BUF 809 Search Results

9014 SOT 23

Abstract: SSM-2139 AD6431 adxl 355 data sheet transistor 9012 AD 598, AD 698 AD-1377 9014 SOT23 9014 sot-23 MLT 22 805
Contextual Info: Sheet1 MODEL PREFIX AMP CMP PKD REF SW TMP AMP CMP REF AMP BUF REF TMP AMP BUF CMP MLT SMP TMP ADXL AMP CMP REF SW OP CMP DAC MUX REF SMP DAC OP REF SMP TMP OP SMP OP TMP OP TMP SUFFIX 01 01 01 01 01 01 02 02 02 03 03 03 03 04 04 04 04 04 04 05 05 05 05 06

2X16 lcd module hd44780

Abstract: lcd 2x16 HD44780 lcd 2X16 hitachi lcd 2x16 HD44780 14 pin hitachi hd44780 2647a 2x16 LCD lcd 2x16 AT75C220 HD44780
Contextual Info: AT75C220 LCD Device Driver Introduction The AT75C220 LCD Device Driver integrates LCD functionality into the uClinux kernel. Each feature of this module can be accessed through the standard uClinux Application Protocol Interface API as documented in this Application Note.

EMW3161

Abstract: MXCHIP
Contextual Info: mxchipWNet Library Development guide for the basic version 上海庆科信息技术有限公司 Agenda TM library basic version Introduction for the mxchipWNet • • Allocation of the hardware resources • Development tools and environment • Guide of the API functions

g723

Abstract: Maximum Likelihood Quantization atmel 711 AT75C1210 Atmel oak dsp core uclinux AT75C 0X20C 0X0001 G723B
Contextual Info: Features • Software Module Dedicated to Voice Processing • Optimized for the AT75 Series Smart Internet Appliance Processor SIAP • Includes Several Run-time Configurable Stand-alone Algorithms – G.723.1 Dual-rate Vocoder (5.3 Kbps/6.4 Kbps) – VAD/CNG Silence Compression (Annex A of G.723.1)

atmel 711

Abstract: acelp circuit diagram of voice recognition G.711 G.723. c code Maximum Likelihood Quantization block diagram AT75C AT75C1212 G711 G723
Contextual Info: Features • Software Module Dedicated to Voice Processing and Multi-way Conferencing • Optimized for the AT75 Series Smart Internet Appliance Processor SIAP • Includes Several Run-time Configurable Stand-alone Algorithms – G.723.1 Dual-rate Vocoder (5.3 Kbps/6.4 Kbps)

G.729 chip G.711

Abstract: atmel 711 g729 AT75C1220 Atmel oak dsp core uclinux AT75C G711 0x5a83 oak dsp
Contextual Info: Features • Software Module Dedicated to Voice Processing • Optimized for the AT75 Series Smart Internet Appliance Processor SIAP • Includes Several Run-time Configurable Standalone Algorithms – G.729A Vocoder (8 Kbps) – VAD/CNG Silence Compression (Annex B of G.729)

Enode

Abstract: G.729 chip G.711 g729 vocoder g.729 AT75C AT75C1222 G711
Contextual Info: Features • Software Module Dedicated to Voice Processing and Multi-way Conferencing • Optimized for the AT75 Series Smart Internet Appliance Processor SIAP • Includes Several Run-time Configurable Stand-alone Algorithms – G.729 Single -rate Vocoder (8 Kbps)

0x1021

Abstract: STK200 AVR350 AT90S4414-8PC gl 1150 AT90S4414 AT90S8515 AT90S8515-8PC crystal 7.3728MHz
Contextual Info: AVR350: XmodemCRC Receive Utility for AVR Features Theory of Operation • • • • • • • • Xmodem is a half-duplex communication protocol. The receiver, after receiving a packet, will either acknowledge ACK or not acknowledge (NACK) the packet.

AT79C8020

Abstract: GMAC
Contextual Info: Features • • • • • • • • • • • • • • • • • • PCI Express Base Specification 1.0a Compliant One Lane PCI Express Interface with 2.5Gb/s Power Management and Budgeting Hot Plug and Hot-swap Support Ability to Maintain Link-level and End-to -end Data Integrity

AVR350

Abstract: crystal 7.3728MHz gl 1150 STK200 AT90S8515-8PC pwm avr c language AT90S4414 AT90S4414-8PC AT90S8515
Contextual Info: AVR350: XmodemCRC Receive Utility for AVR 8-bit Microcontroller Features • • • • • • • • Programmable Baud Rate Half Duplex 128-byte Data Packets CRC Data Verification Framing Error Detection OverRun Detection Less than 1K Bytes of Code Space

1786A

Abstract: MAX 1786A AT75C AT75C1010 0x0812
Contextual Info: Features • Software Module Dedicated to Telephony Signaling • Optimized for the AT75 Series Smart Internet Appliance Processor SIAP • Includes Several Run-time Configurable Independent Algorithms – Caller ID Type I (On-hook) and Type II (Off-hook)

IPC-SM-782

Abstract: RF2870 LNA 869MHz lna j8
Contextual Info: RF2870 CDMA LOW NOISE AMPLIFIER/MIXER 900MHz DOWNCONVERTER Typical Applications • CDMA Cellular Systems • General Purpose Downconverter • JCDMA Cellular Systems • Commercial and Consumer Systems • AMPS Cellular Systems • Portable Battery-Powered Equipment

Contextual Info: RF2870 CDMA LOW NOISE AMPLIFIER/MIXER 900MHz DOWNCONVERTER Typical Applications • CDMA Cellular Systems • General Purpose Downconverter • JCDMA Cellular Systems • Commercial and Consumer Systems • AMPS Cellular Systems • Portable Battery-Powered Equipment

Contextual Info: RF2870 RoHS Compliant & Pb-Free Product CDMA LOW NOISE AMPLIFIER/MIXER 900MHz DOWNCONVERTER Typical Applications • CDMA Cellular Systems • General Purpose Downconverter • JCDMA Cellular Systems • Commercial and Consumer Systems • AMPS Cellular Systems

Contextual Info: RF2870 RoHS Compliant & Pb-Free Product CDMA LOW NOISE AMPLIFIER/MIXER 900MHz DOWNCONVERTER Typical Applications • CDMA Cellular Systems • General Purpose Downconverter • JCDMA Cellular Systems • Commercial and Consumer Systems • AMPS Cellular Systems

Contextual Info: RF2870 CDMA LOW NOISE AMPLIFIER/MIXER 900MHz DOWNCONVERTER Typical Applications • CDMA Cellular Systems • General Purpose Downconverter • JCDMA Cellular Systems • Commercial and Consumer Systems • AMPS Cellular Systems • Portable Battery-Powered Equipment

FILTER SAWTEK

Contextual Info: RF2870 CDMA LOW NOISE AMPLIFIER/MIXER 900MHz DOWNCONVERTER Typical Applications • CDMA Cellular Systems • General Purpose Downconverter • JCDMA Cellular Systems • Commercial and Consumer Systems • AMPS Cellular Systems • Portable Battery-Powered Equipment

Contextual Info: RF2870 RF2870CDMA Low Noise Amplifier/Mixer 900MHz Downconverter CDMA LOW NOISE AMPLIFIER/MIXER 900MHz DOWNCONVERTER NOT FOR NEW DESIGNS „ „ NO T „ ISET2 MIX GAIN 12 LNA OUT IF OUT- 2 11 LNA EMITTER 10 LNA IN LO IN 4 9 LNA GAIN 7 8 8 LNA / MIXERS 6 ENABLE

atmel 938

Abstract: Insight Spartan-II demo board Atmel 642 ATSTK500 AVR DataFlash equivalent AT45DB321x AT45DB642B AT45DB161B AVR block diagram AT90LS4433
Contextual Info: Configuring High-density FPGAs using Atmel’s Serial DataFlash and an AVR® Microcontroller Features • Completely In-System Programmable ISP , both DataFlash and AVR • Use HyperTerminal to Download Binaries to DataFlash using the XmodemCRC Serial DataFlash®

Contextual Info: H A R R ICL7109 IS S E M I C O N D U C T O R 12-Bit Microprocessor Compatible A/D Converter December 1993 Description Features • 12 Bit Binary Plus Polarity and Overrange Dual Slope Integrating Analog-to-Dlgltal Converter • Byte-Organized TTL Compatible Tri-State Outputs and

AT90USBxxx

Abstract: stk 713 AVR276 PID code for avr 0x03EB AT90USB128 CRC16
Contextual Info: AVR276: USB Software Library for AT90USBxxx Microcontrollers Features • • • • • Low Speed 1.5Mbit/s and Full Speed (12Mbit/s) data rates Control, Bulk, Isochronuous and Interrupt transfer types Up to 6 data endpoints/pipes Single or double buffering

AVR101: High Endurance EEPROM Storage

Abstract: ATmega16 flow chart AVR101
Contextual Info: AVR101: High Endurance EEPROM Storage Features • Circular Buffer in EEPROM • RESET Protection of EEPROM Buffer • Increased Endurance of EEPROM Storage Introduction Having a system that regularly writes parameters to the EEPROM can wear out the EEPROM, since it is only guaranteed to endure 100 k erase/write cycles. Writing the

AT91M40400

Contextual Info: Software DMA Implementation Introduction A DMA Direct Memory Access Controller allows fast data transfers between memories without using the CPU. The transfer is activated by an external event. The control signals and the address and data buses are managed by the DMA controller.

Software DMA Implementation

Abstract: atmel at91 series AT91M40400
Contextual Info: Software DMA Implementation Introduction A DMA Direct Memory Access Controller allows fast data transfers between memories without using the CPU. The transfer is activated by an external event. The control signals and the address and data buses are managed by the DMA controller.