Abstract:
An image sensor with a protective package structure for the sensing area is provided. The image sensor includes a transparent substrate and a semiconductor image-sensing chip. A conductive interconnection circuit is formed on at least the lower surface of the transparent substrate. The semiconductor image-sensing chip is electrically connected with the electric interconnection circuit of the substrate. A perimeter of the chip is underfilled with gum material. A dike is formed around the image-sensing area of the semiconductor image-sensing chip. The electric contact of the semiconductor image-sensing chip is positioned on outer side of the dike.
Abstract:
An image sensor with protective package structure for sensing area. The image sensor includes a transparent substrate and a semiconductor image-sensing chip. A conductive interconnection circuit is formed on at least the lower surface of the transparent substrate. The semiconductor image-sensing chip is electrically connected with the electric interconnection circuit of the substrate. A circumference of the crystal grain is underfilled with gum material. A dike is formed around the image-sensing area of the semiconductor image-sensing chip. The electric contact of the semiconductor image-sensing chip is positioned on outer side of the dike.
Abstract:
A multi-image retrieving system includes lenses of multiple image retrieving units arranged close to one another with a virtual boundary of filed field keeping a given spacing in parallel with that of an abutted lens without overlapping from each other to combine into a large scope of filed angle of photography and an image retrieved by an individual lens being processed using an image processor to display an image picture achieves the purpose of minimizing blind spots on both sides, expanding filed angle and image retrieving scope, and maintaining normal reproduction of the image retrieved.
Abstract:
A thin image capturing apparatus includes a circuit substrate having at least one electronic component, a light sensing element packaged onto the circuit substrate, and a camera lens installed onto the light sensing element for capturing images.
Abstract:
An image pickup module with an image sensor packaged by way of flip chip, including: a base seat formed with a cavity and having a lead frame embedded in the base seat, the lead frame having multiple outer leads for connecting with a circuit board and multiple inner leads extending from the outer leads into the cavity of the base seat; an image sensor inlaid in the cavity of the base seat, the image sensor being composed of a glass substrate and an image sensing chip bonded with a surface of the glass substrate by way of flip chip, multiple circuits being laid on the surface of the glass substrate for electrically connecting with the image sensing chip and the inner leads; and a soft pad abutting against lower sides of the inner leads.
Abstract:
A chip scale package (CSP) structure for an image sensor includes a semi-conductor image sense chip and multiple bonding pads formed on a top face of the semi-conductor image sense chip. A conducting wire extends from each of the multiple bonding pads by wire-bonding. Liquefied jelly-like material is covered with the top face of the semi-conductor image sense chip and forming a transparent layer on the top face of the semi-conductor image sense chip after drying up. The transparent layer has a thickness being equal to a height of each of the conduct wire relative to the top face of the semi-conductor image sense chip.
Abstract:
An LED is used as an illuminant of an image sensor and includes a fabricated block, a first electrode and a second electrode contained in the fabricated block for transmitting an electric current to a PN surface of a semiconductor that is contained in the fabricated block and secured in a top portion of the first electrode. The semiconductor has a light-projecting axis forming an acute angle with an elongate line of a bottom of the fabricated block.
Abstract:
A thin image capturing apparatus includes a circuit substrate having at least one electronic component, a light sensing element packaged onto the circuit substrate, and a camera lens installed onto the light sensing element for capturing images.
Abstract:
A multi-image retrieving system includes lenses of multiple image retrieving units arranged close to one another with a virtual boundary of filed field keeping a given spacing in parallel with that of an abutted lens without overlapping from each other to combine into a large scope of filed angle of photography and an image retrieved by an individual lens being processed using an image processor to display an image picture achieves the purpose of minimizing blind spots on both sides, expanding filed angle and image retrieving scope, and maintaining normal reproduction of the image retrieved.
Abstract:
A CCD and CMOS image pickup module including a circuit main board on which an image sensor (CMOS, CCD) and relevant electronic elements are laid. A lens seat is disposed on an upper edge of a package of the image sensor. The lens seat has an image pickup cylinder correspondingly positioned above a coupling transistor of the image sensor. The lens seat covers and encloses the image sensor with the connecting section of the bottom of the image pickup cylinder sealedly attaching to the periphery of the top face of the package of the image sensor. With the profile of the outer periphery of the package of the image sensor serving as a normal standard for the axis of the lens, the axis of the lens being projected onto the sensor center of the coupling transistor.