Download: I2C peripheral selection guide
Philips Semiconductors I2C peripheral selection guide GENERAL PURPOSE ICs 68000-Based CMOS Microcontrollers 68070 68000 CPU/MMU/UART/DMA/timer LCD Drivers 93CXXX UST/I2C/34k ROM/512 RAM OM4085 Universal LCD driver for low multiplex rates PCF211XC family LCD drivers 80C51-Based CMOS Microcontrollers* PCF2113 LCD controller/drivers 83CL267/167 12k ROM, 256 RAM OSD PCF2114X/16X LCD controller/drivers 83CL268/168 12k ROM, 256 RAM OSD PCF2116 LCD controller/driver; 2 line x 24 character, 4 line x 12 character display 8XCL410 4k ROM/128 RAM, low power PCF8558 Universal LCD driver for small graphic p...
Author:
Ella Shared: 7/30/19
Downloads: 917 Views: 3107
Content
Philips Semiconductors
I2C peripheral selection guide GENERAL PURPOSE ICs 68000-Based CMOS Microcontrollers
68070 68000 CPU/MMU/UART/DMA/timerLCD Drivers 93CXXX UST/I2C/34k ROM/512 RAM
OM4085 Universal LCD driver for low multiplex rates PCF211XC family LCD drivers 80C51-Based CMOS Microcontrollers* PCF2113 LCD controller/drivers 83CL267/167 12k ROM, 256 RAM OSD PCF2114X/16X LCD controller/drivers 83CL268/168 12k ROM, 256 RAM OSD PCF2116 LCD controller/driver; 2 line x 24 character, 4 line x 12 character display 8XCL410 4k ROM/128 RAM, low power PCF8558 Universal LCD driver for small graphic panels 8XC528 32k ROM/512 RAM, T2, WD PCF8566 96-segment LCD driver; 1:1 – 1:4 Mux rates 8XC542 4k ROM/128 RAM, ACCESS.bus PCF8568 LCD row driver for dot matrix displays 8XC552 256-byte RAM/8k ROM/ADC/UART/PWM PCF8569 LCD Column driver for dot matrix displays 8XCL580 6k ROM, 256 RAM, low power PCF8576 160-segment LCD driver 1:1 – 1:4 Mux rates 8XC652 256-byte RAM/8k ROM, UART PCF8577C 64-segment LCD driver; 1:1 – 1:2 Mux Rates 8XC654 256-byte RAM/16kROM, UART PCF8578/79 Row/column LCD dot-matrix driver/display 8XC751 64-byte RAM/2k ROM 1:8 – 1:32 Mux rates 8XC752 64-byte RAM/2k ROM, ADC/PWMLED Drivers 8048 Instruction-Set Based CMOS
SAA1064 4-digit LED driver MicrocontrollersI/O Expanders PCD3311C/12C DTMF/modem/musical-tone generators
2 PCF84C00 256-byte RAM/bond-out version for prototypeP82B715ICbus extender development PCF8574/A 8-bit remote I/O port (I2C-bus to parallel converter) PCF84C21 64-byte RAM/2k ROM PCF8584 8-bit parallel to I2C converter PCF84C41 128-byte RAM/2k ROM SAA1064 4-digit LED driver with I2C-bus interface PCF84C81 256-byte RAM/8k ROM SAA1300 5-bit high-current driver PCF84C85 256-byte RAM/8k ROM/ Extended I/OData Converters
PCF8591 4-channel, 8-bit Mux ADC + one DAC MULTIMEDIA ICs TDA8442 Quad 6-bit DAC TDA8444 Octal 6-bit DACDesktop Videos Memory SAA7151B 8-bit digital multistandard TV decoder
PCA8581 128-byte EEPROM SAA7152 Digital comb filter PCB2421 1K dual mode serial EEPROM SAA7157 Clock signal generation circuit for digital video 2 systems; for use with SAA71xxPCF85116-3 2048 x 8-bit CMOS EEPROMs with I C-bus interface SAA7165 Video enhancement and D/A processor including digital CTI PCF8522E 256 x 8-bit CMOS EEPROM with I2C-bus interface SAA7186 Digital video scaler PCF8524 512 x 8-bit CMOS EEPROM with I2C-bus SAA7191 Digital multistandard TV decoder, square pixel interface SAA7191B SAA7191 variant PCF8570C 256-byte static RAM SAA7192A Digital colour space converter with independent PCF8582 256-byte EEPROM LHT PCF8583 256-byte RAM/clock/calendar SAA7199B digital multistandard encoder PCF8594 512-byte EEPROM SAA9051 Digital multistandard (PAL/NTSC) colour decoder PCF8598 1K-byte EEPROM SAA9056 Digital SECAM colour decoder SAA9057B Clock signal generation circuit for digital videoClocks/Calendars systems; for use with SAA90xx
PCF8573 Clock/calendar SAA9065 Video enhancement and D/A processor PCF8583 Clock/calendar/256-byte RAM TDA4680 Video processor PCF8593 Low power clock calendar TDA8440 Video/audio switch *. Also available with extended temperature ranges. March 1997 1, Philips SemiconductorsI2C peripheral selection guide Video/Radio/Audio TDA9140 Alignment-free multistandard decoder
SAA4700 VPS dataline processor TEA6320 4 input Tone/volume controller with fader control SA5751 Audio Processor/Filter Controller TEA6330 Tone/volume controller SAA5243 Computer controlled text circuit TSA6060 A/M Frequency Synthesizer for RDS. SAA5246 Computer controlled text circuit TDA8433 Deflection processor SAA5248 Integrated teletext decoder and VPS slicer TDA8442 Interface for color decoders SAA5252 Closed caption TDA8443/A YUV/RGB matrix switch SAA7158 Line frequency processor and DAC circuit TDA8461 PAL/NTSC color decoder and RGB processor SAA7194 Digital video decoder/scaler TDA8466 PAL/NTSC color decoder and RGB processor SAA9042 Digital video teletext (DVTB) processor TDA9150 Deflection processor SAB3035/36/37 Digital tuning circuits for computer-controlled TV TDA9860 Sound controller w/ 4 inputs TDA15512X22W BTL audio power amp TEA6100 FM/IF and digital tuning IC for computer-controlled radio TDA1551Q2X22W BTL audio power amp with diagnostic TEA6300 Sound fader control and preamplifier/source TDA4670 Picture signal improvement circuit selector for car radio TDA4671 Picture signal improvement circuit TSA5511/12/14 PLL frequency synthesizer for TV TDA4681 Video processor with automatic cut-off and white TSA6057 PLL frequency synthesizer for radio level control TDA4685 Video processor Telecom TDA4686 Video processor (100 Hz) NE5750/51 Audio processor pair TDA4687 Video processor NE57523V5750 variant (samples Q4 92) TDA8415 TV/VCR stereo/dual sound processor NE57533V5751 variant (samples Q4 92) TDA8416 TV/VCR stereo/dual sound processor PCD3311/12 Tone generator (DTMF/modem/musical) TDA8417 TV/VCR stereo/dual sound processor PCD3341 Advanced 10 to 110-number repertory dialer with TDA8421 Audio processor with a loudspeaker channel and LCD control a headphone channel PCD4440 Analog voice scrambler/descrambler TDA8425 Audio processor with a loudspeaker channel only UMA1000T Data processor for mobile telephones TDA8426 Hi-fi stereo audio processor UMA1014T 1GHz frequency synthesizer for mobile TDA8433 TV deflection processor telephones TDA8540 4x4 video switch matrix UMF1009 Frequency synthesizer FOR FURTHER INFORMATION ON THESE DEVICES, REFER TO I2C-PERIPHERALS FOR MICROCONTROLLERS DATA HANDBOOK, AVAILABLE FROM YOUR LOCAL PHILIPS SEMICONDUCTORS SALES OFFICE. March 1997 2]15
Similar documents

DISCRETE SEMICONDUCTORS DATA SHEET Selection guide RF Wideband Transistors 1997 Nov 24 File under Discrete Semiconductors, SC14 FIRST GENERATION NPN WIDEBAND TRANSISTORS (fT up to 3.5 GHz) PACKAGE fT / IC CURVE LEADED SURFACE-MOUNT (see Fig.1) SOT54 SOT23 SOT89 SOT143 SOT223 SOT323 (1) BFT25 BF747 (

Selection guide INTEGRATED FRONT-END SYSTEMS/MIXERS/AMPLIFIERS INPUTVITYPE DESCRIPTION CC CC PINS Pkg FREQUENCY (V) (mA) (GHz) Image Reject Front-End Systems SA1920 dual-band 3.6 - 3.9 HB Rx: 41.1 48 BE 0.869 - 0.96 or 800/1900 MHz HB Tx: 21.3 at 3.75 V 1.93 - 1.99 LNA + IRM + IFamp. SA1921 dual-ban

INTEGRATED CIRCUITS DATA SHEET Assigned I2C-bus addresses General 1997 Mar 03 File under Integrated Circuits, IC12 ASSIGNED I2C-BUS ADDRESSES (IN ALPHANUMERIC ORDER OF TYPE NUMBER) I2TYPE C SLAVE ADDRESSES DESCRIPTION NUMBER A6 A5 A4 A3 A2 A1 A0 - General call address0000000- Reserved addresses0000X

APPLICATION NOTE Wideband class-A power amplifier for TV transposers in band I (50 − 80 MHz) with two transistors BLV33 NCO8207 CONTENTS 1 SUMMARY 2 EXPECTED PERFORMANCE 3 PARTS LIST 1998 Mar 2321SUMMARY The transistor BLV33 is primarily intended for use in linear VHF amplifiers for television trans

INTEGRATED CIRCUITS DATA SHEET TDA6800 TDA6800T Video modulator circuit Product specification March 1986 File under Integrated Circuits, IC02 GENERAL DESCRIPTION The TDA6800 is a modulator circuit for modulation of video signals on a VHF/UHF carrier. The circuit requiresa5Vpower supply and few exter

APPLICATION NOTE The BLF246 as an H.F.-S.S.B. amplifier NCO8801 CONTENTS 1 SUMMARY 2 INTRODUCTION 3 NARROW BAND TEST AT 28 MHz 4 WIDEBAND OPERATION 5 ACKNOWLEDGEMENT 1998 Mar 2321SUMMARY This report gives information on the BLF246 as a linear amplifier at 28 MHz for S.S.B. signals. Typically the dev

INTEGRATED CIRCUITS DATA SHEET TDA8725T Antenna signal processor Product specification 1995 Mar 21 File under Integrated Circuits, IC02 Philips Semiconductors FEATURES For PIP applications, the antenna input signal is split and fed to the main TV tuner and the PIP tuner. Good signal • 75 Ω antenna i

Drain-supply-switching of Mobile Phone Power Amps with Pulsed Operation Mode Switching the supply voltage to the drain of a GaAs device is required in many circuits in order to maximise standby times and enable reliable battery charging. Three different concepts for the pulsed switching of the drain

Order this document by MC3359/D .includes oscillator, mixer, limiting amplifier, AFC, quadrature discriminator, op/amp, squelch, scan control, and mute switch. The MC3359 HIGH GAIN is designed to detect narrowband FM signals using a 455 kHz ceramic filter for use in FM dual conversion communications

SIEGET®25 Low Noise Amplifier with BFP 420 Transistor at 2.4 GHz The SIEMENS Grounded Emitter Transistor Line is a completely new generation of silicon bipolar junction RF-transistors. This application note describes a low-noise amplifier with the following characteristics: Gain: 13.6 dB Noise Figur

PRODUCT INFORMATION APPLICATIONS: RF Components ® • Group 900 MHz ISM band phones • RY3-Series 1.8 GHz DECT phones• Point of sale terminals Transceivers for Analog Cordless STANDARD PACKAGE Telephones FEATURES • PLL programmable • Fully duplexed mode • Compatible with European CT1, CT1+ and DECT spe

Order this document by MC3362/D .includes dual FM conversion with oscillators, mixers, quadrature discriminator, and meter drive/carrier detect circuitry. The MC3362 also has LOW–POWER buffered first and second local oscillator outputs and a comparator circuit for FSK detection. DUAL CONVERSION • Co

Order this document SEMICONDUCTOR TECHNICAL DATA by AN1235/D Prepared by: Onis Cogburn INTRODUCTION (NCI) was created to provided an organization to produce captions and promote the service. In 1980 the closed cap- Designed primarily for the hearing impaired, closed cap- tioning for the hearing impa

Order this document by MC3371/D LOW POWER The MC3371 and MC3372 perform single conversion FM reception and consist of an oscillator, mixer, limiting IF amplifier, quadrature discriminator, FM IF active filter, squelch switch, and meter drive circuitry. These devices are designed for use in FM dual c

CXA3050M NICAM and SMATV RF MODULATOR/PLL Description Fully synthesized I2C controlled UHF/VHF TV RF 24 pin SOP (Plastic) Modulator compatible with PAL and NTSC video formats. Features • Minimal adjustment of external components • For use on VHF and UHF TV Frequencies • Video RF carrier frequency pr

INTEGRATED CIRCUITS DATA SHEET TDA8822 Universal I2C-bus programmable RF modulator Preliminary specification 1997 Jan 08 File under Integrated Circuits, IC02 FEATURES • 5 V power supply • Video amplifier with clamp and white clip circuits • Programmable video modulation depth • FM sound modulator (4

Order this document by MC3363/D The MC3363 is a single chip narrowband VHF FM radio receiver. It is a dual conversion receiver with RF amplifier transistor, oscillators, mixers, LOW POWER quadrature detector, meter drive/carrier detect and mute circuitry. The MC3363 also has a buffered first local o

Communication ICs FM IF detector for cordless phones BA4116FV The BA4116FV is an IC with mixing circuit, IF circuit, FM detector circuit, RSSI circuit, and noise detector circuit. As it can operate at low voltages, it is ideal for use in cordless phones. Applications Cordless phones, amateur short w

Order this document by MC1374/D The MC1374 includes an FM audio modulator, sound carrier oscillator, RF oscillator, and RF dual input modulator. It is designed to generate a TV signal from audio and video inputs. The MC1374’s wide dynamic range and low TV MODULATOR CIRCUIT distortion audio make it p

Audio ICs AM radio / FM IF stereo system IC BA1450S The BA1450S is a tuner system IC for electronic tuning for AM radios, FM IF, and MPX. It has been developed for Hi-Fi component applications. The MPX VCO circuit requires no adjustment, which will enable a reduction in the number of production line