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CSG14K_CSG8K Datasheet(PDF) 51 Page - ams AG |
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CSG14K_CSG8K Datasheet(HTML) 51 Page - ams AG |
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51 / 113 page ![]() Document Feedback CSG14K_CSG8K Functional Description Datasheet • PUBLIC DS000571 • v1-00 • 2020-Dec-15 112 │ 50 Name Function DATAx_OUT Serially transmit pixel data. Every channel transmits the data of 1 pixel, so up to 16 pixels are transmitted at the same time from the sensor. OB_OUT Serially transmit pixel data of pixels in OB columns. Information At the sensor output, all channels are bit and word aligned with minimal skew (per readout side). Yet, it is advised to perform bit-alignment on the receiver to optimize the sample point of every data channel. Reading out a frame is done row-by-row. The pixels of a row are evenly distributed along all enabled outputs. Any number between 1 and 8 DATAx_OUT channels (per side) can be used, depending on the horizontal multiplexing settings (see section 7.6.2). DATA0_OUT is always active. If more than 1 channel is used, additional channels are enabled from left to right. Using the OB_OUT channel is optional, because by default the row OB corrections (using the OB columns) are done on-chip. Low-Level Pixel Timing ● Data is transferred serially over each channel, one complete word at a time. ● Data is transferred either LSBit or MSBit first through configuration. ● All channels are word aligned (first bit of all channels sent during same CLK_OUT cycle). This results in the timing diagram in the figure below (shown for 12-bit data, LSBit first). Figure 53: Low-Level Pixel Timing (per side) Control Channel Like all other data channels, the CTR_OUT channel transmits its data word-based. A word being transmitted on the CTR channel consists of a number of bits, each reflecting the status of a certain aspect of the sensor behavior. The table below lists the function of each bit. 1 CLK_OUT CTR_OUT DVAL FVAL SVAL OBVAL EXP_L EXP_S GLOB NSRE NSRF 0 0 1 0 [2] DATA0_OUT [11] A[0] A[1] A[2] A[3] A[4] A[5] A[6] A[7] A[8] A[9] A[10] A[11] [2] DATA1_OUT [11] M[0] M[1] M[2] M[3] M[4] M[5] M[6] M[7] M[8] M[9] M[10] M[11] [2] OB_OUT [11] OB[0] OB[1] OB[2] OB[3] OB[4] OB[5] OB[6] OB[7] OB[8] OB[9] OB[10] OB[11] [0] [0] [0] [1] [1] [1] DVAL FVAL |
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