NCP692: Linear Voltage Regulator, CMOS VLDO, 1.0 A, with Enable _ BDTIC 中国领先电子元器件代理商

NCP692: Linear Voltage Regulator, CMOS VLDO, 1.0 A, with Enable

The NCP690/ NCP691 /NCP692 devices are designed to be Very Low Dropout (LDO) 1 Amp Linear Voltage regulators. This new CMOS VLDO family provides 1A of output current in either fixed voltage options or an adjustable output voltage from 5.0V down to 1.25V. The devices are designed for space constrained and portable battery powered applications and offer many important features such as high PSRR, low Quiescent and Ground current consumption, low noise operation and short circuit and thermal protection. They offer enhanced ESD protection compared to standard CMOS LDOs and are designed to be used with low cost ceramic capacitors. The NCP691 includes an Enable low function, the NCP692 an enable high, and all three products are packaged in the 6-Lead DFN3x3 package.

特性

Output Voltage Options: Adjustable, 1.5 V, 1.8 V, 2.5 V, 3.3 V, 5.0 V- Contact Factory for Other Voltage Options
Current Limit Protection
Thermal Shutdown Protection
Typical Noise Voltage of 15 Vrms without a Bypass Capacitor
Input Voltage down to 1.5V
Typical Dropout Voltage of 190 mV at 1 A (Vout = 2.5 V, TJ = 25C)
Active Low Enable Pin (NCP691 device)Active High Enable Pin (NCP692 device)
Enhanced ESD: 4 kV and 400 V
Active Output Discharge
Guaranteed 1 A Output Current
2% Output Voltage Tolerance over All Operating Conditions (fixed output options)
Adjustable Output by External Resistors from 5.0 V down to 1.25 V
1.5% Output Voltage Tolerance over All Operating Conditions(Adjustable)

优势

Available in the most popular voltage options. Others may be available on request.
Leads to more robust products
Suitable for use in harsh environments
Suitable for audio and other electrical noise sensitive applications
Suitable for lower voltage input rails
Suitable for lower voltage input rails and battery powered applications
Power saving modes
Less inclined to damage during board assembly compared to standard CMOS devices.
Faster response time to shutdown and less chance of damaging reverse current flows

应用

DSP, FPGA, Microprocessor Power Supplies
SMPS Post-Regulator
Modem Banks, Routers, Telecom Boards, Computer and game box accessories
Car entertainment systems, Battery Powered Applications
Cable boxes, Satellite receivers, Set Top Boxes

终端产品

Laptops and PCI Cards
Hard Disk Drivers

数据表 (1)

Document Title	Document ID/Size	Revision	Revision Date
1A, Low IGND, Very Low Dropout Voltage Regulator (VLDO), with/without Enable	NCP690/D (159kB)	10	Aug, 2014

评估板文档 (24)

Document Title	Document ID/Size	Revision	Revision Date
NCP692MN15T2GEVB Bill of Materials ROHS Compliant	NCP692MN15T2GEVB_BOM_ROHS.PDF (98.0kB)	0
NCP692MN15T2GEVB Gerber Layout Files (Zip Format)	NCP692MN15T2GEVB_GERBER.ZIP (19.0kB)	0
NCP692MN15T2GEVB Schematic	NCP692MN15T2GEVB_SCHEMATIC.PDF (195.0kB)	0
NCP692MN15T2GEVB Test Procedure	NCP692MN15T2GEVB_TEST_PROCEDURE.PDF (314.0kB)	0
NCP692MN18T2GEVB Bill of Materials ROHS Compliant	NCP692MN18T2GEVB_BOM_ROHS.PDF (99.0kB)	0
NCP692MN18T2GEVB Gerber Layout Files (Zip Format)	NCP692MN18T2GEVB_GERBER.ZIP (19.0kB)	0
NCP692MN18T2GEVB Schematic	NCP692MN18T2GEVB_SCHEMATIC.PDF (28.0kB)	0
NCP692MN18T2GEVB Test Procedure	NCP692MN18T2GEVB_TEST_PROCEDURE.PDF (313.0kB)	0
NCP692MN25T2GEVB Bill of Material ROHS Compliant	NCP692MN25T2GEVB_BOM_ROHS.PDF (98.0kB)	0
NCP692MN25T2GEVB Gerber Layout Files (Zip Format)	NCP692MN25T2GEVB_GERBER.ZIP (19.0kB)	0
NCP692MN25T2GEVB Schematic	NCP692MN25T2GEVB_SCHEMATIC.PDF (186.0kB)	0
NCP692MN25T2GEVB Test Procedure	NCP692MN25T2GEVB_TEST_PROCEDURE.PDF (313.0kB)	0
NCP692MN33T2GEVB Bill of Materials ROHS Compliant	NCP692MN33T2GEVB_BOM_ROHS.PDF (98.0kB)	0
NCP692MN33T2GEVB Gerber Layout Files (Zip Format)	NCP692MN33T2GEVB_GERBER.ZIP (19.0kB)	0
NCP692MN33T2GEVB Schematic	NCP692MN33T2GEVB_SCHEMATIC.PDF (129.0kB)	0
NCP692MN33T2GEVB Test Procedure	NCP692MN33T2GEVB_TEST_PROCEDURE.PDF (313.0kB)	0
NCP692MN50T2GEVB Bill of Materials ROHS Compliant	NCP692MN50T2GEVB_BOM_ROHS.PDF (102.0kB)	0
NCP692MN50T2GEVB Gerber Layout Files (Zip Format)	NCP692MN50T2GEVB_GERBER.REV0.ZIP (19.0kB)	0
NCP692MN50T2GEVB Schematic	NCP692MN50T2GEVB_SCHEMATIC.PDF (192.0kB)	0
NCP692MN50T2GEVB Test Procedure	NCP692MN50T2GEVB_TEST_PROCEDURE.PDF (313.0kB)	0
NCP692MNADT2GEVB Bill of Materials ROHS Compliant	NCP692MNADT2GEVB_BOM_ROHS.REV0.PDF (103.0kB)	0
NCP692MNADT2GEVB Gerber Layout Files (Zip Format)	NCP692MNADT2GEVB_GERBER.ZIP (19.0kB)	0
NCP692MNADT2GEVB Schematic	NCP692MNADT2GEVB_SCHEMATIC.PDF (68.0kB)	0
NCP692MNADT2GEVB Test Procedure	NCP692MNADT2GEVB_TEST_PROCEDURE.PDF (137.0kB)	0

封装图纸 (1)

Document Title	Document ID/Size	Revision
DFN 3x3x0.9mm, 0.95p	506AH (25.9kB)	O

评估板与开发工具

产品	状况	Compliance	简短说明
NCP692MN15T2GEVB	Active	Pb-free	1.5 V CMOS LDO Evaluation Board
NCP692MN18T2GEVB	Active	Pb-free	1.8 V CMOS LDO Evaluation Board
NCP692MN25T2GEVB	Active	Pb-free	2.5 V CMOS LDO Evaluation Board
NCP692MN33T2GEVB	Active	Pb-free	3.3 V / 1 A CMOS LDO Evaluation Board
NCP692MN50T2GEVB	Active	Pb-free	5.0 V CMOS LDO Evaluation Board
NCP692MNADT2GEVB	Active	Pb-free	CMOS LDO Adjustable Evaluation Board

产品订购型号

产品	状况	Compliance	封装		MSL*	容器		预算价格 (1千个数量的单价）
NCP692MN15T2G	Active	Pb-free Halide free	DFN-6	506AH	1	Tape and Reel	3000	$0.41
NCP692MN18T2G	Active	Pb-free Halide free	DFN-6	506AH	1	Tape and Reel	3000	$0.41
NCP692MN25T2G	Active	Pb-free Halide free	DFN-6	506AH	1	Tape and Reel	3000	$0.41
NCP692MN33T2G	Active	Pb-free Halide free	DFN-6	506AH	1	Tape and Reel	3000	$0.41
NCP692MN50T2G	Active	Pb-free Halide free	DFN-6	506AH	1	Tape and Reel	3000	$0.41
NCP692MNADJT2G	Active	Pb-free Halide free	DFN-6	506AH	1	Tape and Reel	3000	$0.41

订购产品技术参数

Product	Output	Polarity	VO (V)	IO Typ (A)	VI Max (V)	VDO Typ (V)	Iq Typ (mA)	PSRR (dB)	Noise (µVrms)
NCP692MN15T2G	Single	Positive	1.5	1	6	0.29	0.145	62	50
NCP692MN18T2G	Single	Positive	1.8	1	6	0.24	0.145	62	50
NCP692MN25T2G	Single	Positive	2.5	1	6	0.19	0.145	62	50
NCP692MN33T2G	Single	Positive	3.3	1	6	0.18	0.145	62	50
NCP692MN50T2G	Single	Positive	5	1	6	0.12	0.145	62	50
NCP692MNADJT2G	Single	Positive	1.25	1	6	0.45	0.145	62	50