sdi 0818
Abstract: 2a04h crystal oscillator 043b LCDD03 0b01001111 analog devices 118a 16C924 TU S1 3003 0113h ASM 3059
Text: M AN649 Yet Another Clock Featuring the PIC16C924 The features of the PIC16C924 are: Author: Rodger Richey Microchip Technology Inc. INTRODUCTION Once again, because of its universal familiarity and range of functionality, the clock is used to convey the use of the PIC16C92X microcontrollers. In this case we
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AN649
PIC16C924
PIC16C924
PIC16C92X
sdi 0818
2a04h
crystal oscillator 043b
LCDD03
0b01001111
analog devices 118a
16C924
TU S1 3003
0113h
ASM 3059
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Untitled
Abstract: No abstract text available
Text: SGS-THOMSON ST5090 LOW VOLTAGE 14-BIT LINEAR CODEC WITH HIGH-PERFORMANCE AUDIO FRONT-END FEATURES: Complete CODEC and FILTER system including: • 14 BIT LINEAR ANALOG TO DIGITAL AND DIGITALTO ANALOG CONVERTERS. ■ 8 BIT COMPANDED ANALOG TO DIGITAL AND DIGITAL TO ANALOG CONVERTERS
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ST5090
14-BIT
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Untitled
Abstract: No abstract text available
Text: 5 7 . S G S -T H O M S O N RÄ]l @[S ilLIOT®öaD l ST5092 2.7V SUPPLY 14-BIT LINEAR CODEC WITH HIGH-PERFORMANCE AUDIO FRONT-END PRODUCT PREVIEW FEATURES: Complete CODEC and FILTER system including: . 14 BIT LINEAR ANALOG TO DIGITAL AND DIGITAL TO ANALOG CONVERTERS.
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ST5092
14-BIT
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Untitled
Abstract: No abstract text available
Text: S G S -T tiO M S O N ST5092 Riil D [^ @ [1 [ L [ l © ¥ [ ^ © R a D © © 2.7V SUPPLY 14-BIT LINEAR CODEC W ITH H IG H-PERFO RM AN CE AUDIO FRO NT-END PR O D U C T PREVIEW FEATURES: Complete CODEC and FILTER system including: . 14 BIT LINEAR ANALOG TO DIGITAL AND
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ST5092
14-BIT
ATTE031
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dac 344C
Abstract: 344C audio 344c digital audio DAC 0804 LM2940T-5 microchip 309B 4026 digital counter SPRA012 LM386 02AF
Text: AN643 Adaptive Differential Pulse Code Modulation using PIC16/17 Microcontrollers Author: Rodger Richey Advanced Microcontroller and Technology Division INTRODUCTION In the past, adding speech recording and playback capability to a product meant using a digital signal
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AN643
PIC16/17
PIC16C72
DS00643A-page
dac 344C
344C audio
344c digital audio
DAC 0804
LM2940T-5
microchip 309B
4026 digital counter
SPRA012
LM386
02AF
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SONY APS 279 power supply
Abstract: dac 344C SONY APS 253 Sony 032B SONY APS 307 power supply 344c digital audio SONY APS 279 344C audio pac 007a datasheet 1BAF
Text: M AN643 Adaptive Differential Pulse Code Modulation using PICmicro Microcontrollers Author: Rodger Richey Microchip Technology Inc. . INTRODUCTION In the past, adding speech recording and playback capability to a product meant using a digital signal processor or a specialized audio chip. Now, using a
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AN643
PIC16C72
SONY APS 279 power supply
dac 344C
SONY APS 253
Sony 032B
SONY APS 307 power supply
344c digital audio
SONY APS 279
344C audio
pac 007a datasheet
1BAF
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CI TL074
Abstract: ic TL074 CS16 ST5090 ST5090AD ST5090ADTR ST5090TQFP ST5090TQFPTR TQFP44 tfm 1330
Text: ST5090 LOW VOLTAGE 14-BIT LINEAR CODEC WITH HIGH-PERFORMANCE AUDIO FRONT-END FEATURES: Complete CODEC and FILTER system including: 14 BIT LINEAR ANALOG TO DIGITAL AND DIGITAL TO ANALOG CONVERTERS. 8 BIT COMPANDED ANALOG TO DIGITAL AND DIGITAL TO ANALOG CONVERTERS
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ST5090
14-BIT
CI TL074
ic TL074
CS16
ST5090
ST5090AD
ST5090ADTR
ST5090TQFP
ST5090TQFPTR
TQFP44
tfm 1330
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polaroid 6500
Abstract: ultrasonic transducer polaroid polaroid distance measure ultrasonic MHZ ULTRASONIC transducers ultrasonic distance circuit design Ultrasonic Transducer application notes ultrasonic transducer circuit distance measure ultrasonic transducer 1c03
Text: M AN597 Implementing Ultrasonic Ranging Author: THEORY OF OPERATION Robert Schreiber Microchip Technology Inc. INTRODUCTION Object ranging is essential in many types of systems. One of the most popular ranging techniques is ultrasonic ranging. Ultrasonic ranging is used in a wide
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AN597
PIC16CXXX
polaroid 6500
ultrasonic transducer polaroid
polaroid
distance measure ultrasonic
MHZ ULTRASONIC transducers
ultrasonic distance circuit design
Ultrasonic Transducer application notes
ultrasonic transducer circuit
distance measure ultrasonic transducer
1c03
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Untitled
Abstract: No abstract text available
Text: H Preliminary Advanced Micro Devices Am79C02/A Dual Subscriber Line Audio-Processing Circuit DSLAC DISTINCTIVE CHARACTERISTICS Software program mable: -SLIC impedance -Trans-hybrid balance -Transmit and Receive gains -Equalization -Digital I/O pins -Tim e Slot Assigner
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Am79C02/A
Am79C02
Am79C02A
09875-023C
09875-026C
09875-027C
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omap 710
Abstract: SPRU754 OMAP5912 transistor D400 USB_OTG OMAP watchdog timer SPRU769 internal circuit diagram of 7400 IC SPRU765 ARM926EJS
Text: OMAP5912 Multimedia Processor Peripheral Interconnects Reference Guide Literature Number: SPRU758 March 2004 IMPORTANT NOTICE Texas Instruments Incorporated and its subsidiaries TI reserve the right to make corrections, modifications, enhancements, improvements, and other changes to its products and services at any
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OMAP5912
SPRU758
SPRU758A
omap 710
SPRU754
transistor D400
USB_OTG
OMAP watchdog timer
SPRU769
internal circuit diagram of 7400 IC
SPRU765
ARM926EJS
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ICL 7071
Abstract: No abstract text available
Text: S G S -T tiO M S O N RiilD [^@[1[L[l©¥[^©RaD©© ST5092 2.7V SUPPLY 14-BIT LINEAR CODEC W ITH H IG H-PERFO RM AN CE AUDIO FRO NT-END PRODUCT PREVIEW FEATURES: Complete CODEC and FILTER system including: . 14 BIT LINEAR ANALOG TO DIGITAL AND DIGITAL TO ANALOG CONVERTERS.
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ST5092
14-BIT
ICL 7071
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Untitled
Abstract: No abstract text available
Text: Am79C02/03/031 A Advanced Micro Devices Dual Subscriber Line Audio Processing Circuit (DSLAC ) Devices D ISTIN CTIVE C H A R A C T E R IS T IC S • Softw are programmable: ■ Dual PCM ports -U p to 8.192 M Hz each (128 channels per port) - S L I C impedance
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Am79C02/03/031
096-MHz
guaranteed94)
79C031.
40-pin
Am79C02/03/03l
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Untitled
Abstract: No abstract text available
Text: S G S -T tiO M S O N 5 7 . ST5092 R iilD ê [S Î lilL I ïM D © i 2.7V SUPPLY 14-BIT LINEAR CODEC W ITH H IG H-PERFO RM AN CE AUDIO FRO NT-END PRELIMINARY DATA FEATURES: Complete CODEC and FILTER system including: . 14 BIT LINEAR ANALOG TO DIGITAL AND
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ST5092
14-BIT
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Untitled
Abstract: No abstract text available
Text: H O ' 2 1 19« P R E L IM IN A R Y a Am79C02/3 A) Advanced Micro Dual Subscriber Line Audio-Processing Circuit (DSLAC Device) Devices DISTINCTIVE CHARACTERISTICS • Software programmable: Dual PCM ports -S L IC impedance -T rans-hybrid balance -T ransm it and Receive gains
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Am79C02/3
096-MHz
Am79C02/3A
WCP-8M-9/91-0
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ULA 2115
Abstract: No abstract text available
Text: Am79C02/03/031 A Advanced Micro Devices Dual Subscriber Line Audio Processing Circuit (DSLAC ) Devices DISTINCTIVE CHARACTERISTICS • Softw are program mable: -S L IC impedance -T ranshybrid balance -T ra nsm it and receive gains -E qualization -D ig ita l I/O pins
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Am79C02/03/031
096-M
12-dB
Am79C031
40-pin
Am79C02PC
Am79C02/03/03l
ULA 2115
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VOGT n4
Abstract: VOGT n3
Text: aRFLÈMiNAR'. Am79Q4457/5457 AMDB Quad Subscriber Line Audio Processing CircuitNon-Programmable QSLAC -NP Devices TABLE OF CONTENTS Distinctive Characteristics .203
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Am79Q4457/5457
VOGT n4
VOGT n3
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79C03
Abstract: LS 160 ml-4 280AM
Text: P R E L IM IN A R Y a Am79C02/3 A Adv “ £ Dual Subscriber Line Audio-Processing Circuit (DSLAC™ Device) Devices DISTINCTIVE CHARACTERISTICS • ■ ■ ■ Softw are program m able: -S L IC im pedance -T ra ns-h yb rid balance -T ra n s m it and Receive gains
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Am79C02/3
79C02/3A
096-M
12-dB
79C02/3
79C03
LS 160 ml-4
280AM
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Untitled
Abstract: No abstract text available
Text: S^E » • 02 57 5 2 7 0D313D4 587 IAÎ1D3 ADV MICRO TELECOM P R E L IM IN A R Y A m 7 9 C 0 2 /3 (A ) Adva^ Dual Subscriber Line Audio-Processing Circuit (DSLAC Device) Devices DISTINCTIVE CHARACTERISTICS ■ Software programmable: -SLIC impedance -Trans-hybrid balance
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0D313D4
Am79C02/3A
096-MHz
PL028
PL032
CD040
PD040
PL044
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m33 tf 130
Abstract: 1001 fba hybrid
Text: Am79C02/03/031 A A M D ÎI Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive C h a ra c te ris tic s .2-7
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Am79C02/03/031
79C02
79C031
79C03
Am79C031
m33 tf 130
1001 fba hybrid
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Untitled
Abstract: No abstract text available
Text: Am79C02/03/031 A Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive C h a ra cte ristics . 7
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Am79C02/03/031
13087D-02Ã
80C186
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R1Z regulator
Abstract: sfh 123-2
Text: Am79C02/03/031 A Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive C h a ra cte ristics . 7
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Am79C02/03/031
80C186
13087D-021
R1Z regulator
sfh 123-2
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Untitled
Abstract: No abstract text available
Text: L99DZ80EP Door actuator driver Features • One full bridge for 6 A load RON = 150 mΩ ■ Two half bridges for 3 A load (RON = 300 mΩ) ■ Two half bridges for 0.5 A load (RON = 1600 mΩ) *$3*&)7 TQFP-64 ■ One high-side driver for 5 A load (RON = 100 mΩ)
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L99DZ80EP
TQFP-64
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Untitled
Abstract: No abstract text available
Text: L99DZ80EP Door actuator driver Features • One full bridge for 6 A load RON = 150 mΩ ■ Two half bridges for 3 A load (RON = 300 mΩ) ■ Two half bridges for 0.5 A load (RON = 1600 mΩ) *$3*&)7 TQFP-64 ■ One high-side driver for 5 A load (RON = 100 mΩ)
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L99DZ80EP
TQFP-64
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Untitled
Abstract: No abstract text available
Text: L99DZ81EP Door actuator driver Datasheet - production data Applications • Door actuator driver with 3 bridges for double door lock control, 4 high-side drivers for bulbs and LEDs control. • H-bridge control for external power transistors *$3*& 7 TQFP-64
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L99DZ81EP
TQFP-64
L99DZ81EP
DocID023145
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