VV6501C001 STMicroelectronics, VV6501C001 Datasheet - Page 11

• Manufacturer Part Number: VV6501C001
• Description: IC SENSOR COLOR VGA CMOS 36CLCC
• Manufacturer: STMicroelectronics
• Type: CMOS Imagingr

Specifications of VV6501C001

• Pixel Size: 5.6µm x 5.6µm
• Active Pixel Array: 640H x 480V
• Frames Per Second: 30
• Voltage - Supply: 3V, 5V
• Package / Case: 36-CLCC
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant
• Other names: 497-3883; VV6501C001

VV6501
3.1.4
3.1.5
Digital data bus: D[4:0]
Sensor data may be either 8 or 10 bits per pixel and is transmitted as follows:
In 5-wire mode, the embedded control codes occupy only the most significant 8-bits, the least
significant 2-bits are always zero.
Output tri-state using SIF
Register 23 bit[5] can be used to tri-state all 5 data lines, QCK and FST.
Output pad drive strength
The data and QCK output pads are tri-stateable with 4 mA drive.
Data qualification clock (QCK)
A data qualification clock (QCK) is available and complements the embedded control sequences.
This clock runs continuously when enabled and consists of:
5-wire output mode
4-wire output mode
10-bit data: A pair of 5-bit nibbles, most significant nibble first, on 5 wires.
8-bit data: A pair of 4-bit nibbles, most significant nibble first, on 4 wires.
Fast QCK: the falling edge of the clock qualifies every 5 or 4-bit data blocks that constitute a
pixel value.
Slow QCK: the rising edge qualifies 1st, 3rd, 5th, etc. blocks of data that constitute a pixel
value while the falling edge qualifies the 2nd, 4th, 6th etc. blocks of data. For example in 4-wire
mode, the rising edge of the clock qualifies the most significant nibbles while the falling edge of
the clock qualifies the least significant nibbles.
QCK (slow)
QCK (fast)
D[4:0]
<
D
MSB
4
D
,D
3
Figure 6: Digital data output modes
,D
3
>
,D
2
,D
2
,D
1
,D
1
,D
0
<
0
LSB
Figure 7: QCK modes
>
D
<
9
D
MSB
,D
7
,D
8
,D
6
>
,D
7
,D
5
,D
10-bit pixel data
6
8-bit pixel data
,D
4
5
<
LSB
>
D
4
D
<
,D
3
MSB
,D
3
,D
2
,D
2
,D
>
1
,D
1
,D
0
0
<
LSB
Functional Description
>
D
9
D
,D
7
,D
8
,D
6
,D
7
,D
5
,D
6
,D
4
5
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