GK 803 Search Results

FG600C-50

Abstract: FG600AV-90 FG600C50 FG600AV90 ALPs vcr fg600av FG600C-32 FG600AV-80 RM3000 FG600
Contextual Info: - 97 H m FG600AV * -27 - "Iííflj M í > '¡Êiïïi 600A - > ± m m *V si! J*7 FG600AY 70 FG600AV-80 Vkrm Vd r m * 600 ; 7V=125#C. /riKMS 235 I 2•l di dt gk= -2\ 1 4000 Vo = ^ V d k m . 4000 60Hz, 1 I gq= - 120A, C,= 2 ^F, 300 ( r y=125*C, Max # ÍÍ.

*32C52

Abstract: c32c5 chopper transformer pcm robbed bit slots symbols CD11 CD12 CD21 CD22 CD23 CD24
Contextual Info: Am79Q02/021/031 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS

Performs the functions of four codec/filters Software programmable: — SLIC input impedance — Transhybrid balance — Transmit and receive gains

Contextual Info: P R E L I M I N A R Y QLSLAC Quad Low Voltage Subscriber Line Audio-Processing Circuit Le58QL02/021/031 APPLICATIONS
RELATED LITERATURE Codec function on telephone switch linecards FEATURES



Low-power, 3.3 V CMOS technology with 5 V tolerant digital inputs

R1Z regulator

Abstract: chopper transformer CD11 CD12 CD21 CD22 CD23 CD24 ST CD21 specifications
Contextual Info: Am79Q02/021/031 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS

Performs the functions of four codec/filters Software programmable: — SLIC input impedance — Transhybrid balance — Transmit and receive gains

windmill design

Abstract: NOTCH FILTER DESIGN CIRCUIT DIAGRAM 2011 R1Z regulator solna c30 circuit CD11 CD12 CD21 CD22 CD23 CD24
Contextual Info: Am79Q02/021/031 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS

Performs the functions of four codec/filters Software programmable: — SLIC input impedance — Transhybrid balance — Transmit and receive gains

LE58QL021FJC

Abstract: Le58QL021BVC CD2312 ATI Lead Free reflow soldering profile BGA ci le58ql021fjc Le58QL02JC LE58QL021 Le58QL02FJC CD11 CD21
Contextual Info: Le58QL02/021/031 Quad Low Voltage Subscriber Line Audio-Processing Circuit VE580 Series APPLICATIONS ORDERING INFORMATION „ Codec function on telephone switch line cards FEATURES „ Low-power, 3.3 V CMOS technology with 5-V tolerant digital inputs „ Software and coefficient compatible to the Le79Q02/

Contextual Info: P R E L I M I N A R Y QLSLAC Quad Low Voltage Subscriber Line Audio-Processing Circuit Le58QL061/063 APPLICATIONS
RELATED LITERATURE Codec function on telephone switch linecards FEATURES



Low-power, 3.3 V CMOS technology with 5 V tolerant digital inputs

c612 mx

Abstract: M33 fuse CD11 CD12 CD21 CD22 CD23 CD24 mx c511 CDBC C28
Contextual Info: A D V A N C E D C O P Y Le58083 Low Voltage Subscriber Line Audio-processing Circuit VE580 Series APPLICATIONS RELATED LITERATURE • Codec function on telephone switch line cards ■ 080753 Le58QL02/021/031 QLSLAC™ Data Sheet ■ 080754 Le58QL061/063 QLSLAC™ Data Sheet

diode Z2 018 9ah

Abstract: data sheet tr sc 1056 Am79Q063VC SL 1088 audio compressor expander IC 128 channel analog multiplexer AMD Functional Data Sheet, s1 Pin Package arm microprocessor data sheet band reject notch filter crt monitor circuit diagram
Contextual Info: PRELIMINARY Am79Q06/061/062/063 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices TABLE OF CONTENTS Distinctive Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 General Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

diode Z2 018 9ah

Abstract: Am79Q061 547 relay ic Am79Q063VC R1Z regulator CDA1 equivalent 2015 static ram diode b22 CD11 CD12
Contextual Info: Am79Q061/063 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS

Pin Programmable PCM/MPI or GCI Interface
General Circuit Interface (GCI) Standard PCM/microprocessor interface (PCM/MPI) — Control and PCM data on a single port

501LT

Abstract: SG400W22 SG500FXF21 SG400EX22 SG400R22 SG400U22 3-60E3A
Contextual Info: - 77 - * S G 4 0 0 R, U, W, 3 + 3 V-, b£ <W < - •§" I rrm I drm ¡CRM ■ e * a $ ¿ti »j SG400R22 SG400U22 SG400W22 1300 | 1600 I tqrm 400 W d = V ¿ Vdrm, h RMS 150 i T /= 7 0 °C ) I tsm SG 40 0 EX2 2 I gfm P cravi /CR(RMS) P g HM Vg r m it V dm

kd 203a

Abstract: CORNELL DUBILIER WBR
Contextual Info: AXIAL LEADED CAPACITORS Case Outline Drawings Types0 6 6 ,066R, 556,057, 157, 557/UHL Types 201, 202, 203 L + .0625" 1.5” min _ 1.5 "m in - + 1.59 mm • " (38 mm min}H (38 mm min) TINNED COPPER LEADS D < .75 ": 20 AWG 0 2 .7 5 " : 18 AWG 100 130(394 0 61?)

Chn52

Abstract: AM79Q063
Contextual Info: Am79Q06/061 /062/063 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices TABLE OF CONTENTS Distinctive Characteristics. 4

itw 104 600v

Abstract: MIG25Q90
Contextual Info: TO SH IBA TEN TATIVE MIG25Q904H T O S H IB A IN T E G R A T E D IG B T M O D U L E SILIC O N N C H A N N E L IG B T MIG25Q904H H IG H P O W E R S W IT C H IN G A P P L IC A T IO N S M O T O R C O N T R O L A P P L IC A T IO N S • In teg ra te s Inverter, Converter and B rake

LM 4017 decade counter driver

Abstract: 74HC7244A 74HCT7007A 74HC11A 74HC85A 74HC147 decimal to binary encoder cmos 4008 74HC21A 74HC07A 74HC7244
Contextual Info: 2.H IG H SPEED CMOS SELECTION GUIDE NÄ N D NOR A ND OR IN V E R T E R ,B U F FE R 74HC00A 74HCT00A 74HC03A 74HC10A 74HC20A 74HC30 71HC132A 74HC133A GATE 74HC02A 74HCT02A 74HC27A 74HC4002A 74HC4078 74HC08A 74HCT08A 74HC09A 74HC11A 74HC21A 74HC32A 74HCT32A 74HC4072

PCR 406 J

Abstract: GFF90B12 GFF200E12 PCR 606 J M-216 H-24 SS1002 VD-800V
Contextual Info: - 91 a G FF90B h • « Â W lÎtt II!. G FF 9 0 B 1 2 .111 V drm I n RMS 30 T c = 6 0 X ) I t qrm 90 ( Ko = 800V, 180 ( Vb = 800V, It sm 400 (1 . 5 m s # M , di / d t 200 Vcrm P C F (AV) 120 ( 1 . 5 m s M , 20 10 Tj £ „„//= 12V) £,„//= 1 2 V )

4A2C

Abstract: SG2000EX21
Contextual Info: - 86 - 2 * T-36 I3-I20EIA SG2000EX21 2500V. 1000A *2 i?cx=10Q •*£*& *1 SG2000EX21 .ill ^7 Vrrm Vdrm Jtqrm /tîkwo I tsm X+'<[p]fè, R ,= 10Q, C,= 6//F di/dt POFM PoRM PoFhW) Va RM Iti h’M Tj T« k 250 ( V d = ï/2 V drm, I g = 20A, ¿r^ljus, / = 50Hz)

GFF300F12

Abstract: H-19 QFF300E fru20
Contextual Info: - 92 ÏL G FF300E T Hfiïfri :• ' i 7 s f ' i r 5 \ ^ Y ; ; k ^ \ ' orm - : u ^ w m H-21 ^ • * * [$ # & dii y 7W 25T ili'j a£ -i; IT- Min 'l'yp Max iU ,id G FF300E12 ■¥• | f£ V r HM V dr m 1200 i V g r = 5 V or R I tqr m 300 i V o -8 0 0 V , I n RMS)

GFT50B12

Abstract: GFT20B GFT20B12 ETN36-030 ta8250 TAE 1102 300B H-22 H-23 gft50b
Contextual Info: 90 - 31 a G FT20B • ttïfê ia # - * H -22 M Ä M W 1 * rit! TT 7 T c = 6 0 °C ÍTQft.W 20 ( V o = 8 0 0 V , I tq sm 4 0 (ft> = 8 0 0 V , I t üm 65 ( 1 . 5 m s # i i , d i/ d l 150 I 2-t 3 .2 Vgr m PCF(AV) pGhM V or i?c *á 3 0 0 Q ) 7t m — 20A V gt

BCR12AM-12

Abstract: BCR12KM BCR12AM-6 BCR12AM-8 330B AC1500V BCR12AM-4
Contextual Info: 180= • fl- M # # B C R 12 A M L m i t f h b (« 1 « ■ W S lW W fE I drm ■ £ *£ *& Vtm B C R 1 2 A M 12 BCR12AM -4 B C R 1 2 A M -6 BCR12AM -8 B C R 1 2 A M 10 V d sm 300 400 600 700 800 V d rm 200 300 400 500 600 nil T # ÍÍ V 12 ( T f = 1 0 r C ,

L115c

Abstract: FG1000A ALPs vcr FG1000A-50 FG1000A-32 FG1000A-40 It252 M9000
Contextual Info: 98 - - = F G 1O O O A o o Œ m 1 0 0 0A œ * Vgk —- 2 V Tj' FG1000A-32 FG1000A-40 FG1000A-50 ¥ ÍÍ/. -?• ¿¿ ;!!'J 5ii Ir r m r ; =115*C. £ f-t Min T yp V7d = V"«/f.vf Max fit 100 mA 2000 2500 V I drm T|=115°C, Vo= Vor«* Vgk= — 2 V 50 mA 1600

SG600R21

Abstract: SG800R21 SG700R11 SG700U11 M-216
Contextual Info: 79 - - * S G 6 0 0 rJ , R j 2 1, S G 8 0 0 rJ , 0 h :- ? I I U 7 t Œ • W B 0 # # R j2 l 600V/1300V, T-33 I3 - 7 8 B IA 400A n n n t t t t ÍÍL I rrm *2 ,11'J aE £ Vkw.v 650 650 V I drm V^R.W 1300 1300 V Vtm 7V=25’C, / = 600A /tcjrm 600 800 M

SG2500GXH22

Abstract: SG2500GXH21 gp40a SG2500FXF21 TT 105 N 14
Contextual Info: 88 - - 2 * S G 2 5 0 0 rF X F , G X H j2 l T-36 V R R M m â m □L SG 2500G XH 21 tt SG 25 0 0FX F2 1 Ffifi.W 3000 4000 V drm 3300 4500 I tq sm 2500 ( V d ~ Vz V d r m , /t i RMS) f r sM (V R R M ) C¡= 6 ^ F , V dm = % V d r m . R — 2 0 ÍÍ. (V R R M )

SG800GXH22

Abstract: 50Hzr SG800FXF21 SG800FXF22 SG800GXH21 T-47 S108B1 2AF LO 250/6 0 R – V P H 05-Y
Contextual Info: 81 - - * SG800rFXF, GXHj2 1 VRRM 2 T-43 (I3-60E3A) • fl- O T # - * O f 3 7 ' ' :, sd ,i'i I rrm 3d ^ SG 800GXH21 ( V R R M ) S G 8 0 0 FX F2 1 ( V R R M ) Vrrm 3000 4000 V d rm 3300 4500 I tq r m I t <RMS) I tsm 800 { V d= /2 V d r m , 1 V d m — % Vd r m ,