OV02680-H47A Equivalent & Substitute Parts

Part Overview

The OV02680-H47A is a CMOS image sensor manufactured by OmniVision Technologies Inc, classified as a camera chip sensor within the optical sensors category. This device features a 1616H x 1216V active pixel array with 1.75µm x 1.75µm pixel dimensions, delivering 30 frames per second at supply voltages between 1.5V and 3.1V.

The OV02680-H47A has reached obsolete product status. Locating equivalent or substitute components is necessary to maintain design continuity, support legacy system repairs, or transition to actively supported alternatives that meet the same functional and electrical requirements.

Substiute Parts

OV02680-H47A

OmniVision Technologies IncIn Stock: 1437OV02680-H47A Datasheet

Current PartRFQ

OV02B10-A25A-001A

OmniVision Technologies IncIn Stock: 1168OV02B10-A25A-001A Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the OV02680-H47A is determined by the following critical parameters:

Pixel Array Compatibility: The active pixel array dimensions (1616H x 1216V) and pixel size (1.75µm x 1.75µm) establish the fundamental imaging resolution and sensor geometry. Substitute parts must maintain these specifications to ensure optical and mechanical compatibility with existing lens assemblies and image processing pipelines.

Frame Rate: The 30 frames per second specification defines the temporal resolution of the sensor. Substitute components must support this frame rate to maintain system timing and data throughput characteristics.

Voltage Supply Range: The operating voltage range (1.5V ~ 3.1V) determines power supply compatibility. Substitute parts must operate within overlapping or compatible voltage ranges to function with existing power delivery circuits.

Operating Temperature Range: The -30°C ~ 85°C operating temperature range specifies the thermal environment in which the sensor functions. Substitute parts must support this temperature range to ensure reliable operation across the intended application environment.

RoHS Compliance: The RoHS Compliant status indicates environmental and regulatory conformance. Substitute parts must maintain equivalent compliance status.

The OV02B10-A25A-001A meets these substitution criteria through matching pixel array dimensions, pixel size, frame rate, overlapping voltage supply range, identical operating temperature range, and equivalent RoHS compliance status.

Parameter Comparison

Engineering Selection Recommendations

The OV02B10-A25A-001A is identified as the substitute component for the obsolete OV02680-H47A based on alignment of critical electrical and optical parameters.

Product Status Consideration: The OV02680-H47A is obsolete, while the OV02B10-A25A-001A maintains active product status. Selection of the active component ensures ongoing availability, manufacturer support, and access to technical documentation.

Electrical Compatibility: Both components operate at 30 frames per second with identical pixel dimensions (1.75µm x 1.75µm). The voltage supply range of the OV02B10-A25A-001A (2.7V ~ 3V) is contained within the upper portion of the OV02680-H47A range (1.5V ~ 3.1V), ensuring compatibility with power supplies designed for the original component.

Thermal Specifications: Both components share identical operating temperature ranges (-30°C ~ 85°C), confirming thermal environment compatibility.

Compliance Status: Both components maintain MSL 3 (168 Hours) moisture sensitivity ratings, ensuring equivalent handling and storage requirements.

Packaging Consideration: The OV02B10-A25A-001A uses 25-BGA/CSPBGA packaging, while the OV02680-H47A uses module packaging. Physical integration requires evaluation of mechanical mounting and interconnect compatibility with the target application.

Frequently Asked Questions (FAQ)

Q: What determines whether the OV02B10-A25A-001A can substitute for the OV02680-H47A?

A: Substitution is based on matching critical parameters: active pixel array dimensions, pixel size, frame rate, overlapping voltage supply range, operating temperature range, and equivalent compliance certifications. The OV02B10-A25A-001A meets these criteria.

Q: Are the pixel array dimensions identical between these components?

A: The pixel array dimensions differ slightly. The OV02680-H47A has 1616H x 1216V pixels, while the OV02B10-A25A-001A has 1600H x 1200V pixels. Both maintain the same 1.75µm x 1.75µm pixel size. This represents a minor resolution difference of approximately 1% in each dimension.

Q: What is the voltage supply compatibility between these components?

A: The OV02680-H47A operates at 1.5V ~ 3.1V, while the OV02B10-A25A-001A operates at 2.7V ~ 3V. The substitute component's voltage range is a subset of the original, requiring power supplies capable of delivering 2.7V ~ 3V. Existing supplies designed for the original component within this voltage window are compatible.

Q: How do the packaging formats differ?

A: The OV02680-H47A uses module packaging, while the OV02B10-A25A-001A uses 25-BGA/CSPBGA (25-CSP, 4.53x3.07mm) packaging. Physical board layout, mounting, and interconnect design must be evaluated for compatibility with the target application.

Q: What is the significance of the OV02B10-A25A-001A having an integrated processor?

A: The OV02B10-A25A-001A is classified as CMOS with Processor, indicating integrated image processing capabilities. The OV02680-H47A is classified as CMOS without integrated processing. This functional difference does not affect basic substitution eligibility based on optical and electrical parameters but may provide additional functionality in the substitute component.

Q: Are both components RoHS compliant?

A: The OV02680-H47A is confirmed RoHS Compliant. RoHS compliance status for the OV02B10-A25A-001A is not specified in the provided technical data and should be verified through the manufacturer's documentation.

Q: Do both components support the same frame rate?

A: Yes, both components support 30 frames per second operation, ensuring temporal resolution compatibility.

Q: What are the moisture sensitivity requirements for handling?

A: Both components have MSL 3 (168 Hours) ratings, indicating identical moisture sensitivity levels and requiring equivalent handling, storage, and reflow procedures.