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0SFE07.5V Littelfuse Inc Fuses SFE 7.5A visit Digikey Buy
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sfe 5,5 ma

Catalog Datasheet MFG & Type PDF Document Tags

tba120s

Abstract: MURATA sfe 5.5 MHZ 680 Q Filter (Murata) SFE 5.5 MA r2 OO OO 1 KQ SFE 4.5 MA 330 Q SFE 10.7 323 , V mA mA V mA mA °C °C RthSA 90 K /W Vs hi hi Vs h U Tstg Operating , 20 mA mA dB mV 3.3 1 kQ kQ Vqpp 170 14 15.2 68 250 RqS 1.9 2.6 , mA) Z resistance Breakdown voltage Breakdown voltage ( I3 â'" 500 (iA) Current gain (VCe â'" 5 V, / c â' 1 mA) typ max Vn 11.2 13.2 55 VcBO VC EO G| 26 13 25 12 30 40
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sfe 5.5 murata

Abstract: TBA120 ) SFE 5.5 MA SFE 4.5 MA SFE 10.7 SFE 10.7 323 This Material Copyrighted By Its Respective Manufacturer , '¢ Voltage for AFC Maximum ratings Supply voltage1) Vs 18 V Z current /12 15 mA ( S 1 min /, 2 20 mA Voltage v5 4 V Current h 5 mA h 2 mA Storage temperature range Tstg -40 to 125 °C Junction , 10.7 MHz, respectively) min typ max Current consumption ft5 â'" °° Is 10 14 18 mA Rs-0 Is 11 15.2 20 mA IF voltage gain Gv 68 dB IF output voltage at limiting ^qpp 170 250 mV (each output
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TBA120UB

Abstract: CDA 5.5 MC wired with SFE 5.5 MA/Murata) TBA120UB A1-1 50 kHz 7MH57. 0U'PU' voltage with deemphasis ! a 770 mV , Voltage Vs 6 V Current / 4 5 mA Junction temperature Ti 150 â'¢c Storage temperature range T stg -40 to , . typ. max. Current consumption Is 9.5 13.5 17.5 mA IF voltage gain Ve / Vu Gv 68 dB IF output , v.c Vkf uncontr control«! SFE 5.5MA °"J^22nF 22nFp 330pF p»«tfll0kQlin i UE 1327 1
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TBA120 TBA120T CDA 5.5 MC CDA 5,5 MC VOGT V8 TBA 325 b Q67000-A919 P-DIP-14 Q67000-A920

tba 120 ub

Abstract: TBA 850 output voltage and disturbance voltage versus input voltage (Input wired with SFE 5.5 MA/Murata) TBA , voltage Vs 18 V Voltage Vs 6 V Current I4 5 mA Junction temperature , 13.5 17.5 mA 250 325 mV kn Current consumption Is IF voltage gain Ve / VÂ , temperature V 6 8 10 12 14 Siemens Aktiengesellschaft 16 18V mA M7E D â
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tba 120 ub TBA 850 TBA120 WITH DD3404 DG34D5 0D34DS7 0034D5

BS107 spice

Abstract: BS108 spice 0.18 6 6 6 6 12 12 12 12 50 50 50 50 PHD3055E PHP3055E PHD3055L PHP3055L M O SFE T N M O SFE T N L2FETN L2FETN SOT428 SOT78 SOT428 SOT78 1333 1715 1338 1720 100 100 100 100 100 100 , -100A BUK555-100A BUK565-100A BUK455-100B BUK545-100B BUK555-100B M O SFET N M O SFET N M O SFE T N M O SFE T N M O SFE T N M O SFE T N L2FETN L2FETN L2FETN M O SFET N L2FETN L2FET N SOT78 SOT404 SOT78 , O SFE T N M O SFET N M O SFET N L2FETN L 2 FE T N L2 FE T N M O SFET N M O SFET N L2FET N M O SFET N
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PHD69N03LT BS107 spice BS108 spice K9614 K9514 bsh201 Philips Semiconductors Selection Guide PHB87N03LT PHP87N03LT PHB69N03LT PHP69N03LT PHB55N03LT

KA2915

Abstract: SFE 6.0 Unit Supply Voltage VCC(V20-21) 12 V Supply Current I20 85 mA I16 15 mA V2,3,4,24-21 0 V V8-21 5.5 0 V V13-21 4.2 0 V V17-21 Circuit Voltage V20-21 V16-21 0 V I5,6,11,23,26 -10 mA(peak) I19 +0.6 -0.6 mA(peak) I25 +10 0 mA(peak) I17 Circuit Current +0.3 +10 -4 mA(peak , 6.5 6.0 6.0 5.5 SFE 5.5 CDA 5.5 SFE 6.5 CDA 6.5 SFE 6.0 CDA 6.0 SFE 6.0
Samsung Electronics
Original
KA2915 28-DIP-600A CF301 CF302 SFE 6.0 cda 6.5 mhz SFE 5.5 schematic diagram video television SFE-5.5 V27-21

KA2915

Abstract: CF301 Storage Temperature Symbol Unit 12 85 15 1100 V mA mA V V V V mA(peak) mA(peak) mA(peak) mA(peak) mW -20~ +70 -55~ +150 VCC(V20-21) I20 I16 V2,3,4,24-21 V8-21 V13 , System B D I IRELAND X201 CF301 CF302 5.5 SFE 5.5 CDA 5.5 6.5 SFE 6.5 CDA 6.5 6.0 SFE 6.0 CDA 6.0 6.0 SFE 6.0 CDA 6.0 AUSTRALIA 5.5 SFE 5.5 CDA 5.5 NOTES: 1. All
Samsung Electronics
Original
CD10 RD10

KA2915

Abstract: television video section block diagram =25°C) Characteristic Symbol Value Unit Supply Voltage VcciVawi) 12 V Supply Current I20 85 mA lie 15 mA , Current Is, 6, 11,23, 26 + 0.3 -10 mA (peak) »19 + 0.6 -0.6 mA (peak) l25 + 10 0 mA (peak) 117 + 10 -4 mA (peak) Power Dissipation (Ta=70°C) Pd 1100 mW Operating Temperature Topr -20- +70 °C , . Control Sensitivity B Ati ±100/lA Input Variable OSC. Freq. Variable 73 81 89 Hz/MA Phase Det , Location System B D I IRELAND AUSTRALIA X201 5.5 6.5 6.0 6.0 5.5 CF301 SFE 5.5 SFE 6.5 SFE 6.0 SFE
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television video section block diagram apl 117 sfe 5.5 SFE cda 10,7 mhz SFE-6,5 WF-10 WF-11 WF-12

MSM518122-JS/ZS

Abstract: 5 1 8 1 2 2 -7 0 7 0 ns 25 ns 140 ns 3 0 ns 120 mA M S M 5 1 8 1 2 2 -8 0 80 ns 2 5 ns 150 ns 3 0 ns 110 mA M S M 5 1 8 1 2 2 -1 0 100 ns 25 ns 180 ns 30 ns 100 mA Standby 8 mA BLOCK Address Buffer Block Write V. â  4 - V 1 , Dissipation C o n d itio n s U n it Ta = 2 5 â'˜C 50 mA Pd Ta = 25°C 1 O p e ra , 100 ( RAS - VIL. C AS Cycling tPC - tPC m ia C AS before R AS Ref. Active 3 ,4 mA
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MSM518122-JS/ZS 518122-JS/ZS

technische Daten SFE 235

Abstract: sfe235 WWT Vorläufige technische Daten SFE 235 Silizium-npn-Epitaxie-Pl anar-Transistor im , mA mW CBO 25 4 *0 1 ptot ) 25 150 °o , Rt h J t e * o , 7 K/na , ik 1 SFE 235 Statische Kennwerte ( = 25 °C 5 K) aln oajc 0 f5 yuA Kollektor-Baaie-Eeststrom UCB = 40 V u(BR)CEO V Kollektor-Emitter-Durchb ruc hspannung Ic = 1 mA Ämitter-Basis-Durchbruc hs pannung Ij = 10 /lA Basisstrom UCB = 10 V, Ic = 1 mA U/ysO M > qA ^ÖK ;KBÜ 4 V lg
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technische Daten SFE 235 sfe235 DSAGER00059 Scans-048 140/2/B1

CF301

Abstract: V I20 Supply Voltage 85 mA Supply Current 15 16 1 V 2, 3, 4,24-21 mA 0 V , , 26 + 0.3 -1 0 mA (peak) 1 19 + 0.6 -0 .6 mA (peak) I25 + 10 0 mA (peak) 1 17 Circuit Voltage V20.21 + 10 -4 mA (peak) Circuit Current Power , CF301 SFE 5.5 SFE 6.5 SFE 6.0 SFE 6.0 SFE 5.5 CF302 CDA 5.5 CDA 6.5
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Abstract: V Receiver O utput Voltage R out - 0 .5 to Vcc +0.5 V IIN ±20.0 mA - 4 0 to , ) Param eter Sym bol C onditions MIN. TYP. C ircuit C urrent mA 35 mA 28 mA , out), D in = GND, R in, R out pin OPEN, ST B Y = H C ircuit C urrent mA 10 STBY = H , +25 °C V ±6.0 V ±5.0 V Vcc = +3.3 V, for GND ±40 mA SR Cl = 10 , tandby O utput T ra n sfe r Tim e tDAZ R l = 3 kà , C l = 2 500 pF,Note 10 4 10 IIS S -
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PD4723 RS-232 EIA/TIA-232-E RS-232C PD4723GS-GJG S12200EJ2V0DS00

transistor marking ra

Abstract: sfe r ratio hF Base current lB (jxA) C ollector pow er dissipation Pc (mW) > 3 Collector current lc (mA) Emitter current lE (mA) Emitter current lE (mA) 0.3 ¡=t < BJ O l\5 II O , ollector current lc (mA) C ollector current lc (mA) ¡=t 3 -1 -3 -10 -30 -100 < w ra < n ra Reverse tra n sfe r im pedance - 0.1 - 0.3 (£2) Collector to emitter saturation voltage VCE(sat) (V) C ollector current lc (mA) N < n ra -1 2SC4626 -3
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transistor marking ra 2SA1790 SC-75 200MH
Abstract: . U topia 2 signaling supports single cell tra n sfe rs to single output ports, but the 77301 also , (U topiaTx). W ith U topiaTx, d ata tra n sfe r is initiated by the d evice able to receive a cell , (ENR and ENS fo r the 77301 ). During the first byte tra n sfe r the T xS O C is asserted to identify the beginning of the cell transfer. S uccessive clocks tra n sfe r the cell until the last d ata , , the condition fo r additional tra n sfe rs is d eterm ined by the T xC LA V and T xE N B as before -
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IDT77301 MO-136 492-M

2SA495

Abstract: 2SA495-Y " ic -100 mA ^ Ì 5- fi 1 m. iE 100 mA u- ^ fi m Ã" Pc 200 mW m ® m TJ 125 V « # ® « Tstg -55 , ICBO VCB = ~15V IE = 0 - - -0.5 M x. i y * L+M « fa IffiBO %B = -2V IC = o - - -1.0 M K i® â'¬ SfE , =25°C) CHARACTERISTIC SYMBOL TYPICA1 VALUE UNIT -x{ H$W EE VCE -6 -6 -10 -10 V liS'iil IE 1 2 1 2 mA A~h-i v^-Fvx , =455kHz, Ta=25°C) CHARACTERISTIC SYMBOL TYPICAL VALUE UNIT VCE -6 -6 -10 -10 V X à y 9.1 SfE IE 1 2 1 2 mA Ã' ÃJ fie 0.3 0.57 0. 28 0.54 nO Cie 47 65 45 62 pF l/rel 12.2 12.2 9.6 9.6 MS
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2SC372 2SA495 2SA495-0 2SA495-Y 2sa495 toshiba 2SA495Y transistor 2SC372 transistor 2sa495 95MAX

D482234

Abstract: jUPD482234 inputs and outputs Row address strobe Column address strobe Data tra n sfe r/O u tp u t enable W , tra n sfe r/O u tp u t enable W rite-per-bit/W rite enable Serial data input/O utput enable Serial , Input In the data tra n sfe r cycle, this TAP register input pin functions as the address input pin w , operation after data tra n sfe r (9 bits are latched at the falling edge of the CAS). S TO P R egister , ) Pin Name DT/OE (Data tra n sfe r/ output enable) Input/ O utput Input These are the data tra n sfe r
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D482234 jUPD482234 482234LE UPD482235 PD482234 PD482235 256K-WORD PD482234-60 PD482234-70 PD482235-60
Abstract: shift registers that are connected to the RAM array through a 2048 bit data tra n sfe r gate. The SAM , lo s 50 mA * Permanent device damage may occur if "ABSOLUTE MAXIMUM RATINGS" are exceeded , mA 90 85 80 140 130 120 mA 5 5 5 mA ICC2A 50 45 40 mA lCC3 90 85 80 mA 140 130 120 mA 70 65 60 mA 120 110 100 mA |CC5 90 85 80 mA Active ICC5A 140 130 120 mA Standby |CC6 -
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KM424C256A 28-PIN

upd4723gs

Abstract: Im Toot Tttg mA °C Pt °c w Note 6. Pulse width = 1 ms, duty = 10 % MAX. RECOMMENDED , . 14 U nit mA C ircu it C u rre n t 10 mA 35 mA 28 mA 1 3 /iA 5 , mA mA 5 /iA C ircu it C u rre n t at S ta n d b y (S ta n d b y M o d e 2} Vcc * +5.0 , * V V mA H ig h -Level Input V oltag e L o w -L e v e l Input V oltag e H ig h-Level input Cu rre , ±5.0 ±40 3.0 3.0 2.5 30 30 ±6.0 -2 5 1.0 fiA V V V mA V//IS V//is MS O utput V oltag e V do
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upd4723gs EIA/TIA232-E IEI-1209 IC-32B4 VP15-107-2 IR35-107-2 IR30-00-2

AMPLIFIER wifi

Abstract: namics mA mA V V V V V V mV mV mV HA HA MA V V % HA dB mMho ha ma D 1.485 1.470 1.455 90 85 120 0 , 90 5 40 25 1.5 100 9.7 9 9 mA ma V V V VlN = 4.5V, IOUT = 10|oA, 0°C to 70°C V in = 4.5V , a Pass Element The U CC3837 is designed for use with an N-Channel M O SFE T pass element only. The , be based on required dropout voltage and gate drive characteristics. A lower R d so n M O SFE T is used when low dropout is required, but this type of M O SFE T will have higher gate capacitance which
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AMPLIFIER wifi namics Capacitor 47nS UCC1837 UCC2837 UCC3837 UDG-97043

thunder ca 103

Abstract: clap siren ©tal Päd 2 95 0 Halo Päd 2 96 0 Sweep Päd 1 402Ã75? OGDbliD 3flb â  35 (Sfe LG Semicon. Co , . - Technology : High performance 0.8 micron CMOS process. - Package type : 100 QFP i (Sfe LG Semicon , data when the read signal become enable (Sfe LG Semicon. Co., LTD. Pin No. Pin name I/O Pin function , 99 IOW/ I-U I/O Write enable 75 SRA17 I/O-U ♦NOTE (1) 100 Vcc (Sfe LG Semicon. Co., LTD. * Note 0 , . Pin 82 = Not used. (Sfe LG Semicon. Co., LTD. 5. GM82C6S0 Function Block Diagram The GM82C650 has the
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thunder ca 103 clap siren DISTORTION PEDAL DIAGRAM car reverse horn B0543C omni cfl 64/32L
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