11ATI Search Results

KS57C0108

Abstract: Q 817
Contextual Info: « INVERTER GRIN/PHRSE vs. FREQUENCY CHRRRCTERISTICS » IC i KS57C8108 Vdd : 3 IV] Freq. Oftfe] KS57C0108 - 1 FCR3.58M5 Vdd= 3 CV] Fig,a-d Ta» 20 Cdeg] •- • Typical a. V1H/V1L 10 20 CV] 30 40 CL1/CL2 50 60 70 80 90 CpF] Loading capaci tance(CL1/CL2) dependence of osci 11ating characteristics (CLlaCL2)

Contextual Info: LT1389 TECHNOLOGY Nanopower Precision Shunt Voltage Reference f€iTUi€S PiSCfiPTIOfl • Initial V o lta g e A c c u ra c y: 0 .0 5 % T h e L T 1 3 8 9 is a n a n o p o w e r , p re cisio n s h u n t vo lta g e ■ L o w Op e ra ting Current: 8 0 0 n A

3904

Abstract: L1-L11 TA 8825 AN UPD17228GT TA 8825
Contextual Info: IC dependence of oscillating characteristics uPD17228GT FCR4.0MC5 - STD Room Temp. Vdd CV3 3 Item a*e UPD17228GT - 3904 FCR4.0MC5 Ta- 20 tdeg] Typical Vdd CV3 f. Vstart CV3 Typical - 1.2 Worst -1.2 g. Vhold [V] Typical - 1.13 Horst - 1.14 Power supply voltage dependence of oscillating characteristics

S 1854

Abstract: UPD750068
Contextual Info: << IN VE RT ER Vin vs. Vout CHRRflCTERISTICS » IC : uPD?58K8-CU~3 Vdd : 5 tV] Vout [V] Vin ÎV1 « IN VERTER GfllN/PHRSE vs. FREQUENCY IC : uPD75006B-CU-3 Gain CdBJ Ft » 32.9 [MHz] P.H - 98.1 Freq. tNHzl CHfiRflCTERISTICS » Vdd : 5 tV] Cdeg] — > 0 [dB]

33av

Abstract: tdb 158 CB346
Contextual Info: IC dependence of oscillating characteristics uPD65840GJOSO9 FCR8.0M5 STD Room Vdd Temp. CV] 3.3 item a~e> CL1/CL2 CpFJ 22 / 22 Rf CMohm] 1 UPD65840GJOSO7 - HHL CL1/CL2 CpF] 22 / 22 -fi- — < X Mi l 1 1 -I 7 S 3 1 -I .5 .3 .1 -.1 -.3 -.5 400 0-0 Typical

w04 12

Abstract: W04 56 w04 75 uPD78P0308GF w04 79
Contextual Info: « INVERTER Vln vs. Vout CHRRflCTERISTICS >> IC : UPD78P8308GF M M Vdd : 5 [V] Vout CV] Vln M « INVERTER GAIN/PHRSE vs. FREQUENCY CHRRflCTERISTICS » IC : uPD78P0308GT NB4 1 10 Freq. [MHz] Vdd s 5 CV] 100 IC dependence of oscillating characteristics uPD78P0308GF

FCR16

Contextual Info: IC d ep en d en ce o f o s c i l l a t i n g uPD78P402GGC FCR16.0M2G - STD c h a r a c t e r is t ic s Room Temp. Vdd m CL1/CL2 CpF] 5 it e m 15 / 15 ic NO. 1 6 - e f T L ^ - r , a~e uPD78P402GGC - IB.CL FCR16. 0M2G Vdd- 5 CV] (F ig .a -d ) Ta- 20 Cdeg]

74hc080

Abstract: foxcon asus SP301 F01J4L LMV358D D1206 R2322S MD 202 IC 1206C34
Contextual Info: A H_A#[31:17] H_A#31 H_A#30 H_A#29 H_A#28 H_A#27 H_A#26 H_A#25 H_A#24 H_A#23 H_A#22 H_A#21 H_A#20 H_A#19 H_A#18 H_A#17 2 5 E H_ADSTB#1 L25 K26 K25 J26 E2 H2 H5 TESTHI8 TESTHI9 TESTHI10 BR0# U6 W4 Y3 H6 H_BNR# H_BPRI# U52A H_D#15 H_D#14 H_D#13 H_D#12 H_D#11

cdb 4121 e

Abstract: KS51850
Contextual Info: « INVERTER Vin vs. Vout CHRRRCTERISTICS » ic i KSS18S8 vdd s a ra Vout [V] Vin [V] KS51850 - 1 F C R G .0M5 V d d « 3 CVD Fig.a-d Ta= 20 Cdeg] •-? a. V 1 H/ V1 L Typical CV] 5 3 1 -I 7 5 3 1 -1 5 3 1 -1 -3 -5 800 600 400 200 60 55 50 45 40 4 3 2

IC 8012b

Abstract: tdb 117 UPD78012B 8012B J288 uPD780
Contextual Info: « INVERTER Vln vs. Vout CHRRRCTERISTICS » IC : uPD78012B H-13 Vdd : 5 [V] Vout CV] Vln m « INVERTER GfUN/PHRSE vs. FREQUENCY CHRRRCTERISTICS IC : uPD78012B H-13 Ft - 37.7 [MHz] Vdd ; 5 m P.M - 95.4 tdeg] Freq. tHHz] — > 0 CdB3 » IC dependence of oscillating character ist ics

b098

Abstract: TC20b TC-20BG
Contextual Info: TC200G13RF - 0098HH FCR4.0MC5 T a - 2 0 Cdeg] 7 5 a. V 1 H / V 1 L CV3 - 3 P VIH * - 1 VIL • -U -1 5 o Typical » - -» W o r s t b. V 2 H / V 2 L CV3 - V2H 3 1 -1 V2L c. F o s c Ç î { ] .3 .1 b -.1 -.3 F -.5 400 d. T rise CuS3 300 200 100 I- e. Duty

LM385 2.5V zener

Abstract: sot-23 gq2 LM385 1.25V zener
Contextual Info: LT1389 . TECHNOLOGY Nanopower Precision Shunt Voltage Reference f€ iT U f!€ 5 D€5 €RiPTi0 i ^ • ^ ^ ^ The LT 1389 is a nanopower, precision shunt voltage reference. The bandgap reference uses trimmed preci­ sion thin-film resistors to achieve 0.05% initial voltage

TEA 2111

Abstract: BU8872
Contextual Info: « INVERTER Vin vs. Vout CHHROCTERISTICS » IC : BU8872 22 Vdd : 5 [V] Vout CV] Vin [V] « INVERTER GfllN/PHflSE vs. IC : BUB872 22 Ft • 25.1 [MHz] FREQUENCY CHRRRCTERISTICS » Vdd : 5 [V] P.M - 142.7 [dog] Freq. [MHz] BU8872 - 22.C1C2 FCR4.19M5 Typ i cal

M66004SP

Abstract: 16 Digit 5x7 Segment VFD 4116 ram ic JIS-C-6220 ely transformers 6 digit VFD M66004 vfd 5x7
Contextual Info: To all our customers Regarding the change of names mentioned in the document, such as Mitsubishi Electric and Mitsubishi XX, to Renesas Technology Corp. The semiconductor operations of Hitachi and Mitsubishi Electric were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog

BU8872

Abstract: ZM1000
Contextual Info: « INVERTER Vin vs. Vout IC : BU8872 22 CHflRflCTERISTICS » Vdd : 5 [V] Vout [V] Vin [V3 « INVERTER GfllN/PHRSE vs. 1C : BU8872 22 Ft = 25.1 [MHz] FREQUENCY CHflRflCTERISTICS » Vdd : 5 [V] P.M = 142.7 tdeg] Freq. [MHz] SasJiffll Table.2 IC de pe nd en ce of os ci ll at in g c h ar ac te ri st ics

UPD65840GJ

Contextual Info: IC dependence of oscillating characteristics uPD65840GJOSO? FCR4.0M5 - STD Room Temp. Vdd CV3 * iikTOUW t. 3 .3 IC NO. H H L - C f T L ^ - r . ite m a-e UPD65840GJOSO7 - HHL C L1/C L2 CpF] 33 / 33 a . V1H/V1L 7 5 .-% VIH • I -1 y vu m-CV] b . V2H/V2L

j 6815

Abstract: tcl tv 21 OTI-911
Contextual Info: OTI-911 - 1 FCR44.0M2G Vdd« 5 CV3 Fig.a*d Ta- 20 Cdeg] »— Typical loading cipicttince(CLl/(X2) dependence of oscililting chiracterfstics (CLKL2) OTI-911 - 1 FCR44.0M2G Ta- 20 Cdeg3 7 »• V1H/V1L 5 3 1 -1 ? .5 .3 O 0 Typical » -•» Worst V1H t sa^.aas8ssaa-» -V1L

12f s091

Abstract: T1B10 pdcr 900 "XS 101" ocr6 tlcs90 8e s085 eeprom s130 RC1B S091
Contextual Info: TO SH IBA UNDER DEVELOPMENT TMP95CW86/TMP95FW86 CMOS 16-Bit Microcontroller TMP95CW86F / TMP95FW86F TMP95CW86DF / TMP95FW86DF 1. Outline and Features The TMP95CW86 and TMP95FW86 are high-speed, high-perform ance 16-bit microcontrollers developed for medium- to large-scale control applications.

Contextual Info: Preliminary KS0090 26COM/64SEG DRIVER & CONTROLLER FOR STN LCD Rev. 7.0 1. INTRODUCTION DOT MATRIX LCD CONTROLLER & DRIVER KS0090/90-I KS0090 / KS0090I is a dot matrix LCD driver & controller LSI which is fabricated by low power CMOS technology. It can display 2 or 3 lines with 5 x 8 dots format.