QUANTUM CAPACITIVE Search Results

Contextual Info: quantum electronics r — ;- -B o x 3 »1262- B ra m 'e y i pSc k a r S \ 2018 \ i APPLICATION NOTE 1018 Designing with the HCPL-4100 and

RM5261-250Q

Abstract: MIPS RM5230
Contextual Info: QED RISCMark RM5261™ 64-Bit Superscalar A d vanced Microprocessor Quantum Effect Design, Inc. • Dual Issue superscalar microprocessor - can issue one Integer and one floating-point instruction per cycle - 150, 200, 250,266 MHz operating frequencies

Contextual Info: QED RISCMark RM5271™ 64-Bit Superscalar Advanced Microprocessor Quantum p j Effect Design, Inc. • Dual Issue superscalar microprocessor - can issue one integer and one floating-point instruction per cycle - 150, 200, 250, 266 MHz operating frequencies

Contextual Info: QED RISCMark RM7000™ 64-Bit Superscalar Advance Microprocessor Quantum Effect Design, Inc. Information • Dual Issue symmetric superscalar microprocessor with instruc­ tion prefetch optimized for system level price/performance - 200, 250, 2 6 6 ,3 0 0 MHz operating frequency

3M-468MP

Abstract: 3M-467MP 3M468 3M-467 3M467 3m467mp 467MP membrane key QPROX QT110
Contextual Info: The Q-Files QT60320 Series Panel Design Guidelines Design Guidelines for an Interdigitated Touch Sensor Electrode Panel Quantum Research Group’s QT60320 32 key matrix controller is a departure from our QT110 style devices in that the QT60320 uses a scanned transverse electrode design as

AN-KD02

Abstract: qmatrix QT110 QT118 heat staking QUANTUM CAPACITIVE 467MP CEM-1 pcb capacitive touch 2005 shield QUANTUM QTOUCH CAPACITIVE
Contextual Info: QUANTUM RESEARCH APPLICATION NOTE AN-KD02 Secrets of a Successful QTouch Design Applies to all QTouch™ devices such as QT1xx, QT240, and QT1xxx ICs This application note applies to ‘simple’ electrode designs for Electrode Substrates touch controls, especially those designs where the

QUANTUM CAPACITIVE

Abstract: Quantum Effect Devices GVT7164T18 MCM69T618 R5000 RM5200 RM5271 RM7000 qed rm5200 mips r5000
Contextual Info: External Cache for the RM5271 Application Note Introduction Quantum Effect Devices, Inc. QED was founded in 1991 to design and develop MIPS RISC microprocessors to MIPS Technologies, Inc. (MTI) specifications. MTI sub-licensed those designs to MIPS licensees. In 1996 QED obtained a license

Creative IC CT 1975

Abstract: 74s188 programming sd 431 sn74s454 MMI TiW PROM programming procedure ci la 7610 74S472 PROM PROGRAMMING MB7122H 74S287 programming instructions FZH 161
Contextual Info: Part of the Harris Spectrum of Integrated Circuits 44 HARRIS Q Quantum e! scironic#500 Sox 391262 B ra m ie y 1984 Harris Bipolar Digital Data Book 2018 Harris Semiconductor Bipolar Digital Products represent state-of-the-art production in density and performance.

ICL7103A

Abstract: 7103DA VFV-10K Fairchild dtl catalog plessey dc ac inverter sinus vfv-10k datel CT 1975 sam ICL7103 intersil im6100
Contextual Info: Data Acquisition and Conversion Handbook A TECHNICAL GUIDE TO A/D-D/A CONVERTERS AND S.A. D istributor RONic B uilding E lements p t y ltd E^nM L quantum electronics. ^ Box 391262 Bramley 2018 Data Acquisition and Conversion Handbook A Technical Guide to

CYII4SM1300AA-QDC

Abstract: CYII4SM1300AA-QWC IBIS4-1300 focal plane array BG39
Contextual Info: CYII4SM1300AA IBIS4-1300 1.3 MPxl Rolling Shutter CMOS Image Sensor Features Overview The IBIS4-1300 is a digital CMOS active pixel image sensor with SXGA format. Due to a patented pixel configuration a 60% fill factor and 50% quantum efficiency are obtained. This is combined with an

SCHEMATIC touch dimmer

Abstract: SCHEMATIC simple dimmer zero crossing dimmer touch sensitive lamp switch SCHEMATIC dimmer 240VAC touch dimmer touch dimmer Triac dimmer schematic diagram TRIAC dimmer touch touch dimmer IC
Contextual Info: E116 USER'S GUIDE Overview The E116 evaluation board is designed for rapid evaluation of Quantum’s QT116 QTouch lamp controller IC. The board operates in both two and three wire modes, from either 110 or 240VAC supplies at either 50 or 60Hz. Onboard option jumpers

Contextual Info: Detectors Silicon Geiger Mode Avalanche Photodiode Description The SAP500-Series is based on a “reach-through” structure for excellent quantum efficiency, extremely low noise and bulk dark current and high gain. They are intended for ultra-low light level applications. This APD can be used

Contextual Info: Detectors Silicon Geiger Mode Avalanche Photodiode Description The SAP500-Series is based on a “reach-through” structure for excellent quantum efficiency, extremely low noise and bulk dark current and high gain. They are intended for ultra-low light level applications. This APD can be used

Contextual Info: Silicon Geiger Mode Avalanche Photodiode DESCRIPTION The SAP500-Series is based on a “reach-through” structure for excellent quantum efficiency, extremely low noise and bulk dark current and high gain. They are intended for ultra-low light level applications. This APD can be used in

Contextual Info: PN-K321 PN-K322B LCD MONITOR Displays of Power and Precision — 4K Ultra-HD Monitors with IGZO 3,840 x 2,160 Screen images simulated. A Quantum Leap in Visual Presentation Prepare to be amazed. Sharp presents the groundbreaking PN-K321 and PN-K322B—professional-use LCD monitors that deliver

QUANTUM QTOUCH CAPACITIVE

Abstract: Qtouch QUANTUM CAPACITIVE QPROX QT310 QT320
Contextual Info: E3B USER'S GUIDE for use with the QT310 and QT320 family Overview The E3B eval board works with Quantum’s QT31x and QT32x QTouch ICs. Either type of device can be inserted into the 8-pin DIP socket. QT31x - single-channel devices use the QTouch-1 sense pad.

QUANTUM CAPACITIVE

Abstract: Quantum Research Group pcb connector 2 pin push button Qtouch QUANTUM QTOUCH CAPACITIVE QPROX QT310 QT320 QTM300CA
Contextual Info: E3B USER'S GUIDE for QT310 / QT320 QProx IC evaluation and development Overview The E3B board works with Quantum’s QT310 and QT320 QProx™ ICs. Either device can be inserted into the 8-pin DIP socket. QT310 - single-channel device that uses only the QTouch-1 sense pad.

Contextual Info: X2Y for Today’s Circuits Circuit designers today are challenged with maintaining Signal and Power Integrity amid increasing Electro-Magnetic Compliance EMC requirements, while at the same time lowering system costs. X2Y® Technology is an enabler to this end, providing a quantum leap in circuit performance. X2Y®

250X14W

Abstract: X2Y Capacitor 101X41W Johanson Dielectrics 500x15n 101X18W
Contextual Info: X2Y for Today’s Circuits Circuit designers today are challenged with maintaining Signal and Power Integrity amid increasing Electro-Magnetic Compliance EMC requirements, while at the same time lowering system costs. X2Y® Technology is an enabler to this end, providing a quantum leap in circuit performance. X2Y®

3M-468MP

Abstract: 3M468 3M-467MP QUANTUM CAPACITIVE Qmatrix membrane key AN-KD01 3M-467 xy capacitor 3M Touch Systems
Contextual Info: QUANTUM RESEARCH APPLICATION NOTE AN-KD01 QMatrix Panel Design Guidelines Applies to all 16 key+ QT60xxx QMatrix™ ICs 10 October 2002 Quantum's QMatrix™ controllers use sequentially scanned transverse electrodes composed of two parts; this differs markedly when compared with the single-ended electrodes used with QT1xx and QT3xx devices.

"1.3 megapixel"

Abstract: 3.1 megapixel APS ES 650 cmos aps 3.1 Mpix cmos sensor FUGA1000 BG39
Contextual Info: IBIS4 1.3 Megapixel CMOS APS IBIS4 SXGA Image Sensor Overview The IBIS4 is a digital CMOS active pixel image sensor with SXGA format. Due to a patented pixel configuration a 60% fill factor and 50% quantum efficiency are obtained. This is combined with an on-chip double sampling technique to cancel fixed pattern noise.

crystal oscillator 1 MHz 4 pins ntk

Abstract: CT 1975 sam CT 1975 - sam intel MCS-48 crystal ntk 8 mhz mcs-48 users manual "rca application note" crystal oscillator 40 MHz 4 pins ntk IRF mosfet book
Contextual Info: in t e i APPLICATION NOTE AP-155 quantum electronics Box 3912Ó2 Bramtey 2018 June 1983 Order Number: 230659-001 In te l C o rp o ra tio n m akes no w a rra n ty fo r th e use o f its p ro d u c ts and a ssum es n o re s p o n s ib ility fo r any e rro rs w h ic h m ay

one chip tv ic 8823

Abstract: how to interface 8085 with 8155 8275 crt controller intel processor 8035 practical circuits block diagram of intel 8155 chip Peripheral interface 8155 notes schematic diagram ic 8823 Intel 8275 INTEL D 2816 8051 interface 8155
Contextual Info: S.A. D istribu tor LECTRONIC B U IL D IN G vE L E M E N T S t PJYJmJ -T D T e le p h o n e : 4 6 - 9 2 2 1 /7 n AAHQ PrPtOT Pine Square 1 8 th S tre e t C j quantum electronic^ »ox 391262 B ra m U y . in t e l 2018 e 2p r o m f a m il y APPLICATIONS HANDBOOK

Intel AP-64

Abstract: call completion "call completion"
Contextual Info: APPLICATION NOTE in t e i AP-142 Q quantum electronics Box 391262 Bramiey 201? Novem ber 1982 < J > % < f # < P < ? S0 < \N V 3 v f T c F ^ !? ^ .O ✓ .CÖ O Order Number: 210314-002 In te l C o rp o ra tio n m akes n o w a rra n ty fo r th e use o f its p ro d u c ts a n d assum e s n o re s p o n s ib ility fo r a n y e rro rs w h ic h m ay