PDSP16510 Search Results

3B DAV

Abstract: PDSP16256 PDSP16330 PDSP16350 PDSP16510 PDSP16510A PDSP16540
Contextual Info: PDSP16510A PDSP16510A Stand Alone FFT Processor DS3475 The PDSP16510 performs Forward or Inverse Fast Fourier Transforms on complex or real data sets containing up to 1024 points. Data and coefficients are each represented by 16 bits, with block floating point arithmetic for increased

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: AB37 AB37 Increase the performance of the PDSP16510 Application Brief AB37 ISSUE 1.0 February 1994 BACKGROUND A single PDSP16510 FFT Processor ,using a 40 MHz system clock, will support sampling rates up to 12.3 MHz when doing 256 point complex transforms, and up to 6.8 MHz when doing 1024 point complex transforms. These rates can be increased to

variable length fft processor

Abstract: 1Kx32
Contextual Info: AB35 AB35 Implementing Large and Non-Standard Transforms Application Brief AB35 - 1.0 February 1994 BACKGROUND The PDSP16510 is a stand-alone FFT Processor which performs 16, 64, 256, or 1024 point FFT's with input sampling rates of up to 40MHz - typically an order of magnitude faster than programmable DSP parts. A single device can window and transform

3B DAV

Abstract: PDSP16256 PDSP16330 PDSP16350 PDSP16510 PDSP16510A PDSP16540
Contextual Info: PDSP16510A PDSP16510A Stand Alone FFT Processor DS3475 The PDSP16510 performs Forward or Inverse Fast Fourier Transforms on complex or real data sets containing up to 1024 points. Data and coefficients are each represented by 16 bits, with block floating point arithmetic for increased

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: « t a GEC PLES SEY AUGUST 1994 S E M I C O N D U C T O R S A D V A N C E IN FO R M A TIO N DS3475 - 4 3 PDSP16510A STAND ALONE FFT PROCESSOR Supersedes version in D ecem ber 1993 Digital Video & DSP 1C Handbook, H B 3 9 2 3 -1 T he P D S P 1 6 5 1 0 pe rfo rm s F orw ard or Inverse Fast

AN47

Abstract: PDSP1601A PDSP16112 PDSP16112A PDSP16318A PDSP16510 PDSP16540
Contextual Info: AB35 AB35 Implementing Large and Non-Standard Transforms Application Brief AB35 - 1.0 February 1994 BACKGROUND The PDSP16510 is a stand-alone FFT Processor which performs 16, 64, 256, or 1024 point FFT's with input sampling rates of up to 40MHz - typically an order of magnitude faster than programmable DSP parts. A single device can window and transform

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: PDSP16510 AUGUST 1994 ADVANCE INFORMATION DS3475 - 4.3 PDSP16510A STAND ALONE FFT PROCESSOR Supersedes version in December 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

Contextual Info: @M ITEL PDSP16510A Stand Alone FFT Processor SE M IC O N D U C T O R S u p e rs e d e s v e rs io n in D e c e m b e r 1993 D igital V id e o & D S P IC H a n d b o o k, H B 3923-1 The PDSP16510 performs Forward or Inverse Fast Fourier Transforms on complex or real data sets containing up

AN47

Abstract: PDSP1601A PDSP16112 PDSP16112A PDSP16318A PDSP16510 PDSP16540
Contextual Info: AB35 AB35 Implementing Large and Non-Standard Transforms Application Brief AB35 - 1.0 February 1994 BACKGROUND The PDSP16510 is a stand-alone FFT Processor which performs 16, 64, 256, or 1024 point FFT's with input sampling rates of up to 40MHz - typically an order of magnitude faster than programmable DSP parts. A single device can window and transform

Philips MD4

Abstract: AB36 PDSP16510 PDSP16540 AB-36
Contextual Info: AB36 AB36 Input Buffering Needs for the PDSP16510 Application Brief AB36 ISSUE 1.0 January 1995 BACKGROUND The PDSP16510 FFT Processor contains 1K x 32 bits of internal RAM, enough to provide working memory for up 1024 point complex transforms. Once this memory is loaded with data no further external intervention is needed. On every pass of the

AN138

Abstract: PDSP16510
Contextual Info: AN138 The PCS PDSP16510 Simulator Version V.17 Application Note AN138 - 2.0 February 1994 PCS is a standalone program, running under DOS on PC platforms, which will perform a functional simulation of Zarlink Semiconductor’s PDSP16510 FFT Processor. The model in

DS3922

Abstract: 3B DAV 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: Si GEC PLESSEY ADVANCE INFORMATION S E M I C O N D U C T O R S DS3475 - 4.3 P D S P 1 6 5 1 0 A STAND ALONE FFT PROCESSOR Supersedes version in December 1993 Digital Video & DSP IC Handbook, HB3923-1 The PDSP16510 performs Forward or Inverse Fast Fourier Transforms on com plex or real data sets containing up

Contextual Info: MAY 6 1992 GEC P L E S S E Y s e m i c o n d u c t o r s MARCH 1992 PRELIMINARY INFORMATION ! DS3475 - 3.1 P D S P 1 6 5 1 0 /A STAND ALONE FFT PROCESSOR (Supersedes edition in November 1990 Digital Signal Processing 1C Handbook The PDSP16510 performs Forward or Inverse Fast

Contextual Info: GEC P L E S S E Y | s e m i c o n d u c t o r s MARCH 1992 PRELIMINARY SPECIFICATION | D S 3 2 2 7 - 1.2 PDSPFTDS PDSP16510 F FT PROCESSOR EVALUATION BOARD F E A TU R E S • ■ ■ ■ ■ ■ ■ ■ ■ alternatively from a high speed 20MHz complex (16+ 16 bit)

PDSP16330

Abstract: PDSP16510 PDSP16510A DIS1024S
Contextual Info: PDSP16510A MA PDSP16510A MA Stand Alone FFT Processor Advance Information DS3762 The PDSP16510 performs Forward or Inverse Fast Fourier Transforms on complex or real data sets containing up to 1024 points. Data and coefficients are each represented by 16 bits, with block floating point arithmetic for increased

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

"transient capture"

Abstract: Block Floating Point Implementation PDSP16330 PDSP16510 PDSP16540 SP973T8 64x256 PDSP16330 plessey gec plessey semiconductor
Contextual Info: FEBRUARY 1995 ADVANCE INFORMATION DS3227 - 1.3 PDSPFTDS PDSP16510 FFT PROCESSOR EVALUATION BOARD Supersedes version in December 1993 Digital Video & Digital Signal Processing IC Handbook, HB3923-1 FEATURES alternatively from a high speed (20MHz) complex (16 + 16 bit)

Contextual Info: AN138 The PCS PDSP16510 Simulator Version V.17 Application Note AN138 - 2.0 February 1994 PCS is a standalone program, running under DOS on PC platforms, which will perform a functional simulation of Mitel Semiconductor’s PDSP16510 FFT Processor. The model in

3B DAV

Abstract: PDSP16330 PDSP16510 PDSP16510A
Contextual Info: PDSP16510A MA PDSP16510A MA Stand Alone FFT Processor Advance Information DS3762 The PDSP16510 performs Forward or Inverse Fast Fourier Transforms on complex or real data sets containing up to 1024 points. Data and coefficients are each represented by 16 bits, with block floating point arithmetic for increased