Integrated Circuit - IC's Manufacturer Sony Cameras camera CXD4141

CXD4141 Datasheet – System ICs for Security Camera

Aug 7, 2023

CXD4141 Datasheet PDF – System ICs for Security Camera-IC

Overview

System ICs for High Resolution and High Sensitivity Cameras Support 960H CCD Image Sensors Sony has developed system ICs for analog security cameras, the Effio-V (CXD4141GG) and Effio-A (CXD4151GG) with drastically improved functions and performance as the third generation of the EffioTM series. The Effio-V and Effio-A can be combined with 960H CCD image sensors to realize the highest horizontal resolution over 700 TV lines in the Effio series. Also, the ICs improved overall functions such as noise reduction (3D-NR), exposure optimization of infrared LED, wide dynamic range (WDR), or defog. And visibilities in different conditions with low light, infrared light, or high (low) contrast were greatly improved.

The CXD4103R is a signal processor LSI for Ye, Cy, Mg, and G single CCD color cameras. In addition to basic camera signal processing functions, it includes an AE/AWB detection circuit, a sync signal generation circuit, and an external sync circuit, etc. This chip also has a built-in microcontroller to realize basic camera control functions such as AE/AWB without an external microcomputer.

Part Number	CXD4141
Function	System ICs for Security Cameras
Package	97-pin LFBGA Type
Manufacturer	Sony
Datasheet	Download PDF

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CXD4141 Features

Generates timing pulses to drive the single CCD image sensor Built-in H driver for CCD image sensor
Luminance/chroma signal processing
Supports NTSC/PAL modes
Supports 510H/760H system CCD image sensor
Built-in 10-bit A/D converter
Built-in EVR (3ch)
Analog composite output Built-in digital encoder
10-bit D/A converter output
Digital output: Conforms to ITU-REC656 format
Supports external sync functions: Built-in phase comparator
Built-in AE/AWB detector
Block control functions with a built-in microcontroller AE/AWB/CLAMP/Blemish detection and compensation
Peripheral IC control function EEPROM communication control
Serial communication function (2-mode selection)
Microcomputer communication/start-stop synchronous system communication (RS-232C)
Blemish detection and compensation function
Mirror inversion function

CXD4141 Absolute Maximum Ratings

Parameters	Symbol	Rating	Voltage
Supply voltage	DVDD VDE AVD	DVSS – 0.5 to + 2.5 VSS – 0.5 to + 4.5 AVS – 0.5 to + 4.5	V V V
Input voltage	VI	VSS – 0.3 to VDE + 0.3	V
Output voltage	VO	VSS – 0.3 to VDE + 0.3	V
Operating temperature	Topr	– 20 to + 75	°C
Storage temperature	Tstq	– 55 to + 150	°C

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CXD4141 Pinout

Pin Definitions

Pin No.	Symbol	I/O	Description
1	AVS0	—	GND
2	VRB	I	A/D converter reference voltage (bottom) input.
3	SVS0	—	Sub GND
4	VIN	I	A/D converter analog signal input.
5	VRT	I	A/D converter reference voltage (top) input.
6	AVD0	—	Power supply for analog (3.3V).
7	DVDD0	—	Power supply for logic (1.8V).
8	DVSS0	—	GND
9	CSROM	O	EEPROM chip select output
10	CASI	I	Serial data input for system communication.
11	CASO	O	Serial data output for system communication.
12	CASCK	O	Serial clock output for system communication.
13	XRST	I	Reset input.
14	TEST1	I	Test
15	VDE0	—	Power supply for input/output (3.3V).
16	SIFSEL	I	Serial interface mode switching input. 0 : microcomputer (3 wires) 1 : RS-232C
17	XCS	I	Chip select input for 3-wire serial interface. (when SIFSEL = 0)
18	SI	I	Serial data input for 3-wire serial interface. (when SIFSEL = 0)
19	SO	O	Serial data output for 3-wire serial interface. (when SIFSEL = 0)
20	SCK	I	Serial clock input for 3-wire serial interface. (when SIFSEL = 0)
21	DVDD1	—	Power supply for logic (1.8V).
22	DVSS1	—	GND

Pin No.	Symbol	I/O	Description
23	VDE10	—	Power supply for input/output (3.3V).
24	RG	O	Reset gate pulse output.
25	VSS1	—	GND
26	H1	O	CCD horizontal register transfer pulse output.
27	VDE11	—	Power supply for input/output (3.3V).
28	H2	O	CCD horizontal register transfer pulse output.
29	DVDD2	—	Power supply for logic (1.8V).
30	DVSS2	—	GND
31	DVSS3	—	GND
32	XRS	O	Resampling pulse output.
33	DVDD3	—	Power supply for logic (1.8V).
34	SVS1	—	Sub GND
35	VDE2	—	Power supply for input/output (3.3V).
36	XSHD	O	Data sample-and-hold pulse output.
37	VSS2	—	GND
38	XSHP	O	Precharge level sample-and-hold pulse output.
39	VDE3	—	Power supply for input/output (3.3V).
40	XV4	O	CCD vertical register transfer pulse output.
41	XV2	O	CCD vertical register transfer pulse output.
42	VSS3	—	GND
43	XV3	O	CCD vertical register transfer pulse output.
44	XV1	O	CCD vertical register transfer pulse output.
45	VDE4	—	Power supply for input/output (3.3V).
46	XSG1	O	Sensor gate readout pulse output.
47	XSG2	O	Sensor gate readout pulse output.
48	XSUB	O	CCD electronic shutter pulse output.
49	VSS4	—	GND

Pin No.	Symbol	I/O	Description
50	DVDD4	—	Power supply for logic (1.8V).
51	DVSS4	—	GND
52	PBLK	O	Preblanking pulse output.
53	PCOMP	O	Phase comparator output.
54	VDE50	—	Power supply for input/output (3.3V).
55	TEST2	I	Test
56	MCK	I	System drive clock input.
57	DVDD5	—	Power supply for logic (1.8V).
58	DVSS5	—	GND
59	CLPDM	O	Dummy data clamp pulse output.
60	CLPOB	O	Optical black clamp pulse output.
61	S0	I/O	Sync signal input/output.
62	S1	I/O	Sync signal input/output.
63	S2	I/O	Sync signal input/output.
64	S3	I/O	Sync signal input/output.
65	S4	O	Sync signal output.
66	VDE51	—	Power supply for input/output (3.3V).
67	VSS5	—	GND
68	TEST3	O	Test
69	TEST4	I	Test
70	TEST5	I	Test
71	TEST6	I	Test
72	DVDD6	—	Power supply for logic (1.8V).
73	DVSS6	—	GND

Pin No.	Symbol	I/O	Description
74	EVR0	O	EVR0 analog output.
75	AVS10	—	GND
76	EVR1	O	EVR1 analog output.
77	EVR2	O	EVR2 analog output.
78	SVS2	—	Sub GND
79	AVD1	—	Power supply for analog (3.3V).
80	AVS11	—	GND
81	IOC	O	Analog chroma output.
82	VREFC	I	Reference voltage setting for chroma signal D/A converter.
83	AVD2	—	Power supply for analog (3.3V).
84	AVS2	—	GND
85	IREFC	O	Reference current setting for chroma signal D/A converter.
86	IREFY	O	Reference current setting for luminance signal D/A converter.
87	AVD3	—	Power supply for analog (3.3V).
88	AVS3	—	GND
89	VREFY	I	Reference voltage setting for luminance signal D/A converter.
90	IOY	O	Analog Y output/composite video output.
91	VSS6	—	GND
92	P8 (DO0)	I/O	Port 8 input/output or digital signal output.
93	P9 (DO1)	I/O	Port 9 input/output or digital signal output.
94	P10 (DO2)	I/O	Port 10 input/output or digital signal output.
95	P11 (DO3)	I/O	Port 11 input/output or digital signal output.
96	VDE6	—	Power supply for input/output (3.3V).
97	P12 (DO4)	I/O	Port 12 input/output or digital signal output.
98	P13 (DO5)	I/O	Port 13 input/output or digital signal output.
99	P14 (DO6)	I/O	Port 14 input/output or digital signal output.
100	P15 (DO7)	I/O	Port 15 input/output or digital signal output.
101	DVDD7	—	Power supply for logic (1.8V).
102	DVSS7	—	GND
103	ESCI	I	Oscillation cell input.
104	ESCO	O	Oscillation cell output.
105	VDE7	—	Power supply for input/output (3.3V).
106	ECK	I	Encoder clock input
107	VSS7	—	GND

Pin No.	Symbol	I/O	Description
108	DVSS8	—	GND
109	DVDD8	—	Power supply for logic (1.8V).
110	DCK	O	Clock output for digital signal output.
111	P0	I/O	Port 0 input/output.
112	P1	I/O	Port 1 input/output.
113	P2	I/O	Port 2 input/output.
114	P3	I/O	Port 3 input/output.
115	VDE8	—	Power supply for input/output (3.3V).
116	P4	I/O	Port 4 input/output or OPD frame pulse output.
117	P5	I/O	Port 5 input/output or VD output.
118	P6	I/O	Port 6 input/output or HD output.
119	P7	I/O	Port 7 input/output.
120	VSS8	—	GND

Applications

Industrial CCD cameras
Surveillance/FA/image input cameras
Multimedia CCD cameras
Teleconferencing/personal computer cameras
510H color CCDs (Type 1/3, 1/4, NTSC/PAL)
760H color CCDs (Type 1/3, 1/4, NTSC/PAL)