KDS 210 Search Results

kds 7 crystal

Abstract: Oscillator KDS DOC kds SMD-49 KDS oscillator DOC-70 crystal oscillator KDS KDS Crystals oscillator DT-38 kds KDS Crystal Daishinku dmx 38
Contextual Info: Research and Quality Assurance Using original KDS materials and devel­ opments, we have contributed significantly to advances in the expanding electronics industry. Our dedication to research and new product development was underscored when we built the independent Central Re­

KDS 20 Mhz clock

Abstract: apple iphone 5 microprocessor Uart WiFi iphone battery KDS 40 Mhz clock iphone 5 usb cable 30 pin connector iphone iphone 4 android usb connect ipad apple
Contextual Info: RN -17 1-E K-DS RN-171-EK Evaluation Board Features • Ultra-low power: 4-uA sleep, 40-mA Rx, 180-mA Tx at 10 dBm • Configurable transmit power: 0 to +12 dBm • UART hardware interfaces and SPI slave • Up to 1 Mbps data rate over UART • Powered by battery pack 2 AAA batteries or via

Contextual Info: f DMX-38 ELECTRICAL SPECIFICATIONS 7^- D V X 3 6 D M X -J fj F re q u e n c y R a n g e 3 .5 -2 5 .0 M H z r F u n d a m e n ta l .O o 'j C a a a c it a n c o D " \e i eve1 r - e n u e - c , 'c t e r a -'c a =!•-!>!!>' A■ S e r.e s F ie s .v -a - c -

KDS 9E

Abstract: l0225 C67078-A1307-A3 KDS 7B KDS 1M ksd 202 transistor buz 36 KDS 7c C67078-S1302-A2 transistor buz 293
Contextual Info: V^ll~ IVIV^vJ D l 17 on £ m \J a ir ia i* T rD WVVCI M C IM O I9 1 V I UUC. 9 ini c n a n n e i • Enhancement mode VPT05381 Type VDS Id BUZ 20 100 V 13,5 A •^DS on 0,2 Q Package 1> Ordering Code TO-220 AB C67078-S1302-A2 M a v jm n m P a tjn g e Parameter

MJ10

Contextual Info: SIEMENS SIPMOS Power Transistor • • • • 10433 B U Z12A L N channel Enhancement mode Logic Level Avalanche-rated Type v DS BUZ12AL 50 V h 42 A ^DS on 0.035 Q Package 1> Ordering Code TO-220 AB C67078-S1332-A3 Maximum Ratings Parameter Symbol Continuous drain current, Tc - 44 *C

Contextual Info: F-214 Rev 23MAY14 SMSS–10–24–F–03.00–D SMSD–05–24C–L–05.00–D–K–KUS (2,54 mm) .100" SMSS, SMSD SERIES MINI MATE UNIVERSAL CABLE ASSEMBLY SPECIFICATIONS For complete specifications see www.samtec.com?SMSS or www.samtec.com?SMSD Insulator Material:

Samtec smsd

Contextual Info: F-214 SMSS–10–24–F–03.00–D SMSD–05–24C–L–05.00–D–K–KUS 2,54 mm .100" SMSS, SMSD SERIES MINI MATE UNIVERSAL CABLE ASSEMBLY SPECIFICATIONS For complete specifications see www.samtec.com?SMSS or www.samtec.com?SMSD Insulator Material:

Contextual Info: F-214 Rev 13MAY14 SMSS–10–24–F–03.00–D SMSD–05–24C–L–05.00–D–K–KUS (2,54 mm) .100" SMSS, SMSD SERIES MINI MATE UNIVERSAL CABLE ASSEMBLY SPECIFICATIONS For complete specifications see www.samtec.com?SMSS or www.samtec.com?SMSD Insulator Material:

Oscillator KDS DOC

Abstract: kds oscillators
Contextual Info: m OSCILLATORS Small Dip Type Clock Oscillator DOC-431 Z Series SPECIFICATIONS OC-4 31ZA, A ITEM TTL Output CMOS t .00-50.5MHZ Output Frequency ±100pprr Frequency Tolerance Operating Temperature Range Q°C~70°C -5o''C~- 125UC Storage Temperature Range 5V±0.5V

20 MHz crystal KDS

Contextual Info: FILTERS: Terms and Definitions Monolithic Crystal Filters DEFINITIONS Critical to the understanding of filter be­ havior is a definition of the vocabulary of the most frequently used terms and familiarity with the typical filter amplitude frequency response curve Figure 1 .

KDS 5J

Contextual Info: SM D CRYSTALS AND M O NO LITH IC CYRSTAL FILTERS UM-1J/UM-5J Jacket Type Quartz Crystal ELECTRICAL SPECIFICATIONS ITEM -L _ — - _ T'-'PE 1 0 -1 5 0 M H z - Fun d . 3 rd , 5th - S erie s, 1 6 o F 2 0 p F , 3 0 p F , 3 2 p F - - 10pW - - - - ±10ppm

The VMEbus Handbook, Fourth Ed

Abstract: t428 motorola vme 68040 image processing board tundra scv64 MCR t410 SCV64 B14A equivalent kds 6k 24. 576 t428 t430 transistor
Contextual Info: SCV64 User Manual http://www.tundra.com The information in this document is subject to change without notice and should not be construed as a commitment by Tundra Semiconductor Corporation. While reasonable precautions have been taken, Tundra Semiconductor Corporation assumes no responsibility for any errors that may appear in this document.

Contextual Info: SCV64 User Manual http://www.silicon360.com The information in this document is subject to change without notice and should not be construed as a commitment by Silicon360. While reasonable precautions have been taken, Silicon360 assumes no responsibility for any errors that may appear in this document.

Contextual Info: OEC 0 3 19 Œ U E U S ' MLV,m CA91C014 VMEbusAVICS CONTROL CIRCUIT ACC) • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON Identification • Bus isolation (Bi-mode®) controller • Multiple VMEbus request and release options

Contextual Info: SIEMENS SIPMOS Power Transistors BUZ 210 BUZ 211 Type </> • N channel • Enhancement mode • FREDFET h BUZ 210 500 V 10.5 A ^DS on 0.6 n BUZ 211 500 V 9.0 A 0.8 Q Package1) Ordering Code TO-204 AA C67078-A1102-A2 TO-204 AA C67078-A1100-A2 Maximum Ratings

S16116

Abstract: TS832 a12197 n14132 kds 97 45
Contextual Info: Openbus I/F Components - VMEbus User Manual 4.0 Signals & DC Characteristics This section details the DC characteristics for the ACC and DARF signals. It also provides information concerning the capacitive loading for the devices. 4.1 Terminology The input and output type abbreviations used in this section are defined below. They have

C-Cube microsystems

Abstract: kds crystal daishinku
Contextual Info: Appendix A CL48x Crystal Design Guidelines This appendix contains guidelines for choosing a crystal for the CL48x. Note: Before starting a design layout, please contact C-Cube technical support for the latest microcode and hardware errata information. In general, use a third-order harmonics frequency crystal. Two design

Contextual Info: DT-38, DT-381, DT-26, DT-261 SPECIFICATIONS 32.768k H z _ n *~9« Fraq. Toterance GRADE A :2 0 p p m GRADE B ±30ppm 3RADE A ±20ppm 3RA.DE B ±30ppm 12.5pF typ. Drive Lpvpi 1pW max 45k£2 max. 80.000 (typ.) 50.000 min s a e ttr 70.000 (typ.) 40.000 i t in

KDS 1.540

Abstract: bq30ut
Contextual Info: OEC t 3 199' TM C R JULY 1991 CA91C014 L VMEbus AVICS CONTROL CIRCUIT ACC) Full VMEbus system controller functions Auto-ID slot Identification Automatic VMEbus SYSCON Identification Bus Isolation (Bl-mode*) controller Multiple VMEbus request and release options

tundra scv64

Abstract: CA91C078 SCH 298 SCV64 D854 btb 137 SCV-64
Contextual Info: Backplane Interface Components - SCV64 User Manual 4 Signals and DC Characteristics 4.1 Terminology The input and output types have all been abbreviated with a letter code. For example, the VDATA31-00 signals are shown as input type CTTL which are CMOS inputs with normal

Contextual Info: SMD CRYSTAL RESONATORS DSX840G ELECTRICAL SPECIFICATIONS TYPE D sxe w ' Fraoppacy Rviq p . Mode 1 0 .0 - 5 5 .0 M H 4 10.0 -4 0 .0 M H 7 F u n d a m e n ta l F u n d a m e n ta l 3rd S e rie s , 12p F . :6 p F , 2 0 n F S e rie s . 1 2 p F 16 p F , 2 0 p F

B755

Abstract: MPM3004 closed loop control of servo motor in microcontroller brush dc servo motor speed control MC68HC05B6 B-755 MRD750 KDS -5a stepping motor japan servo M68HC05
Contextual Info: Freescale Semiconductor, Inc. Application Note AN1120/D Rev. 1, 11/2001 Basic Servo Loop Motor Control Using the MC68HC05B6 MCU Freescale Semiconductor, Inc. By Jim Gray General Description This application note describes a basic circuit and software implementing

MPM3004

Abstract: 0F-00 B059 B755 M68HC05 MC34151 MC68HC05B6 MLED71 MRD750 servo service manual
Contextual Info: Application Note AN1120/D Rev. 1, 11/2001 Basic Servo Loop Motor Control Using the MC68HC05B6 MCU By Jim Gray General Description This application note describes a basic circuit and software implementing proportional derivative PD closed-loop speed control for a brush motor using

Contextual Info: Openbus I/F Components - VMEbus User Manual 4.0 Signals & DC Characteristics This section details the DC characteristics for the ACC and DARF signals. It also provides information concerning the capacitive loading for the devices. 4.1 Terminology The input and output type abbreviations used in this section are defined below. They have