8205 DECODER Search Results

Contextual Info: SGS-THOMSON ìiL d « * ! TD A 8205 NICAM QPSK DEMODULATOR • HIGHLY INTEGRATED TWO CHIP SOLU­ TION FOR NICAM DEMODULATION using TDA8204 decoder ■ AUTOMATIC DUAL STANDARD DEMODULA­ TION 6.552MHz FOR I SYSTEM 5.85MHz FOR B/G SYSTEM ■ 40dB RANGE AGC

intel 8205

Abstract: 8205S 8205 decoder 8205 intel 8008 cpu 8008 CPU P8205 8205 intel
Contextual Info: in r t e T 8205 HIGH SPEED 1 OUT OF 8 BINARY DECODER • I/O Port or Memory Selector ■ Simple Expansion — Enable Inputs ■ High Speed Schottky Bipolar Technology — 18ns Max. Delay ■ Directly Compatible with TTL Logic Circuits Low Input Load Current — .25 mA

8205S

Abstract: intel 8205 chip 8205 8205 microprocessor 8205 decoder 8205 p8205 intel 8008 8205 6 pin intel 8008 cpu
Contextual Info: intei 8205 HIGH SPEED 1 OUT OF 8 BINARY DECODER I/O Port or Memory Selector Low Input Load Current — .25 mA max., 1 /6 Standard TTL Input Load Minimum Line Reflection — Low Voltage Diode Input Clamp Simple Expansion — Enable Inputs High Speed Schottky Bipolar

Contextual Info: intei 8205 HIGH SPEED 1 OUT OF 8 BINARY DECODER I/O Port or Memory Selector Simple Expansion — Enable Inputs High Speed Schottky Bipolar Technology — 18ns Max. Delay Directly Compatible with TTL Logic Circuits Low Input Load Current — .25 mA max., 1 /6 Standard TTL Input Load

8205S

Abstract: intel 8205 P8205 intel 8008 8205 microprocessor 8205 decoder 8205 C8205 chip 8205 8205 6 pin
Contextual Info: in te T 8205 HIGH SPEED 1 OUT OF 8 BINARY DECODER Low Input Load Current — .25 mA max., 1/6 Standard TTL Input Load Minimum Line Reflection — Low Voltage Diode Input Clamp Outputs Sink 10 mA min. 16-Pin Dual-ln-Line Ceramic or Plastic Package • I/O Port or Memory Selector

8205 decoder

Abstract: 8048 microcomputer user manual microprocessors interface 8237 UPI-41A instruction set of 8048 I-41A UPI-41
Contextual Info: UPI-41A/41AH/42/42AH USER’S MANUAL CHAPTER 5 SYSTEM OPERATION BUS INTERFACE Reading the DBBOUT Register The U P I-4 1 A /4 1 A H /4 2 /4 2 A H Microcomputer func­ tions as a peripheral to a master processor by using the data bus buffer registers to handle data transfers. The

8205 decoder

Abstract: 8205 datasheet MP7543JP MP7543JS MP7543KN MP7543KP MP7543KS MP75L43 MP7542 MP7543
Contextual Info: MP7543 5 V CMOS Serial Input 12-Bit Digital-to-Analog Converter FEATURES BENEFITS • • • • • • • • • • • • Compatible with Serial Addressing Systems 12-Bit DAC with Serial Digital Input Interface Nonlinearity +1/2 LSB from Tmin to Tmax

MM74PC138J

Abstract: MM74PC138N
Contextual Info: microCMOS O'-/ 0 } o o MM74PC138 National Semiconductor MM74PC138 3-Line to 8-Line Decoder/Demultiplexer General Description Features The MM74PC138 is fabricated using National’s microCMOS technology, which offers low power consumption, high noise Immunity, and high speed. The speed of the MM74PC138

8205 A

Abstract: 8205 decoder 74LS138 B532 demultiplexer truth table J16A MM74PC138J MM74PC138N N16A NSC800
Contextual Info: MM74PC138 National Semiconductor 0<-/0>oo MM74PC138 3-Line to 8-Line Decoder/Demultiplexer General Description Features Th e M M74PC138 is fabricated using N ational’s m icroC M O S technology, w hich offers low pow er consum ption, high noise im m unity, and high speed. The speed of th e M M 74PC 138

DG485

Abstract: DG485DJ DG485DN
Contextual Info: DG485 Siliconix Octal Analog Switch Array Features Benefits Applications D Low OnĆResistance: 55 W D Low Signal Distortion D Audio Switching and Routing D RailĆtoĆRail Analog Input Range D Devices Can Be Chained for System Expansion D Audio Teleconferencing

BIT 3195 G

Abstract: TRANSISTOR 5804 transistor 5910 2878 transistor ma 8920 regulator darlington array 2804 BIT 3195 8205 A mosfet 8205 mosfet 5810-FQ
Contextual Info: Allegro MicroSystems Fax-on-Demand: 1-888-286-9288 Outside North America: 1-202-216-1827 ICs and PMCMs PRODUCT INDEX in NUMERICAL ORDER Part Number* Description 8932-A 8958 Motor Drivers Quad, 1.8 A, 50 V Darlington Power Driver Quad, 1.8 A, 50 V Darlington Power Driver

Contextual Info: _ MP7543 m j\ CMOS Serial Input 12-Bit Digital-to-Analog Converter Micro Power Systems FEATURES • • • • • • • • • • Small Size • Low Cost • CDIP, PDIP, SOIC & PLCC Packages Available 12-Bit DAC with Serial Digital Input Interface Nonlinearity ±1/2 LSB from Tmin to Tmax

TRANSISTOR J 5804

Abstract: j 5804 transistor j 5804 8205 A mosfet transistor 5910 6811 brushless pwm ac chopper 8205 dual mosfet BIT 3195 TMIS-3185/480/3P
Contextual Info: TABLE OF CONTENTS General Information . page 2 Product Selection Guides • ■ ■ ■ ■ ■ ■ ■ Power Sink Drivers . 3

DG485

Abstract: DG485DJ DG485DN
Contextual Info: DG485 Octal Analog Switch Array Features Benefits Applications D D D D D D D Low Signal Distortion D Devices Can Be Chained for System Expansion D Reduced Board Space D Reduced Switch Errors D Reduced Power Supply Requirements D Simple Interfacing D Audio Switching and Routing

136S6

Abstract: DG485DJ
Contextual Info: DG485 Vishay Siliconix Octal Analog Switch Array FEATURES BENEFITS APPLICATIONS D D D D D D D Low Signal Distortion D Devices Can Be Chained for System Expansion D Reduced Board Space D Reduced Switch Errors D Reduced Power Supply Requirements D Simple Interfacing

diode s6

Abstract: DG485 DG485DJ DG485DN s6 diode S1715 S5S3-5
Contextual Info: DG485 Siliconix Octal Analog Switch Array Features Benefits Applications D Low OnĆResistance: 55 W D Low Signal Distortion D Audio Switching and Routing D RailĆtoĆRail Analog Input Range D Devices Can Be Chained for System Expansion D Audio Teleconferencing

DG485DJ

Abstract: AN204 DG485 DG485DN 136S6 TDRC
Contextual Info: DG485 Vishay Siliconix Octal Analog Switch Array FEATURES BENEFITS APPLICATIONS D D D D D D D Low Signal Distortion D Devices Can Be Chained for System Expansion D Reduced Board Space D Reduced Switch Errors D Reduced Power Supply Requirements D Simple Interfacing

8205 decoder

Abstract: AN204 DG485 DG485DJ DG485DN
Contextual Info: DG485 Vishay Siliconix Octal Analog Switch Array FEATURES BENEFITS APPLICATIONS D D D D D D D Low Signal Distortion D Devices Can Be Chained for System Expansion D Reduced Board Space D Reduced Switch Errors D Reduced Power Supply Requirements D Simple Interfacing

10k ohms potentiometer

Abstract: A 2057 intel 8085A 2070H AD7542 AN8355 E 2056 la 2046 HCPL-2530 ICM7555
Contextual Info: ► AN-328 APPLICATION NOTE ANALOG DEVICES ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Generate 4 Channels of Analog Output Using AD754212-Bit D/A Converters and Control the Lot with Only Two Wires by John Wynne

AN204

Abstract: DG400 DG485 DG508A LF356
Contextual Info: AN204 Serially-Controlled Eight-Channel Analog Switch Array Simplifies Signal Conditioning and Routing Steve Moore When analog signals are processed in a digital system, some of the processing must be performed in the analog domain, both before and after the digital portion of the

DG508a connection diagram

Abstract: AN204 DG400 DG485 DG508A LF356 microprocessor 8212 block diagram
Contextual Info: AN204 Serially-Controlled Eight-Channel Analog Switch Array Simplifies Signal Conditioning and Routing When analog signals are processed in a digital system, some of the processing must be performed in the analog domain, both before and after the digital portion of the system.

Contextual Info: DG485 Vishay Siliconix Octal Analog Switch Array FEATURES BENEFITS APPLICATIONS D D D D D D D Low Signal Distortion D Devices Can Be Chained for System Expansion D Reduced Board Space D Reduced Switch Errors D Reduced Power Supply Requirements D Simple Interfacing

AN204

Abstract: DG400 DG485 DG508A LF356 AN204 siliconix
Contextual Info: AN204 Siliconix SeriallyĆControlled EightĆChannel Analog Switch Array Simplifies Signal Conditioning and Routing Steve Moore When analog signals are processed in a digital system, some of the processing must be performed in the analog domain, both before and after the digital portion of the system.

DG485DJ

Abstract: AN204 DG485 DG485DN
Contextual Info: DG485 Vishay Siliconix Octal Analog Switch Array FEATURES BENEFITS APPLICATIONS D D D D D D D Low Signal Distortion D Devices Can Be Chained for System Expansion D Reduced Board Space D Reduced Switch Errors D Reduced Power Supply Requirements D Simple Interfacing