PDSP16350 Search Results

D3318

Abstract: direct pm modulation circuit PDSP16350 PDSP16488A PDSP16510A COS10
Contextual Info: PDSP16350 PDSP16350 I/Q Splitter/NCO Supersedes version in December 1993 Digital Video & DSP IC Handbook, HB3923-1 The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16

COS10

Abstract: PDSP16350 PDSP16488A PDSP16510A DIN24 PDSP16256/A
Contextual Info: PDSP16350 PDSP16350 I/Q Splitter/NCO DS3711 The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16 bit amplitude accuracy, and are synthesised using a 34 bit

din32

Abstract: CORDIC to generate sine wave PDSP16350 PDSP16488A PDSP16510A D3318
Contextual Info: PDSP16350 PDSP16350 I/Q Splitter/NCO DS3711 The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16 bit amplitude accuracy, and are synthesised using a 34 bit

PDSP16350

Abstract: PDSP16488A PDSP16510A DIN24
Contextual Info: PDSP16350 PDSP16350 I/Q Splitter/NCO DS3711 The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16 bit amplitude accuracy, and are synthesised using a 34 bit

D3318

Contextual Info: PDSP16350 @ M ITEL l/Q Splitter/NCO S E M IC O N D U C T O R Supersedes version in Decem ber 1993 Digital Video & DSP IC Handbook, HB3923-1 T h e P D S P 1 6 3 5 0 p ro v id e s an in te g ra te d s o lu tio n to the need for v e ry accurate, digitised, sine and cosine w aveform s.

amplitude modulation transmitter circuit diagram

Abstract: bfsk QUADRATURE CLOCK CONVERTER amplitude modulation block diagram PDSP16256 PDSP16340 PDSP16350 PDSP16488 PDSP16510
Contextual Info: P I L E S S E Y S EM IC O N D U C T O R S P D S P 1 6 3 5 0 I/O SPLITTER / NCO The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16 bit amplitude accuracy, and are synthesised using a 34 bit

D3318

Abstract: PDSP16350 PDSP16488A PDSP16510A bfsk DIN32
Contextual Info: Obsolescence Notice This product is obsolete. This information is available for your convenience only. For more information on Zarlink’s obsolete products and replacement product lists, please visit http://products.zarlink.com/obsolete_products/ PDSP16350

Contextual Info: • PLESSEY S E M IC O N D U C T O R S PDSP16350 l/Q SPLFTTER / NCO The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16 bit amplitude accuracy, and are synthesised using a 34 bit

Contextual Info: GEC P I E S S E Y S i S E MI CONDUCTORS P ADVANCE INFORMATION D S P 1 6 3 5 l/Q SPLITTER / NCO Supersedes version in December 1993 Digital Video S Digital Signal Processing 1C Handbook, HB3923-1 The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms.

Contextual Info: PDSP16350 SK3NAL DESCRIPTION DIN33:0 Data bus forthe input register. This input register provides a 34 bit, incremental or absolute, phase value, if the mode pin is low. Alternatively if the mode pin is high, it provides an 18 bit phase increment value, via D17:0, and a 16 bit scale value via D33:18.

D3318

Contextual Info: PDSP16350 PDSP16350 I/Q Splitter/NCO DS3711 The PDSP16350 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16 bit amplitude accuracy, and are synthesised using a 34 bit

COS15

Abstract: din32 AC84 PDSP16350 PDSP16488A PDSP16510A K217 N1137 D3318
Contextual Info: PDSP16350 @ MITEL l/Q Splitter/NCO SEMICONDUCTOR Supersedes version in Decem ber 1993 Digital Video & DSP IC Handbook, HB3923-1 The P D S P 1 6 3 5 0 provides an integrated solution to the need for very accurate, digitised, sine and cosine waveforms. Both these waveforms are produced simultaneously, with 16

how dsp is used in radar

Abstract: Mitel Semiconductor ON SEMICONDUCTOR 613 PDSP16256 PDSP16350 hilbert
Contextual Info: PDSP16256/PDSP16350 Evaluation System Supersedes version in June 1995 Digital Video & DSP IC Handbook, HB3923-2 DS3854 - 2.0 May 1996 DAC FILTER 1 PDSP16256 ADC FILTER 2 PDSP16256 DAC PRECISION SINE/COSINE GENERATOR AM, FM, FSK CHIRP GENERATION PDSP16350 PC BUS INTERFACE

PDSP16256

Abstract: PDSP16350 PDSP16510A
Contextual Info: PDSP16256/A Programmable FIR Filter DS3709 Features ● ● ● ● ● ● ● Sixteen MACs in a Single Device Basic Mode is 16-Tap Filter at up to 25MHz Sample Rates Programmable to give up to 128 Taps with Sampling Rates Proportionally Reducing to 3•125MHz

Contextual Info: • MJESSEY S E M IC O N D U C T O R S PDSP16256 / A PROGRAMMABLE FIR FILTER S U P E R S E D E S M A R C H 1990 ED ITIO N The PDSP16256/A contains sixteen multiplier - accumu­ lators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. It accepts 16 bit data and coefficients,

bfp 11A diode

Contextual Info: Si GEC PLESSEY S I M I t O N I L C T O H S P D S P 1 6 1 1 6 /A 16 BY 16 BIT COMPLEX MULTIPLIER Supersedes version October 1995 verison, DS3707 - 3.0) The PQSP16116A will multiply two complex (1 6 + 1 6 ) bit words every 50ns and can be configured to output the

Contextual Info: M JE S S E Y SEMICONDUCTORS _ PDSP16340 POLAR TO CARTESIAN CONVERTER SUPERSEDES APRIL 1990 EDITION The PDSP16340 can be configured to perform either a coordinate conversion function, or simply to provide a sine / cosine look-up table. When employed as an coordinate con­

Contextual Info: • MARCHI 990 MÆSSEY S E IV! I C O I M D U C T O R S P D S P 1 6 2 5 6 / A PROGRAMMABLE FIR FILTER Supersedes July 1989 Edition The PDSP16256 contains sixteen multiplier - accumula­ tors, which can be multi cycled to provide from 16 to 128 stages of digital filtering. It accepts 16 bit data and coefficients,

VES0010

Contextual Info: M IT E L PDSP16256/A Programmable FIR Filter SE M IC O N D U C T O R Supersedes version DS3709 5.1 January 1998 T h e P D S P 1 6 2 5 6 c o n ta in s s ix te e n m u ltip lie r accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are

DS3922

Contextual Info: I V II T E L . P D S P 1 6 5 1 5 A _ Stand Alone FFT Processor SEMICONDUCTOR |nformatjon DS3922 - 1.5 October 1996 The PDSP16515A perform s Forward or Inverse Fast Fourier Transforms on complex or real data sets containing up to 1024 points. Data and coefficient input are both represented

Contextual Info: P D S P 1 6 5 1 0 A @ M ITEL Stand Alone FFT Processor S E M IC O N D U C T O R Supersedes version in Decem ber 1993 Digital Video & DSP IC Handbook, HB3923-1 The PDSP16510 performs Forward or Inverse Fast Fourier Transforms on complex or real data sets containing up

3B DAV

Abstract: DS3922 PDSP16256 PDSP16330 PDSP16350 PDSP16510A PDSP16515A
Contextual Info: PDSP16515A PDSP16515A Stand Alone FFT Processor Advance Information DS3922 ● ● ● ● ● ● ● Completely self contained FFT Processor Pin and functionally compatible with the PDSP16510A Expanded width internal RAM supports up to 1024 complex points

Contextual Info: PDSP16116/A/MC PDSP16116/A/MC 16 By 16 Bit Complex Multiplier DS3858 - 3.0 June 2000 The PDSP16116A will multiply two complex 16 + 16 bit words every 50ns and can be configured to output the complete complex (32 + 32) bit result within a single cycle. The

parallel Multiplier Accumulator based on Radix-2

Abstract: DS3707 PDSP16116 PDSP16116A PDSP16318A subtractor using TTL CMOS GG144 4 bit binary full adder and subtractor 32-bit adder block diagram for barrel shifter
Contextual Info: PDSP16116 16 X 16 Bit Complex Multiplier Supersedes October 1996 version, DS3707 - 4.2 The PDSP16116 contains four 16316 array multipliers, two 32-bit adder/subtractors and all the control logic required to support Block Floating Point Arithmetic as used in FFT applications.