PRQC Search Results

LIST OF 74 IC SERIES

Abstract: RF1M
Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-H / PBRC-M / PRQC Series for Consumer Applications Features • High reliability, high temperature withstanding ceramic case • Rectangular shape allows easy pick and placement • Small & low profile • Reflow solderable

Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-H/ PBRC-M/ PRQC Series for Consumer Applications Features • Stable oscillation by using fundamental vibration in all frequencies • Small & low profile • Built-in capacitor structure • Reflow solderable How to Order (PBRC-H, PBRC-M)

Contextual Info: DATA C O N T A IN E D IN T H IS DO CV NENT IS P R O P R IE T A R Y T O TRO K PCTCR E L E C T R O N IC S IN C . AND S H A L L NOT B [ D IS C L O S E D , C O N E D OK U SED r0 R PRQCUM EHT OK M A NU FA C TUR E W ITH O U T E X P R ES S W R IT T E N P E R M IS S IO N .

prqc

Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-H/ PBRC-M/ PRQC Series for Consumer Applications Features • High reliability, high temperature withstanding package • Rectangular shape allows easy pick and placement • Small & low profile • Reflow solderable

Contextual Info: MHz Band Ceramic Chip Resonators SMD Recommended Land Pattern / Packaging Recommended Land Pattern (Unit : mm) PBRC-G Type (Unit : mm) (Unit : mm) PBRC-L Type 5.0 PRQC Type PRQV Type 1.7 1.7 1.0 C 1.7 0.4 A 2.6 4.0 3.0 1.0 B (Unit : mm) 1.7 1.5 1.5 1.5 0.4

2f 1001

Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-H/ PBRC-M/ PRQC Series for Consumer Applications Features • Stable oscillation by using fundamental vibration in all frequencies • Small & low profile • Built-in capacitor structure • Reflow solderable How to Order (PBRC-H, PBRC-M)

KT705

Abstract: TBA 315 TBA 480 ST3215SB KC2520B-C2 CX3225SA CX5032GA CX2520DB KC2520B-C1 KV5032C-C3
Contextual Info: Timing Device Selection Guide Products Product Type Dimensions mm Part Number PBRC-G/ H PBRC-L/ M PRQC Ceramic Resonators PBRV-H PBRV-M PRQV PARM PARS SAW Resonators PARV-A PARV-B ST2012SB (Tuning Fork) kHz Range Crystal Devices ST3215SB (Tuning Fork) CX1612SB

Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-H/ PBRC-M/ PRQC Series for Consumer Applications Features • Stable oscillation by using fundamental vibration in all frequencies • Small & low profile • Built-in capacitor structure • Reflow solderable How to Order (PBRC-H, PBRC-M)

ST4115

Abstract: KCEX03 DTCXO-25A HC49SFWA CX49GFWB FXO-37F CX2520SB KCEX CX5032GA CX5032SA
Contextual Info: Timing Device Selection Guide Products Product Type Ceramic Resonators SAW Resonators Crystal Units Tuning Fork Type Crystal Units Oscillators Dimensions mm Part Number PRTC PBRC-G/ H PBRC-L/ M PRQC PBRV-H PBRV-M PRQV PARM PARS PARV-A PARV-B CX2016SB (Mobile Communications)

Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-H/ PBRC-M/ PRQC Series for Consumer Applications Features • High reliability, high temperature withstanding package • Rectangular shape allows easy pick and placement • Small & low profile • Reflow solderable

Contextual Info: S ip Ç * SP481R/SP485R SIGNAL PRQCESSINQ EXCELLENCE High-Fanout RS-485 Transceiver • Allows Over 400 Transceivers On A Transmission Line ■ High Impedance on Receiver Inputs R in = 150ki2 typical ■ Half-Duplex Configuration Consistant With Industry Standard Pinout

kcex03

Abstract: KC5032H CXH49SFB CX5032GB CX8045GB EXO 3 fso 2c KC7050A tba 450 n CX-101F
Contextual Info: Timing Device Selection Guide Dimensions mm Products Ceramic Resonators SAW Resonators Crystal Units Oscillators PRTC SSR-B PBRC-G/H PBRC-L/M PRQC PBRV-H PBRV-M PPQV PARM PARS PARV CX2520SB(CX-2520SB) CX3225SB(CX-101F) CX4025SB(CX-4025S) CX5032SB(CX-96F)

Contextual Info: A5P-19228-01 NO TES: ,110+.010 Jf~~ .3 3 5 1. PARTS TO 2. SHEAR T A IL S BE 3. REPRESS TO PACKAGED TO DIM DIM IN TUBES. SHO W N. SHOW N. 1.511 R E F [ 2 .7 9 Ì.2 5 ] IN - P R O C E S S N-PRQCESS M A T E R IA L: IN S U L A T O R : B L A C K LIQUID C R Y S T A L PO LYM ER

Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-H/ PBRC-M/ PRQC Series for Consumer Applications Features • High reliability, high temperature withstanding package • Rectangular shape allows easy pick and placement • Small & low profile • Reflow solderable

LT 485 8 pin dip

Abstract: LT 485 8 pin ORNA 5002 120K2
Contextual Info: S ip ? * SP481R/SP485R SIGNAL PRQCESSINQ EXCELLENCE High-Fanout RS-485 Transceiver • Allows Over 400 Transceivers On A Transmission Line ■ High Impedance on Receiver Inputs R|N = 150k£2 typical ■ Half-Duplex Configuration Consistant With Industry Standard Pinout

maa723

Abstract: Katalog tesla tranzistor MA748CN MAA725 Tesla MAC 156 MAA501 TESLA MA 7805 MAA436 MA7812 MA7815
Contextual Info: T U E g f f l M A ELEKTRONICKÉ SOUCÁSTKY KONCERN R O ZN O V Analogové integrované obvody PRO VSEOBECNÉ POUZITÍ Svazek A KONSTRUKCNl KATALOG POLOVODICOVŸCH SOUCASTEK KONSTRUKCNÍ KATALOG ELEKTRONICKŸCH SOUCÁSTEK HUA A n a lo g o v é in te g r o v a n é

82801 SCHEMATIC DIAGRAM

Abstract: 5-101 pong rn isa io MIPI ISP Intel MIPI DSI spec ac9721 intel AF 82801 82801 g SCHEMATIC DIAGRAM it313 sch 5127
Contextual Info: intef i 82801AA ICH and Intet 82801AB (ICHO) I/O Controller Hub Datasheet A p r ii 1 9 9 9 O rder N um ber: 2^06 ^5-0 01 in Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual

prqv

Abstract: LIST OF 74 IC SERIES MC14069UB MC74HCU04 6r045
Contextual Info: MHz Band Ceramic Chip Resonators SMD PBRC-G/ PBRC-L Series for Consumer Applications Features • High reliability, high temperature withstanding ceramic case • Rectangular shape allows easy pick and placement • Small & low profile • Reflow solderable

cd 1619 CP fm radio

Abstract: RBS 2206 UAA 1006 cd 1619 CP fm radio RECEIVER NVR 1550 UAA 1004 DP utc 2411 RBS 2302 RBS 2204 ECU 206 7.4.5
Contextual Info: MOTOROLA Order th is document as AN495/D SEMICONDUCTOR APPLICATION NOTE AN495/D RDS decoding for an HC11 -controlled radio P. Topping, Motorola Ltd, East Kilbride, Scotland Introduction This application note describes, and lists the software of, the RDS aspects of the HC11 radio controller described

TB 2929 H

Abstract: tb 2929 P6164 P-6134 UM 7106 82424TX P6135 P6133 P-6135 420TX
Contextual Info: 128KB/256KB/512KB SECONDARY CACHE MODULES FOR THE INTEL6 i486 CPU/82420TX PCI SET PR ELIM IN ARY IDT7M P6133 IDT7M P6134 IDT7M P6135 IDT7MP6151 IDT7M P6152 IDT7MP6153 FEATURES DESCRIPTION • 1 2 8K B /2 56K B /512 K B s e c o n d a ry ca ch e m o dule fam ily

schematic diagram atx Power supply 500w

Abstract: pioneer PAL 012A 1000w inverter PURE SINE WAVE schematic diagram 600va numeric ups circuit diagrams winbond bios 25064 TLE 9180 infineon smsc MEC 1300 nu TBE schematic diagram inverter 2000w DK55 circuit diagram of luminous 600va UPS
Contextual Info: QUICK INDEX NEW IN THIS ISSUE! Detailed Index - See Pages 3-24 Digital Signal Processors, iCoupler , iMEMS® and iSensor . . . . . 805, 2707, 2768-2769 Connectors, Cable Assemblies, IC Sockets . . . . . . . . . . . 28-568 RF Connectors . . . . . . . . . . . . . . . . . . . . . . Pages 454-455

FDC765A

Abstract: 765 fdc taa 765A FDC7265 SMC FDC765A FDC765
Contextual Info: FDC765A/765A-2 FDC 7265/7265-2 STANDARD MICROSYSTEMS CORPORATIONi Single/Double Density Floppy Disk Controller PIN CONFIGURATION □ IBM C om patible in both Single and Double D ensity Recording Formats FDC765A □ Sony (EMCA) Com patible Recording Form at (FDC7265)

TAI-154

Abstract: trompeter tai-154 31000702 BL1242 Belden Trompeter 305 Raychem triax cable 7528A5314 TAI-169 7528A5314 PLR155AC
Contextual Info: RED INDICATES ORIGINAL OASH NO -201 -202 -203 -204 -205 -206 -207 -20B -209 -210 -211 -212 -213 -214 -215 -216 -217 -218 -219 -220 -221 -222 -223 -224 -225 -301 CABLES ACCOMMODATED Ml 7/176-00002 TWC-70-1 TWC-124-1A 10602,RAYCHEM TWAC-7B-1F2 7B2BD0130,RAYCHEM

cmps a44

Contextual Info: 13 13.1 INSTRUCTION SET OVERVIEW The instruction set used by the Am186EM and Am188EM microcontrollers is identical to the 80C186/188 instruction set. An instruction can reference from zero to several operands. An operand can reside in a register, in the instruction itself, or in memory.