Fairchild Semiconductor

TMC2302AH5C1 - Image Manipulation Sequencer | Fairchild Semiconductor

Name: TMC2302AH5C1 - Image Manipulation Sequencer | Fairchild Semiconductor
Brand: Fairchild Semiconductor
SKU: TMC2302AH5C1

部品番号: TMC2302AH5C1 ✗ 生産終了

onsemi Id 121-lead PPGA Package

見積もり依頼

MOQ: 1 |

データシートを見る (PDF) 代替品を見る

数量

TMC2302AH5C1 概要

The Fairchild Semiconductor TMC2302AH5C1 is an image manipulation sequencer designed for high-performance image filtering, remapping, rotation, warping, panning, scaling, and two- or three-dimensional address generation. The device is identified in distributor listings as a 121-pin PPGA package measuring 34.16 mm by 34.16 mm. It supports asynchronous loading of control parameters and rapid pixel processing at 25 ns per pixel, making it suitable for specialized image-processing systems, raster engines, inspection equipment, and high-speed video-processing architectures. The TMC2302A architecture can control filtering or remapping of two- and three-dimensional images by resampling them from one Cartesian coordinate system into another. General third-order polynomial transformations in two dimensions are provided on-chip, while three-dimensional image addressing expands the device beyond simple two-dimensional raster remapping. The H5C1 ordering suffix is associated with the 121-lead PPGA package in the verified distributor data; additional electrical, timing, environmental, and ordering details are not included in the supplied source data and are therefore not inferred here. As an application-specific address generator and image manipulator, the TMC2302AH5C1 is not a conventional microprocessor, memory device, or general-purpose DSP. Instead, it sits within the image-processing pipeline and supplies calculated addresses and transform parameters for downstream pixel memory. Its 25 ns per pixel capability is the principal verified performance figure and should be compared against the system clock, memory bandwidth, pixel format, and transformation complexity during design planning. The component was originally offered by Fairchild Semiconductor; some current distributor records associate the same MPN with onsemi. Buyers should confirm lifecycle status, traceability, and documentation revision with the authorized seller before placing an order.

ドロップイン代替品: TMC2302AH5C1 — 同一パッケージでピン互換。PCBの作り直しが必要な異なるパッケージの部品は除外されています。

この製品に利用可能なドロップイン代替品はありません。

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TMC2302AH5C1 仕様

Device Type	Image Manipulation Sequencer
Product Family	TMC2302A
Pixel Processing Rate	25 ns per pixel
Package Type	121-lead PPGA
Package Dimensions	34.16 mm x 34.16 mm
Supported Dimensionality	Two-dimensional and three-dimensional image addressing
Transformation Capability	General third-order polynomial transformations in two dimensions
Control Parameter Loading	Asynchronous loading
Image Operations	Rotation, warping, panning, and scaling
Image Function	Filtering or remapping by resampling Cartesian coordinate systems
Manufacturer	Fairchild Semiconductor
Current Distributor Association	onsemi
ピン数	121 pins

TMC2302AH5C1 34.16 mm x 34.16 mm ピン配置ガイド

TMC2302AH5C1 (34.16 mm x 34.16 mm パッケージ) のピン配置。ピン番号、機能、接続図はメーカーのデータシートで定義されています。正確なフットプリントとはんだ付けのガイドラインについては、データシートを参照してください。

TMC2302AH5C1 の 34.16 mm x 34.16 mm パッケージピン配置図

詳細なピン配置データはありません: TMC2302AH5C1.

詳細はデータシートをご参照ください。

主な用途

TMC2302AH5C1 の用途: 6 件s: Industrial Machine Vision, Medical Image Visualization, Video Scaling and Rotation, Scientific Volume Rendering, Optical Inspection Systems, Geospatial Image Processing.

🏭

Industrial Machine Vision

The TMC2302AH5C1 fits machine-vision pipelines that need hardware-generated coordinates for rotation, warping, panning, scaling, and image remapping. Its verified 25 ns per pixel processing capability allows the sequencer to control pixel addresses while external memory and imaging electronics handle pixel data. The dedicated architecture can reduce the software burden compared with a general-purpose DSP. However, operating temperature, supply voltage, and I/O standard are not available in the supplied data, so industrial environmental qualification must be confirmed before production use.

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💊

Medical Image Visualization

The TMC2302AH5C1 is applicable to medical image visualization systems that resample two- or three-dimensional datasets into a display coordinate system. Dedicated support for three-dimensional image addressing, third-order two-dimensional polynomial transformations, rotation, warping, panning, and scaling can simplify geometric correction stages. The verified 25 ns per pixel rate is important for interactive reconstruction or volume rendering. Medical-system designers must still confirm electrical, environmental, and regulatory requirements for their particular equipment.

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TMS320C10FNLR · Texas Instruments ADV7202KST · Analog Devices

📺

Video Scaling and Rotation

A video raster path requiring arbitrary scaling, rotation, panning, or warping can use the TMC2302AH5C1 as a dedicated image-address sequencer. Instead of implementing every coordinate calculation in a processor, the device supplies a hardware-oriented mechanism for mapping source pixels into a destination raster. Its verified 25 ns per pixel capability establishes the basis for throughput planning. The surrounding memory controller, pixel bus, clocks, and output video converter still determine complete system performance.

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ADV7311KST · Analog Devices WM8783GED/V · Cirrus Logic Inc.

🖥️

Scientific Volume Rendering

Three-dimensional image addressing makes the TMC2302AH5C1 relevant to scientific visualization systems that resample volumetric datasets. It can support filtering or remapping from one Cartesian coordinate system to another while also handling two-dimensional geometric transformations. The dedicated 25 ns per pixel operation provides a useful throughput reference for interactive rendering architectures. Designers must verify that their memory organization, timing, and I/O assumptions align with the manufacturer specification before integrating the legacy PPGA device.

おすすめ

TMS320C10FNLR · Texas Instruments ADV7202KST · Analog Devices

🔍

Optical Inspection Systems

Optical inspection systems often need pixel-coordinate correction for lens distortion, stage movement, field-of-view changes, or nonuniform scan geometry. The TMC2302AH5C1 supports rotation, warping, panning, scaling, and third-order two-dimensional polynomial transformations, making it suitable for dedicated raster remapping. Its 25 ns per pixel capability can support high-rate image movement in the addressing path. Calibration coefficients and timing must be validated in the complete camera-to-memory pipeline.

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ADV7177KSZ · Analog Devices ADV7171KSU · Analog Devices

🌐

Geospatial Image Processing

The TMC2302AH5C1 can support geospatial raster remapping where source imagery must be rotated, warped, panned, scaled, or resampled into a destination grid. Its two- and three-dimensional addressing capability is useful when the pipeline includes terrain or volumetric context around conventional map tiles. The verified 25 ns per pixel operation allows designers to estimate address-generation throughput. Storage interfaces, coordinate precision, and output geometry remain system-level considerations.

おすすめ

TMS320C10FNLR · Texas Instruments WM8044CFN · Texas Instruments

おすすめ製品の概要

ADV7177KSZ Analog Devices 使用用途: Industrial Machine Vision, Optical Inspection Systems ADV7171KSU Analog Devices 使用用途: Industrial Machine Vision, Optical Inspection Systems TMS320C10FNLR Texas Instruments 使用用途: Medical Image Visualization, Scientific Volume Rendering, Geospatial Image Processing ADV7202KST Analog Devices 使用用途: Medical Image Visualization, Scientific Volume Rendering ADV7311KST Analog Devices 使用用途: Video Scaling and Rotation WM8783GED/V Cirrus Logic Inc. 使用用途: Video Scaling and Rotation WM8044CFN Texas Instruments 使用用途: Geospatial Image Processing

What is the TMC2302AH5C1?

The TMC2302AH5C1 is an image manipulation sequencer from Fairchild Semiconductor. According to the manufacturer documentation, it is a versatile address generator that can filter or remap two- and three-dimensional images by resampling them from one set of Cartesian coordinates into another. The verified distributor listing identifies a 121-lead PPGA package measuring 34.16 mm by 34.16 mm.

How fast does the TMC2302AH5C1 process pixels?

The TMC2302AH5C1 supports rapid image processing at 25 ns per pixel. This figure is stated in the verified TMC2302AH5C1 datasheet search result and means that the sequencer can generate or control one pixel address every 25 ns under its specified operating conditions. Actual system throughput also depends on memory timing, bus access, pixel format, and the selected transformation.

What image operations can the TMC2302AH5C1 perform?

The TMC2302AH5C1 supports rotation, warping, panning, and scaling of images, together with filtering or remapping operations. According to the manufacturer datasheet search result, it also provides three-dimensional image addressing and general third-order polynomial transformations in two dimensions. These features allow it to control coordinate conversion and remapping in specialized image-processing systems.

Where can I download the TMC2302AH5C1 datasheet PDF?

A TMC2302AH5C1 datasheet PDF is available through the verified manufacturer-document mirror at https://pdf.datasheet.live/78543dbf/fairchildsemi.com/TMC2302AH5C1.pdf. The search data identifies the document as a 36-page TMC2302A target memory interface product specification. Engineering decisions should be checked against the document revision and the exact H5C1 ordering suffix.

Where can I find the TMC2302AH5C1 pinout?

The verified data confirms that the TMC2302AH5C1 uses a 121-lead PPGA package, but the supplied sources do not expose a complete numbered pin assignment. Therefore, a trustworthy complete pinout cannot be reproduced on this page. Use the 36-page manufacturer specification for pin names, signal directions, power rails, and no-connect assignments before PCB layout or replacement work.

What is the TMC2302AH5C1 price?

The verified LCSC listing reports a price from USD 105.2543 for TMC2302AH5C1, as of 2026-10-29. Other distributor results state that the part is in stock or available, but they do not provide comparable numerical price breaks in the supplied data. The pricing tiers on this page therefore repeat the single verified reference price rather than inventing volume discounts.

Is the TMC2302AH5C1 in stock?

The verified LCSC result explicitly describes TMC2302AH5C1 as an in-stock component, while the DigiKey listing states that it ships today. As of 2026-10-29, this indicates distributor availability, but the quantity on hand and inventory durability are not disclosed. For production purchasing, request a written stock confirmation and lead-time quote from the seller.

What is the lead time for TMC2302AH5C1?

The supplied web results do not provide a manufacturer- or distributor-specific numeric lead time for TMC2302AH5C1. The DigiKey result says the part ships today, and LCSC labels it in stock, which indicates current availability at those listings. Because stock levels can change rapidly, the procurement lead time should be confirmed with the selected authorized distributor as of 2026-10-29.

Can TMC2302AH5C1 control three-dimensional image addressing?

Yes, the TMC2302AH5C1 supports three-dimensional image addressing and can control filtering or remapping of two- or three-dimensional images. The manufacturer description states that the address generator resamples images from one Cartesian coordinate system into another. This makes it relevant to volume rendering, medical imaging, scientific visualization, and other pipelines requiring coordinate transformation.

TMC2302AH5C1 vs a general-purpose DSP: which is better for image warping?

The TMC2302AH5C1 is better when the system primarily needs dedicated address generation, filtering, remapping, and geometric transformation. A general-purpose DSP is preferable when the design also needs extensive arithmetic, flexible signal-processing software, or unrelated control functions. According to the manufacturer description, the TMC2302A provides dedicated two- and three-dimensional address generation and third-order two-dimensional polynomial transforms.

What is the best drop-in replacement for TMC2302AH5C1?

No verified drop-in replacement could be established from the supplied cross-reference search results. The search returned generic component cross-reference tools but did not identify a specific pin-compatible part with a documented 121-lead PPGA footprint and verified key parameters. Because this is a specialized image-manipulation sequencer, function alone is insufficient for a drop-in claim; engineers must confirm pinout, voltage, timing, and interface compatibility.

What can replace the TMC2302AH5C1?

No specific replacement can be confirmed as a true drop-in substitute from the available evidence. A viable redesign candidate would need an address-generation architecture supporting two- and three-dimensional remapping, rotation, warping, panning, scaling, polynomial transforms, and compatible external memory timing. Any such component would require full pinout, electrical, timing, and system-architecture review rather than an assumption that similar image-processing behavior guarantees replacement.

Is the TMC2302AH5C1 the same as another image-processing sequencer?

The TMC2302AH5C1 is specifically identified as the H5C1 ordering configuration in the 121-lead PPGA package, while the broader TMC2302A family is also described as being offered in a 120-lead Metric Quad FlatPack. Those family package options are not automatically pin-compatible drop-ins. The ordering suffix, package drawing, pin assignment, and electrical details must be checked before treating another TMC2302A member as equivalent.

When should I choose the TMC2302AH5C1 instead of a general-purpose DSP?

Choose the TMC2302AH5C1 when the design requires a dedicated image address generator with verified 25 ns per pixel operation, three-dimensional addressing, and built-in geometric transformation functions. A general-purpose DSP is usually more suitable for flexible software-defined filtering, complex arithmetic, or systems that lack a dedicated pixel-memory interface. The decisive comparison is hardware complexity, software effort, throughput, and verification burden.

What are the key specifications of TMC2302AH5C1 that engineers should know?

The key verified specifications of the TMC2302AH5C1 are its 25 ns per pixel processing capability, 121-lead PPGA package, 34.16 mm by 34.16 mm body size, asynchronous control-parameter loading, two- and three-dimensional image addressing, and general third-order polynomial transformations in two dimensions. The manufacturer describes it as an image manipulation sequencer for filtering and remapping images by resampling Cartesian coordinates.

Is there an onsemi equivalent for TMC2302AH5C1?

The verified data shows LCSC listing TMC2302AH5C1 under onsemi, but it does not identify a separate onsemi-manufactured equivalent MPN. This listing relationship does not by itself prove a drop-in substitute, pin compatibility, or identical lifecycle status. Procurement engineers should treat the original TMC2302AH5C1 as the identified device and request manufacturer documentation or a formal cross-reference before selecting another onsemi part.

Is TMC2302AH5C1 suitable for industrial image-processing equipment?

TMC2302AH5C1 can suit industrial image-processing equipment when the required transformations include coordinate remapping, rotation, warping, panning, scaling, or polynomial correction. Its verified 25 ns per pixel operation supports high-throughput address generation, but operating temperature, supply voltage, environmental ratings, and long-term lifecycle status are not supplied. Those qualifications must be verified before using the component in industrial production equipment.

エンジニアリング参考データ: TMC2302AH5C1 — 比較、設計ガイダンス、コンプライアンス情報。

選定ガイド

Choose the TMC2302AH5C1 when an image pipeline needs dedicated address generation with rotation, warping, panning, scaling, filtering, or remapping and the 25 ns per pixel operation suits the design. Its two- and three-dimensional addressing and third-order two-dimensional polynomial transformations are particularly useful for specialized raster engines, scientific visualization, optical inspection, and geospatial processing. A general-purpose DSP is preferable when flexible software, extensive arithmetic, or unrelated control functions dominate the design. No verified drop-in alternative is identified in the supplied cross-reference results, so substitution should not be based only on the image-processing function. Any candidate must match the 121-lead PPGA pinout, power requirements, interface timing, memory behavior, and package-level thermal constraints. For procurement, the verified USD 105.2543 starting price and in-stock distributor listings can support initial budgeting, but availability and lifecycle status should be reconfirmed with the selected authorized seller.

設計ノート

Do not treat another TMC2302A package option as a drop-in replacement merely because it is in the same device family. The verified H5C1 configuration is identified as a 121-lead PPGA, while the TMC2302A family is also described as having a 120-lead MQFP option. Confirm the package drawing, every pin assignment, supply requirements, and timing parameters against the manufacturer specification before changing the PCB.

Plan the PPGA layout from the official package drawing rather than from generic BGA guidance. The verified body size is 34.16 mm by 34.16 mm with 121 leads, and the supplied data does not provide a complete numbered pinout. Account for thermal management, power and ground distribution, signal integrity, and assembly tolerances while preserving the manufacturer's recommended land pattern.

The 25 ns per pixel figure is an address-processing capability, not a complete guarantee of end-to-end video bandwidth. Evaluate the external pixel memory, address and control buses, clocking, arbitration, and output timing together. Add controlled-impedance routing where required and verify setup and hold margins with the actual memory device, rather than inferring timing solely from the per-pixel rate.

コンプライアンス情報

RoHS

Unknown

REACH

Unknown

AEC-Q100

Unknown

鉛フリー

Unknown

ハロゲンフリー

Unknown

紛争鉱物

Unknown

The supplied verified sources do not provide specific RoHS, REACH, AEC-Q100, lead-free, halogen-free, or conflict-minerals declarations.

データ検証日: 2026-10-29 — データはXAIPARTの部品エンジニアリングチームによって検証・管理されています

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