Reset driver circuit disposed on the same substrate as the image sensor
View Patent ↗A charge-coupled device for forming an electronic representation of an image from incident light, the charge-coupled device includes a substrate of a first type; a photosensitive area of a second type disposed in the substrate for receiving the incident light which is converted to a charge packet; a transfer mechanism for activating transfer of the charge packet through the charge-coupled device; an output mechanism for receiving the transferred charge packet; a reset operator for resetting the output mechanism to a charge voltage; and a logical element disposed on the substrate that inputs a gate waveform to the reset operator for activating the resetting operation of the reset operator.
1. A charge-coupled device for forming an electronic representation of an image from incident light, the charge-coupled device comprising:
(a) a substrate of a first type;
(b) a photosensitive area of a second type disposed in the substrate for receiving the incident light that is converted to a charge packet;
(c) a transfer mechanism for activating transfer of the charge packet through the charge-coupled device;
(d) an output mechanism for receiving the transferred charge packet;
(e) a reset operator for resetting the output mechanism to a charge voltage;
(f) a NOR gate disposed on the substrate that inputs a gate waveform to the reset operator for activating the resetting operation of the reset; and
(g) a first input to the NOR gate which receives a clocking substantially equal to a clocking for the transfer mechanism for forming a first clocking, and a second input which receives a time-delayed first clocking from a time-delay circuit that is on the substrate.
2. A digital camera for capturing an image, the digital camera comprising:
(a) a charge-coupled device a for forming an electronic representation of an image from incident light comprising:
(b) a substrate of a first type;
(c) a photosensitive area of a second type disposed in the substrate for receiving the incident light that is converted to a charge packet,
(d) a transfer mechanism for activating transfer of the charge packet through the charge-coupled device;
(e) an output mechanism for receiving the transferred charge packet;
(f) a reset operator for resetting the output mechanism to a charge level;
(g) a NOR gate disposed on the substrate that inputs a gate waveform to the reset operator for activating the resetting operation of the reset operator and
(h) a first input to the NOR gate which receives a clocking substantially equal to a clocking for the transfer mechanism for forming a first clocking and a second input which receives a time-delayed first clocking from a time-delay circuit that is on the substrate.