LF3312 M Search Results

LF3312

Abstract: VIDEO FRAME LINE BUFFER block DIAGRAM OF random access memory sequential MEMORY line
Contextual Info: De-interlacing – Video Storage LF3312 - Application Note Let the LF3312 Frame Buffer be the storage workhorse for your de-interlacing application. There is an increasing need for high performance de-interlacing systems as we convert more and more media into progressive scan format for consumption. The LF3312 is well

LF3312

Abstract: verilog code for image rotation synchronous counter using 4 flip flip Vertical line driver for Full Frame green pixel rotation image rotation verilog
Contextual Info: Pixel Mapping - Video Flipping LF3312 - Application Note OVERVIEW With the LF3312’s flexible memory address architecture, a sequence of input data can easily be mapped to any locations within the memory space. The following paper clearly illustrates a selectable video flipping application whereby an input image can be buffered by the LF3312 and

LF3312

Abstract: hd-SDI deserializer 10bit
Contextual Info: HD-SDI and SD-SDI Frame Synchronization LF3312 - Application Note OVERVIEW Synchronizing an SDI video feed to a system house sync can be accomplished using the LF3312. In this application, we can place the LF3312 buffer directly after the deserializer and use the reclocked

LF3312

Contextual Info: Image Manipulation – Vertical Flip LF3312 - Application Note OVERVIEW With the LF3312’s flexible memory address architecture, data can be sequentially stored in memory and then accessed using a completely reordered address. An application such as creating the

LF3312

Contextual Info: Image Manipulation – Mirror Image LF3312 - Application Note OVERVIEW With the LF3312’s flexible memory address architecture, data can be sequentially stored in memory and then accessed using a completely reordered address. An application such as creating the ‘mirror

LF3312

Contextual Info: Manipulating Read and Write Pointers LF3312 - Application Note OVERVIEW The LF3312 has been designed to support flexible manipulation of the Write and Read pointers. Each write and read pointer, whether in single or dual memory channel mode, can be set/jumped to a

27MHZ

Abstract: LF3312
Contextual Info: SDI Video Frame Synchronization DEVICES INCORPORATED Video Memory Application Note FRAME MEMORY Overview Synchronization or Time Base Correction of an SDI video feed to arbitrary reference timing can be easily accomplished using the LF3312. In this application, the LF3312 buffer is placed directly after the deserializer and accepts

LF3312

Abstract: LF3312s LF33 12FC00
Contextual Info: Depth Expansion through Cascading LF3312 - Application Note OVERVIEW Cascading multiple LF3312s for depth expansion is easy. The usable 24bit address space is simply extended for every additional device that is cascaded. The LF3312 is cascaded in parallel, where the input of each device is tied together. The input data

LF3312

Abstract: video stream
Contextual Info: Video Synchronization LF3312 - Application Note OVERVIEW The LF3312 is good tool for synchronizing video or data streams with arbitrary timing to a set system or ‘master’ timing source. The timing sources are typically in the form of a Clock and a field/frame

LF3312

Abstract: TDI timing
Contextual Info: JTAG Boundary Scan Testing LF3312 - Application Note IEEE 1149.1 Serial Boundary Scan JTAG The LF3312 incorporates a serial boundary scan test access port (TAP) in its BGA package. This device is compliant with IEEE Standard #1149.1-1900. Test Access Port Clock - TCK

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

lathes

Abstract: LF3312 3312
Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Advance Information FEATURES 12,441,600-bit Frame Memory May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel) • 1,036,800 x 12-bit (single channel)

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel) • 1,036,800 x 12-bit (single channel)

LF3312

Abstract: 74MHz
Contextual Info: Current and Power Specifications LF3312 - Application Note Current and Power Consumption Internal 1.8V Current and Power Consumption Active Operation Parameter Min Max Unit VCC core 1.7 1.9 V ICC current 39 48 mA POWER core 66.3 91.2 mW Quiescent Operation

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet AR Y Features EL IM IN 12,441,600-bit Frame Memory May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

LF3312

Abstract: 19 214
Contextual Info: This application brief describes the LF3312’s programmable flag behaviour. The first section describes the Empty/Full threshold settings. The second section provides a simple example of how the flags react to enabled writes and reads to/from the memory.

Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

LF3312

Abstract: LF3312BGC position sensitive diode circuit
Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

LF3312 m

Abstract: LF3312 LF3312BGC
Contextual Info: LF3312 12-Mbit Frame Buffer / FIFO DEVICES INCORPORATED Preliminary Datasheet Features 12,441,600-bit Frame Memory 74.25MHz Max Data Rate May be Organized Into the Following Configurations: • 1,555,200 x 8-bit single channel • 1,244,160 x 10-bit (single channel)

LF3312

Contextual Info: Picture-in-Picture or Multi-source Buffering LF3312 - Application Note OVERVIEW Multiple independent data/video streams can be written into a shared linear address space using multiple LF3312s. Picture in Picture applications can be implemented where multiple video feeds are