68 20L Search Results

MB81C68

Abstract: MB81C68-45 MB61C68-45 MB81C68-35
Contextual Info: FUJITSU MICROELECTRONICS 7 f i ~ D e| 3 7 4 ^ 2 00G3230 4 1 T-46-23-08 FU JITSU MOS M em o ries M B 81C 68-35, M B 81C 68-45 16,384-Bit Static Random Access Memory with Automatic Power Down m Description The Fujitsu MB81C68 is a 4,096 word x 4-bit static random access

PC-TO-TMS320

Abstract: dual-port RAM dsp expansion-bus clock DUAL-PORT STATIC RAM WITH SEMAPHORE how dsp is used in radar DUAL-PORT STATIC RAM Pal programming TMS320C30 IDT71342 TMS320
Contextual Info: DUAL-PORT RAM SIMPLIFYS PC-TO-TMS320 INTERFACE APPLICATION NOTE AN-68 Integrated Device Technology, Inc. by Jim Handy & Barry Seidner - Integrated Device Technology, Inc. Jon Bradley - Texas Instruments, Inc. would be used to store code which would be debugged using

f4171

Abstract: idt7134 PC-to-TMS320 IDT71342 TMS320 TMS320C30 TMS320 connected inverter BA031 74als521
Contextual Info: DUAL-PORT SRAM SIMPLIFYS PC-TO-TMS320 INTERFACE APPLICATION NOTE AN-68 Integrated Device Technology, Inc. by Jim Handy & Barry Seidner - Integrated Device Technology, Inc. Jon Bradley - Texas Instruments, Inc. RAM would be used to store code which would be debugged

Contextual Info: NETWORKING PLUGS MODULAR PLUGS - ROUND CABLE Suitable for round cables 4, 6 and 8 way available Selective gold plating contacts UL approved SPECIFICATION 7.62 13.34 Ref Material Electrical Mates with FCC-68 Style jacks Plugs are available for standard or solid wire

PSR4000-AUS5

Abstract: PSR-4000-AUS5 PCB design for csp package TSSOP 16l Package CSP28 LMX2324 LMX2330L LMX2330LSLBX
Contextual Info: Packaging/CSP Wireless: Product Overview Page 1 August 1998 Substrate CSP Top View • 68% Board Area Reduction vs. TSSOP 20 – Only 25% larger than die • Standard SMT Process • JEDEC Registration: – 3 Registrations Completed (16/24/28L) – Reg # M0-208

SK70708PE

Abstract: specifications of ic 1408 ETR15 CT 880 transistor data set LTU 455 E 2 LTU 455 E 2 V SK70704 SK70704PE SK70707 SK70707PE
Contextual Info: SK70704/SK70707 or SK70708 1168 Kbps HSDL Data Pump Chip Set Datasheet The HDSL Data Pump is a chip set consisting of the following two devices: • SK70704 Analog Core Chip ACC ■ SK70707 (68-pin PLCC) or SK70708 (44-pin PLCC) HDSL Digital Transceiver (HDX)

Si3050-KT

Abstract: Si3050 Si3050 Si3019 si3018 Si3019 Si3018-KS TBR-21 Si3019-KT Si3018 fsync in PCM SI-3018KS
Contextual Info: Si3050 Global Voice DAA 3.3 V SOFTWARE PROGRAMMABLE VOICE DAA FEATURES • Globally compliant with FCC, NET4, TBR-21, JATE and country-specific PTT specifications • Compliant to FCC Part 68, EN55022, EN55024 and country-specific standards • Up to 5000 V isolation with standard capacitors

st7626

Abstract: diode cc 3053 D1474 cc 3053 D1460 D2914 35185 microprocessor instruction instruction set ic 3524 boost regulator D2911 ic 3524 internal block diagram
Contextual Info: ST Sitronix ST7626 65K Color Dot Matrix LCD Controller/Driver 1. INTRODUCTION The ST7626 is a driver & controller LSI for 65K color graphic dot-matrix liquid crystal display systems. It generates 294 Segment and 68 Common driver circuits. This chip is connected directly to a microprocessor, accepts Serial Peripheral

rd2n

Abstract: RD5A B7010 SK70708PE B7004 SK70704 SK70707 SK70708 g991 B7003
Contextual Info: DATA SHEET AUGUST 1998 SK70704/SK70707 or SK70708 Revision 4.0 1168 Kbps HSDL Data Pump Chip Set General Description Features The HDSL Data Pump is a chip set consisting of the following two devices: • SK70704 Analog Core Chip ACC • SK70707 (68-pin PLCC) or SK70708 (44-pin PLCC)

OPA2683

Abstract: OPA2684 OPA2691 OPA4658 OPA4684 OPA683 OPA684 OPA685 OPA691
Contextual Info: OPA OPA 468 4 4 68 OPA4684 4 SBOS240B – JUNE 2002 – REVISED AUGUST 2002 Quad, Low-Power, Current-Feedback OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● ● ● ● ● ● ● ● ● ● ● ● ● ● MINIMAL BANDWIDTH CHANGE VERSUS GAIN 170MHz BANDWIDTH AT G = +2

B7003

Abstract: SK70704 SK70707 SK70708 28pin echo IC 3.3 B7007
Contextual Info: DATA SHEET AUGUST 1997 Revision 3.0 SK70704/SK70707 or SK70708 1 1168 kbps HDSL Data Pump Chip Set General Description Features The HDSL Data Pump is a chip set consisting of the following two devices: • SK70704 Analog Core Chip ACC • SK70707 (68-pin PLCC) or SK70708 (44-pin PLCC)

Si3050 Si3019 si3018 si3017 Si2457 si3012

Abstract: via mc97 controller for ac-link modems dct 814 U1 LM386 Si3021-KS transistor dk qe MURATA TAG opto-isolators bidirectional si3012 BAV99
Contextual Info: Si3036 F CC/JATE MC’97 S I L I C O N DA A Features Complete DAA includes the following: ! ! ! ! ! ! AC’97 2.1 Compliant Primary or Secondary Codec Phone Line Interface Compliant with FCC Part 68 and JATE 86 dB Dynamic Range TX/RX Paths 3.3 or 5 V Power Supply

Contextual Info: D S 1646 /D S 1646LPM PRELIMINARY DALLAS SEMICONDUCTOR Nonvolatile Timekeeping RAM FEATURES PIN ASSIGNMENT D S 1 6 4 6 /D S 1 6 4 6 L P M • Optional low profile socketable module NC - Fits into a standard 68-p in PLCC surface mountable socket - 250 mil package height

PIC16F84A Free Projects of LED

Abstract: PIC16F84A Projects PIC16F84A block diagram Free Projects of PIC 16F84A Assembler programming for PIC 16f84A ICSP DS30277 16f84a PIC16F84A application notes PIC16F84A Free Projects of lcd pic16f84a pinout Projects PIC16F84A
Contextual Info: 2002-01-31 PRODUKTINFORMATION Vi reserverar oss mot fel samt förbehåller oss rätten till ändringar utan föregående meddelande ELFA artikelnr 73-188-01 PIC16F84A-04/P uC 73-188-50 PIC16F84A-04/SO uC 73-188-68 PIC16F84A-20/P uC 73-188-76 PIC16F84A-20/SO uC

IDT71342

Abstract: idt7134 TMS320 TMS320C30
Contextual Info: DUAL-PORT SRAM SIMPLIFIES PC-TO-TMS320 INTERFACE APPLICATION NOTE AN-68 by Jim Handy, Barry Seidner and Jon Bradley This application note describes a “no hassles” interface between the IBM PC-style backplane and a TMS320C30 DSP chip via an IDT dualport static RAM. The interface provides an extremely simple means of

how dsp is used in radar

Abstract: Pal programming idt7134 IDT71342 TMS320 TMS320C30 74ALS521 semaphores PC-TO-TMS320
Contextual Info: DUAL-PORT SRAM SIMPLIFIES PC-TO-TMS320 INTERFACE APPLICATION NOTE AN-68 by Jim Handy, Barry Seidner and Jon Bradley This application note describes a “no hassles” interface between the IBM PC-style backplane and a TMS320C30 DSP chip via an IDT dualport static RAM. The interface provides an extremely simple means of

Contextual Info: 14 Pin DIP 5 Tap Low Power TTL Compatible Active Delay Lines TAP DELAYS +5% or 2 nSt TOTAL DELAYS ±5% or 2 nSt 10, 20, 30, 40 11,22, 33, 44 12, 24, 36, 48 13, 26, 39,52 14, 28, 42,56 15, 30, 45, 60 16, 32, 48, 64 17, 34, 51, 68 18, 36, 54, 72 19, 38, 57, 76

pcr 20 honda

Contextual Info: IDNDí »RINT RMN FEB. 9. 2000 .i s s u e d , NOTE 1, CONTACT P L AT IN G CONTACT AREA i GDLDCO. 2 un MIN NICKELC 1/im MIN) + TERMINAL PDST: SDLDERC 2/Un MIN) 128 P C R -1 2 8 LFD 96 80 PCRPCR- 96LFD 80LFD 68LFD 68 PCR- GO PCR- 60LFD 48 34 PCRPCR- 48LFD 34LFD

M52777SP

Abstract: M54630P M38881M2 m59320 57704L M38173M6 SF15DXZ M34236 m37204m8 54630p
Contextual Info: REFERENCE LIST T ype Page 2 S A 1 115 2SA1235 2 SA1235A 149 2 SC2237 *★ 2SA1282 2SA1282A 103 2 S C 5 1 25 149 2 S C 5 1 68 150 2 SC2320 150 2 SC 2320L 149 2 SC2538 2SA1283 2SA1284 2SA1285 149 2S C 2 6 03 149 2S C 2 6 27 2SA1285A 149 2 SC2628 2SA1286 153 AS 30

Q20E

Abstract: Q19G Q19C P19J P20C P20E P20G P20J Q20L P51B
Contextual Info: - 68- m m * * * * * * * * * * * * * * * * * * * * * * * * % P 19J P20C P20E P20G P 20J P51A P51B P51C P52A P52B B B 5 1 1 1 1 1 1 1 1 l P52C QO SB Q05C Q05D Q06B Q06C Q06D Q19C Q19D Q19E Q19G Q19J Q19L Q20C Q20D B B B B B B B B B B B B B B B B l l l l l l

EP8282

Abstract: EP8280 EP8270 EP8271 EP8272 EP8273 EP8274 EP8275 EP8276 EP8277
Contextual Info: 14 Pin DIP 5 Tap Low Power TTL Compatible Active Delay Lines TAP DELAYS ±5% or 2 nS† TOTAL DELAYS ±5% or 2 nS† 10, 20, 30, 40 11, 22, 33, 44 12, 24, 36, 48 13, 26, 39, 52 14, 28, 42, 56 15, 30, 45, 60 16, 32, 48, 64 17, 34, 51, 68 18, 36, 54, 72 19, 38, 57, 76

Q20E

Abstract: Q19C Q20L P52C IC 431 P19J Q19G P20E P20G P51A
Contextual Info: - 68 - m m % Vr SM Vrrm V (V) m -n & Vr I fm T & fr (V) (A) (°C ) Io ,If* (A) (°C ) (A) ¡si # (°C) (V) M ^ Vpmax I fsm 3 R fí ft I Rtnax I f (A) T(°C ) (u A) n * V r (V) itil © T(°C ) ft B * * * * * P19J P20C P 20E P20G P20J B 5 1 1 1 1 1000 300

Q19C

Abstract: 1805L P19J P20C P20E P20G P20J P51A P51B P51C
Contextual Info: - 68 - m m % Vr SM Vrrm V (V) m -n & Vr I fm T & fr (V) (A) (°C ) Io ,If* (A) (°C ) (A) ¡si # (°C) (V) M ^ Vpmax I fsm 3 R fí ft I Rtnax I f (A) T(°C ) (u A) n * V r (V) itil © T(°C ) ft B * * * * * P19J P20C P 20E P20G P20J B 5 1 1 1 1 1000 300

Q19C

Abstract: P20J P19J P20G P20C P20E P51A P51B P51C P52A
Contextual Info: - 68 - m m % Vr SM Vrrm V (V) m -n & Vr I fm T & fr (V) (A) (°C ) Io ,If* (A) (°C ) (A) ¡si # (°C) (V) M ^ Vpmax I fsm 3 R fí ft I Rtnax I f (A) T(°C ) (u A) n * V r (V) itil © T(°C ) ft B * * * * * P19J P20C P 20E P20G P20J B 5 1 1 1 1 1000 300