TMC2250AG1C3, TMC2250AH5C, TMC2250AH5C2 Selling Leads, Datasheet
MFG:Fairchild Package Cooled:N/A D/C:09+
TMC2250AG1C3, TMC2250AH5C, TMC2250AH5C2 Datasheet download
Part Number: TMC2250AG1C3
MFG: Fairchild
Package Cooled: N/A
D/C: 09+
TMC2250AG1C3, TMC2250AH5C, TMC2250AH5C2
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Info of TMC2250AG1C3
Info of TMC2250AH5C
Info of TMC2250AH5C2
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About TMC2250AG1C3
PDF/DataSheet Download
Datasheet: TMC2250AG1C3
File Size: 191477 KB
Manufacturer: FAIRCHILD [Fairchild Semiconductor]
Download : Click here to Download
About TMC2250AH5C
PDF/DataSheet Download
Datasheet: TMC2250AH5C
File Size: 191477 KB
Manufacturer: FAIRCHILD [Fairchild Semiconductor]
Download : Click here to Download
About TMC2250AH5C2
PDF/DataSheet Download
Datasheet: TMC2250AH5C2
File Size: 191477 KB
Manufacturer: FAIRCHILD [Fairchild Semiconductor]
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TMC2250AH5C General Description
The TMC2250A is a flexible high-performance nine-multiplier array VLSI circuit which can execute a cascadeable 9-tap FIR filter, a cascadeable 4 x 2 or 3 x 3-pixel image convolution, or a 3 x 3 color space conversion. All configurations offer throughput at up to the maximum guaranteed 50 MHz clock rate with 12-bit data and 10-bit coefficients. All inputs and outputs are registered on the rising edges of the clock.
The 3 x 3 matrix multiply or color conversion configuration can perform video standard conversion (YIQ or YUV to RGB, etc.) or three-dimensional perspective translation at real-time video rates.
The 9-tap FIR filter configuration, useful in Video, Telecommunications, and Signal Processing, features a 16-bit cascade input to allow construction of longer filters.
The cascadeable 3 x 3 and 4 x 2-pixel image convolver functions allow the user to perform numerous image processing functions, including static filters and edge detectors. The 16-bit cascade input port facilitates two-chip 50 MHz cubic convolution (4 x 4-pixel kernel).
The TMC2250A is fabricated in a sub-micron CMOS process and operates at clock speeds of up to 50 MHz over the full commercial (0°C to 70°C) temperature and supply voltage ranges. It is available in 120-pin Plastic Pin Grid Array
(PPGA) packages, 120-lead Ceramic Pin Grid Array package (CPGA), 120-lead PQFP to PPGA package (MPGA) and 120-lead Plastic Quad FlatPack (PQFP). All input and output signals are TTL compatible.
TMC2250AH5C Features
• Four user-selectable filtering and transformation
functions:
Triple dot product (3 x 3) matrix multiply
Cascadeable 9-tap systolic FIR filter
Cascadeable 3 x 3-pixel image convolver
Cascadeable 4 x 2-pixel image convolver
• 50 MHz (20ns) pipelined throughput
• 12-bit input and output data, 10-bit coefficients
• 6-bit cascade input and output ports in all filter modes
• Onboard coefficient storage, with three-cycle updating of
all nine coefficients
functions:
Triple dot product (3 x 3) matrix multiply
Cascadeable 9-tap systolic FIR filter
Cascadeable 3 x 3-pixel image convolver
Cascadeable 4 x 2-pixel image convolver
• 50 MHz (20ns) pipelined throughput
• 12-bit input and output data, 10-bit coefficients
• 6-bit cascade input and output ports in all filter modes
• Onboard coefficient storage, with three-cycle updating of
all nine coefficients
TMC2250AH5C Typical Application
• Image filtering and manipulation
• Video effects generation
• Video standards conversion and encoding/decoding
• Three-dimensional image manipulation
• Medical image processing
• Edge detection for object recognition
• FIR filtering for communications systems
• Video effects generation
• Video standards conversion and encoding/decoding
• Three-dimensional image manipulation
• Medical image processing
• Edge detection for object recognition
• FIR filtering for communications systems
TMC2250AH5C Connection Diagram
TMC2250AH5C2 General Description
The TMC2250A is a flexible high-performance nine-multiplier array VLSI circuit which can execute a cascadeable 9-tap FIR filter, a cascadeable 4 x 2 or 3 x 3-pixel image convolution, or a 3 x 3 color space conversion. All configurations offer throughput at up to the maximum guaranteed 50 MHz clock rate with 12-bit data and 10-bit coefficients. All inputs and outputs are registered on the rising edges of the clock.
The 3 x 3 matrix multiply or color conversion configuration can perform video standard conversion (YIQ or YUV to RGB, etc.) or three-dimensional perspective translation at real-time video rates.
The 9-tap FIR filter configuration, useful in Video, Telecommunications, and Signal Processing, features a 16-bit cascade input to allow construction of longer filters.
The cascadeable 3 x 3 and 4 x 2-pixel image convolver functions allow the user to perform numerous image processing functions, including static filters and edge detectors. The 16-bit cascade input port facilitates two-chip 50 MHz cubic convolution (4 x 4-pixel kernel).
The TMC2250A is fabricated in a sub-micron CMOS process and operates at clock speeds of up to 50 MHz over the full commercial (0°C to 70°C) temperature and supply voltage ranges. It is available in 120-pin Plastic Pin Grid Array
(PPGA) packages, 120-lead Ceramic Pin Grid Array package (CPGA), 120-lead PQFP to PPGA package (MPGA) and 120-lead Plastic Quad FlatPack (PQFP). All input and output signals are TTL compatible.
TMC2250AH5C2 Features
• Four user-selectable filtering and transformation
functions:
Triple dot product (3 x 3) matrix multiply
Cascadeable 9-tap systolic FIR filter
Cascadeable 3 x 3-pixel image convolver
Cascadeable 4 x 2-pixel image convolver
• 50 MHz (20ns) pipelined throughput
• 12-bit input and output data, 10-bit coefficients
• 6-bit cascade input and output ports in all filter modes
• Onboard coefficient storage, with three-cycle updating of
all nine coefficients
functions:
Triple dot product (3 x 3) matrix multiply
Cascadeable 9-tap systolic FIR filter
Cascadeable 3 x 3-pixel image convolver
Cascadeable 4 x 2-pixel image convolver
• 50 MHz (20ns) pipelined throughput
• 12-bit input and output data, 10-bit coefficients
• 6-bit cascade input and output ports in all filter modes
• Onboard coefficient storage, with three-cycle updating of
all nine coefficients
TMC2250AH5C2 Typical Application
• Image filtering and manipulation
• Video effects generation
• Video standards conversion and encoding/decoding
• Three-dimensional image manipulation
• Medical image processing
• Edge detection for object recognition
• FIR filtering for communications systems
• Video effects generation
• Video standards conversion and encoding/decoding
• Three-dimensional image manipulation
• Medical image processing
• Edge detection for object recognition
• FIR filtering for communications systems
TMC2250AH5C2 Connection Diagram
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