TPU58 Search Results

SOD15

Abstract: marking code SM diode 1KV TPU80 transistor marking w05 CB429 SMTHDT58 TPU120 TPU58 TRISIL SOD-15
Contextual Info: TPUxx/SMTHDTxx TRISIL DISCRETE SOLUTION FOR ISDN PROTECTION . . . FEATURES . UNDIRECTIONAL CROWBAR PROTECTION. PEAK PULSE CURRENT : IPP = 75 A , 10/1000 µs. HOLDING CURRENT = 150mA. BREAKDOWN VOLTAGE: TPU58/SMTHDT58 = 58V. TPU80/SMTHDT80 = 80V. TPU120/SMTHDT120 = 120V.

marking code SM diode 1KV

Abstract: GC marking diode ED SOD ARKING CODE trisil SM THDT58
Contextual Info: Æ 7 S G S - T H O M S O N TPUxx/SMTHDTxx TRISIL DISCRETE SOLUTION FOR ISDN PROTECTION FEATURES • UNDIRECTIONAL CROWBAR PROTECTION. . PEAK PULSE CURRENT: I pp = 7 5 A , 1 0 / 1 0 0 0 ^ s . ■ HOLDING CURRENT = 150mA. . BREAKDOWN VOLTAGE: TPU58/SMTHDT58 = 58V.

TDA0161 equivalent

Abstract: 1N3393 BDX54F equivalent byt301000 bux transient voltage suppressor ST90R9 ua776mh sgs 2n3055 Transistor morocco mje13007 inmos transputer reference manual
Contextual Info: SHORTFORM 1995 NOVEMBER 1994 USE IN LIFE SUPPORT DEVICES OR SYSTEMS MUST BE EXPRESSLY AUTHORIZED SGS-THOMSON PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF SGS-THOMSON Microelectronics. As used herein:

TPI8012N

Abstract: THBT20012 LCP1512D 75 so8 TPI80
Contextual Info: PROTECTION CIRCUITS ASDTM FOR TELECOM SIP3 PowerSO-10TM SO8 DIL 8 LINE CARD PROGRAMMABLE PROTECTION RING RELAY & SLIC ILGL @ VLG Vret @ ILG Type max ♦ CLP200M VSWON (1) IPP (1) ISWOFF max max min max (µA) (V) (V) (mA) (V) (A) (mA) 10 200 215 1 230 100

TPI8011P

Abstract: dil8 smps ptc application note AN585 CB429 SMTHDT120 SMTHDT58 SMTHDT80 TPI8012P TPU120
Contextual Info: AN585 APPLICATION NOTE ISDN INTERFACE PROTECTION INTRODUCTION The choice of a suitable protection device for an ISDN line interface requires consideration of a parameter which is not critical in analogue line applications: the parasitic capacitance that the device introduces. Because of the high data rates used, parasitic capacitances must be minimized in order to ensure correct

1.5KE400P

Abstract: 3A143 P6KE400P SMA4T39 P6KE39CP P6KE200A equivalent tvs505 equivalent TTS144 P6KE27P P6KE12CP
Contextual Info: CROSS REFERENCE PROTECTION DEVICES INDUSTRY STANDARD 1SMA5.0AT3 ↓ 1SMA78AT3 1SMB5.0AT3 ↓ 1SMB170AT3 1SMB5.0CAT3 ↓ 1SMB78CAT3 1SMC5.0AT3 ↓ 1SMC78AT3 1.0KE5.0,A ↓ 1.0KE170P,A 1.0KE5.0C,CA ↓ 1.0KE170C,CA 1.2KE5.0,A ↓ 1.2KE170,A 1.2KE5.0C,CA ↓

ring generator with power supply

Abstract: ring generator lcp1512 SLIC SLIC TIP RING PTC surge AN584 overvoltage protection ptc application note LCP1511 SMTHBT200
Contextual Info: AN584 APPLICATION NOTE PROTECTION SCHEMATICS FOR SWITCHING SYSTEMS INTRODUCTION The aim of this note is to summarize the major characteristics of a SLIC and to propose protection solutions for each configuration. SLIC FUNCTION Slic generalities The Slic function is defined by the acronym BORCHT:

Contextual Info: / T T S G S -T H O M S O N * JM ,• M Q M s m itg r e M O e S T P U x x /S M T H D T x x TRISIL DISCRETE SOLUTION FOR ISDN PROTECTION FEATURES ■ UNDIRECTIONAL CROWBAR PROTECTION. ■ PEAK PULSE CURRENT : Ipp = 75 A , 10/1000 |os. . HOLDING CURRENT = 150mA.

RING GENERATOR

Abstract: overvoltage protection AN584 lcp1512 overvoltage protections application note L3000 TDB7722 THBT15011 THBT15012 THBT20011
Contextual Info:  APPLICATION NOTE PROTECTION SCHEMATICS FOR SWITCHING SYSTEMS A. Bremond 1. INTRODUCTION Figure 1 : Different ringing configurations The aim of this note is to summarize the major characteristics of a SLIC and to propose protection solutions for each configuration.

SMD marking code B21 diode

Abstract: SMD MARKING CODE b21 SMD diode W03 SMD W05 smd diode Coloured band marking code S 4.2B diode smd diode smd marking BBB SMD W05 77 DIODE smd marking Ak DT80
Contextual Info: rZ J £ SGS-THOM SON iM M i[L Œ « Q M (ê § T P U x x /S M T H D T x x TRISIL DISCRETE SOLUTION FOR ISDN PROTECTION FEATURES . UNDIRECTIONAL CROWBAR PROTECTION. • PEAK PULSE CURRENT : Ipp = 7 5 A , 1 0 /1 0 0 0 jis . ■ HOLDING CURRENT = 150mA. ■ BREAKDOWN VOLTAGE:

TPI8011P

Abstract: CB429 SMTHDT120 SMTHDT58 SMTHDT80 TPI12011P TPI8012P TPU120 TPU58 TPU80
Contextual Info: APPLICATION NOTE  ISDN INTERFACE PROTECTION C. Politano I. INTRODUCTION The choice of a suitable protection device for an ISDN line interface requires consideration of a parameter which is not critical in analogue line applications : the parasitic capacitance that the

Contextual Info: PROTECTION CIRCUITS rz 7 ASD FOR TELECOM ^ 7/ ^ SIP3 SGS-THOMSON HD g[E [IIL[ECTMn(gI ^ DIL 8 S08 PowerSO-10™ LINE CARD PROGRAMMABLE PROTECTION (RING RELAY & SLIC Vret @ ILG I lg l @ V lg VsWON IPP (1) (1) max max min Type max ♦ CLP200M max ISWOFF