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PDF VP7610 Data sheet ( Hoja de datos )

Número de pieza VP7610
Descripción COLOUR DIGITAL VIDEO CAMERA DECODER IC
Fabricantes Zarlink Semiconductor 
Logotipo Zarlink Semiconductor Logotipo



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No Preview Available ! VP7610 Hoja de datos, Descripción, Manual

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VP7610 pdf
VP7610
SIGNALS & PINOUT
Pin #
I/O
Name
60 In* CPCLK
54 In* CPD3
55 In* CPD2
56 In* CPD1
59 In* CPD0
88 In* CPCKB
84 In* CPDB3
85 In* CPDB2
86 In* CPDB1
87 In* CPDB0
91 Out CPSEL
Description
Clock - This input receives the clock from the CamPort™ camera on port A.
CamPort™ Data Bit 3 - This bus receives the data from the CamPort™ camera on port
A.
CamPort™ Data Bit 2 - Port A
CamPort™ Data Bit 1 - Port A
CamPort™ Data Bit 0 - Port A
CamPort™ B Clock - This input receives the clock from the CamPort™ camera on port
B.
CamPort™ B Data Bit 3 - This bus receives the data from the CamPort™ camera on
port B.
CamPort™ B Data Bit 2
CamPort™ B Data Bit 1
CamPort™ B Data Bit 0
CamPort™ Select Status - When this output is low, the data from CamPort™ A is being
used, when this output is high, the data from CamPort™ B is being used. This pin is
controlled by Bit 3 of the Configuration Register (sub-address = 0x00).
44
In
RSTN
Reset Not - When this Schmidtt trigger input is low, the chip is placed into a known
state. When this input is high, the chip can operate.
11 Out YY7 Luminance Out bit 7 - When CCSEL is low this bus carries the luminance data. When
CCSEL is high this bus carries multiplexed luminance and chrominance data
10 Out YY6 Luminance Out bit 6
9 Out YY5 Luminance Out bit 5
6 Out YY4 Luminance Out bit 4
5 Out YY3 Luminance Out bit 3
4 Out YY2 Luminance Out bit 2
3 Out YY1 Luminance Out bit 1
2 Out YY0 Luminance Out bit 0
23 Out UV7 Chrominance Out bit 7 - When CCSEL is low this bus carries the chrominance data.
When CCSEL is high this bus carries a constant value of 0x80 (128).
22 Out UV6 Chrominance Out bit 6
21 Out UV5 Chrominance Out bit 5
20 Out UV4 Chrominance Out bit 4
17 Out UV3 Chrominance Out bit 3
16 Out UV2 Chrominance Out bit 2
15 Out UV1 Chrominance Out bit 1
14 Out UV0 Chrominance Out bit 0
24
Out
CLK2
Clock Out 2X - This clock runs at twice the pixel rate
27
Out
CLK1
Clock Out 1X - This clock runs at the pixel rate.
34 In OUTEN Output Enable - When this input is high, the signals YY[7..0], UV[7..0], HSYNC, VSYNC,
CLK2, CLK1, HACT, VACT, FIELD and BFLAG are driven. When this input is low,
these signals are high-impedance.
* CamPort inputs are TTL levels. All other inputs are CMOS. See Static Electrical Characteristics table.
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VP7610 arduino
VP7610
Address 0x23 Red Coefficients Sign Register
7 6 5 4 32
0 0 0 0 00
Bit 1
Bit 0
Sign for CmD to Red Coefficient
Sign for AmB to Red Coefficient
‘1’ Coefficient is negative
‘0’ Coefficient is positive
Read/Write
10
RCmD RAmB
Address 0x24 Sum to Green Coefficient Register
Read/Write
This register contains the magnitude of the Coefficient which
determines the contribution to the Green signal from the Sum signal.
Address 0x25 AmB to Green Coefficient Register
Read/Write
This register contains the magnitude of the Coefficient which
determines the contribution to the Green signal from the AmB signal.
Address 0x26 CmD to Green Coefficient Register
Read/Write
This register contains the magnitude of the Coefficient which
determines the contribution to the Green signal from the CmD signal.
Address 0x27 Green Coefficients Sign Register
7 6 5 4 32
0 0 0 0 00
Bit 1
Bit 0
Sign for CmD to Green Coefficient
Sign for AmB to Green Coefficient
‘1’ Coefficient is negative
‘0’ Coefficient is positive
Read/Write
10
GCmD GAmB
Address 0x28 Sum to Blue Coefficient Register
Read/Write
This register contains the magnitude of the Coefficient which
determines the contribution to the Blue signal from the Sum signal.
Address 0x29 AmB to Blue Coefficient Register
Read/Write
This register contains the magnitude of the Coefficient which
determines the contribution to the Blue signal from the AmB signal.
Address 0x2A CmD to Blue Coefficient Register
Read/Write
This register contains the magnitude of the Coefficient which
determines the contribution to the Blue signal from the CmD signal.
Address 0x2B Blue Coefficients Sign Register
7 6 5 4 32
0 0 0 0 00
Bit 1
Bit 0
Sign for CmD to Blue Coefficient
Sign for AmB to Blue Coefficient
‘1’ Coefficient is negative
‘0’ Coefficient is positive
Read/Write
10
BCmD BAmB
Addresses 0x30 - 0x3F Gamma Values Write Register
Write
The 16 values that are written to these 16 registers determine the
breakpoints in the Gamma correction circuit. The breakpoint values
should be written in ascending order starting at address 0x30.
Addresses 0x30 - 0x3F Gamma Values Read Register
Read
The breakpoints in the Gamma correction circuit are read from
these registers.
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