & II Software Configuration Le79232 SLIC and External Ringing with Le75282 LCAS, Test-In Bus and Test-Out Bus Test-In Bus Test-Out Bus SA Fuse EMR AD TIP CFG Le75282 LCAS Le79232 SLIC Device SLAC I/O Secondary Protection OFF

BT152D

Abstract: BT151D ss2525
Contextual Info: S C S -T H O M S O N IL !C T ^@ K IB e s Application Specific Discretes A.S.D. TH B T15011D T H B T 15012D DUAL TRANSIENT VOLTAGE SUPPRESSOR FOR SLIC PROTECTION FEATURES . BIDIRECTIONAL CROWBAR PROTECTION BETWEEN TIP AND GND, RING AND GND, AND BETWEEN TIP AND RING.

Contextual Info: G i. SGS-THOMSON T H B T 15011D R ü iD e œ iiL iiC T m D C i T H B T 15012D Application Specific Discretes A.S.D. DUAL TRANSIENT VOLTAGE SUPPRESSOR FOR SLIC PROTECTION FEATURES . BIDIRECTIONAL CROWBAR PROTECTION BETWEEN TIP AND GND, RING AND GND, AND BETWEEN TIP AND RING.

SLIC and TIP and RING

Abstract: Ag2120S AG1170 RM 1206 1170s AN2120 TPP25011 Ag1170S
Contextual Info: Dual Layout of Ag2120S & Ag1170S COIC connections and components are shown in brackets [ ] [ZT] [ZC] [ZB] Pin Outs 1170S SLIC 2120S COIC RING [RING] TIP [TIP] F/R [Cathode] RM [Anode] SHK [Gate] ZT1 [DMB] ZT2 [DMB] - - - - - - - - ZB [LC] VIN [VIN] VOUT [VOUT]

Contextual Info: SLIC PROTECTOR LB1221AA/AB Description The LB1221AA/AB Subscriber Line Interface Circuit SLIC Protector is designed to protect line-feed circuitry from fault-induced lightning and power cross-surge pulses. If a fault pulse forces TIP or RING to a more negative state than

AN9842

Abstract: TVS Diode 3A TVS DIODE 6K SGT27S10 SCR 40A 24V water level alarm circuit conclusion ptc application note GR-1089 SCR 40A 600V TR600-150
Contextual Info: Implementing Tip and Ring Protection Circuitry For the HC5518X Ringing SLIC Family TM Application Note September 1999 AN9842.1 Authors: Richard Whitehead, Dick Tung Introduction The secondary protection must protect the T and R ports from the “let through” voltages and currents. Although

AN9842

Abstract: SCR 40A 24V TVS Diode cross GR-1089 SGT27S10 FUSE T 160mA ptc application note
Contextual Info: Implementing Tip and Ring Protection Circuitry For the HC5518X Ringing SLIC Family Application Note September 1999 AN9842.1 Authors: Richard Whitehead, Dick Tung Introduction The secondary protection must protect the T and R ports from the “let through” voltages and currents. Although

Contextual Info: Microelectronics ATTL7583 Line Card Access Switch Features • Direct pin-for-pin replacement for ATTL7543 ■ Small size/surface-mount packaging ■ Monolithic 1C reliability power ringing access, line test access test out , and SLIC test access (test in) to tip and ring in Central Of­

l7585

Abstract: detailed circuit schematics dc cdi LUCL7585FP-DT DSP T7531A T7531A CROSS CK16 EN61000-4-6 L7585F SW63 T8532
Contextual Info: Preliminary Data Sheet September 2001 L7585F Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states:

312AL

Contextual Info: Preliminary Data Sheet September 2001 L7585F Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states:

GR-909

Contextual Info: Introduction Features SLIC 5 V and battery operation • Digital Loop Carrier DLC ■ Central Office (CO) ■ Fiber-in-the-Loop (FITL) Description The L9311 electronic line interface and line access circuit (LILAC) provides all the functions that are necessary to interface a codec to the tip and ring of a

Contextual Info: Preliminary Data Sheet September 2001 L7585F Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ ■ ■ 14 operating states:

T7531

Contextual Info: Data Sheet October 1999 L7585F Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states: — Forward battery active

diode a4W

Abstract: a4w diode AN9607 HC5509 HC5509A1R3060 HC5517
Contextual Info: AC Voltage Gain for the HC5509 Series of SLICs Application Note June 1997 AN9628.1 Introduction The HC5509 Series of SLICs use feedback to synthesize the impedance at the 2-wire tip and ring terminals. This feed back network determines the AC voltage gains for the SLIC.

Contextual Info: L7582 Tip Ring Access Switch Features • Small size/surface-mount packaging ■ Monolithic IC reliability ■ Low impulse noise ■ Make-before-break, break-before-make operation ■ Clean, bounce-free switching ■ Low, matched ON-resistance ■ Built-in current limiting, thermal shutdown, and SLIC

Contextual Info: Data Sheet September 2001 L7585G Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states: — Forward battery active

diode a4W

Abstract: a4w 41 diode a4W data sheet AN9607 HC5509 HC5509A1R3060 HC5517
Contextual Info: AC Voltage Gain for the HC5509 Series of SLICs TM Application Note June 1997 AN9628.1 Introduction The HC5509 Series of SLICs use feedback to synthesize the impedance at the 2-wire tip and ring terminals. This feed back network determines the AC voltage gains for the SLIC.

IC TTL 7495 diagram and truth table

Abstract: l7585 CK16 EN61000-4-6 L7585F SW63 T7536 TR-57 T7531A
Contextual Info: Data Sheet May 2000 L7585F Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states: — Forward battery active

tti relay

Abstract: L7585F
Contextual Info: Product Brief June 2000 L7585F Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states: — Forward battery active

l7585

Abstract: CK16 EN61000-4-6 L7585G SW63 TR-57
Contextual Info: Data Sheet September 2001 L7585G Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states: — Forward battery active

IC TTL 7495 diagram and truth table

Abstract: l7585 T7536 EN61000-4-6 L7585G SW63 TR-57 TIP 317 application
Contextual Info: Data Sheet May 2000 L7585G Full-Feature, Low-Power SLIC and Switch Features • Low active power ■ Quiet tip/ring polarity reversal ■ Distortion-free on-hook transmission ■ 35 V to 60 V power supply operation ■ 14 operating states: — Forward battery active

662k

Abstract: .662K AN9607 15nf HC5509 HC5509A1R3060 HC5517
Contextual Info: Impedance Matching Design Equations for the HC5509 Series of SLICs Application Note October 1996 AN9607.1 Introduction The HC5509 Series of SLICs use feedback to synthesize the impedance at the 2-wire tip and ring terminals. The network is capable of synthesizing both resistive and complex impedances. Matching the SLIC’s 2-wire impedance to the load is

662k

Abstract: .662K AN9607 HC5509 HC5509A1R3060 HC5517 ic 725 op amp
Contextual Info: Impedance Matching Design Equations for the HC5509 Series of SLICs TM Application Note October 1996 AN9607.1 Introduction The HC5509 Series of SLICs use feedback to synthesize the impedance at the 2-wire tip and ring terminals. The network is capable of synthesizing both resistive and complex impedances. Matching the SLIC’s 2-wire impedance to the load is