NCN5120: KNX Transceiver for Twisted Pair Networks _ BDTIC 中国领先电子元器件代理商

NCN5120: KNX Transceiver for Twisted Pair Networks

The NCN5120 is the first IC from ON Semiconductor's family of KNX transceivers, handling the transmission and reception of data on the bus. It integrates a 20 V regulator and two high efficient DC-DC converters generating a fixed 3.3 V and a selectable 3.3 to 21 V regulated voltage from the bus with 100 mA drive capability each. This transceiver is ideal for high power applications and has been designed to reduce the bill of materials while supporting safe and reliable coupling to the bus thanks to features such as selectable current slope, bus voltage and temperature monitoring.

NCN5120: KNX Transceiver for Twisted Pair Networks

特性

KNX certified EIB transceiver with embedded PHY and MAC layers (TP1-256)
KNX communication speed of 9600 Bauds
Two high efficient DC-DC converters generating board supply: - DC-DC1 : fixed 3.3 V - DC-DC2 : adjustable between 3.3 and 21 V
20 V linear regulator
Configurable fan-in model (up to 2 virtual nodes) and current slopes
Supervision of KNX bus voltage
Control and monitoring of the DC-DC converters
Configurable amount of repetition
Buffering of sent data frames
Optional auto acknowledge
Supports Analog Mode
Supports Sleep Mode
Selectable UART/SPI interface and baud rate to Host Controller
Comprehensive clocking system - Operates with industry standard low cost 16 MHz quartz - Can generate 8/16 MHz clock for the external MCU
Operating temperature range -25 C to +85 C
Household appliances

优势

High level of integration, minimal BOM cost
Enables high power KNX applications to be connected and supplied from the KNX bus
While designed to offer unique features for most advanced KNX systems, its flexiblity also simplifies integration into legacy designs.

应用

In-home automation
Building automation

终端产品

Smart lighting & switches
Ventilation and air conditioning
Thermostats
Alarms and smoke detectors

设计和开发工具 (3)

Document Title	Document ID/Size	Revision
Driving relays in an efficient way with NCN5120	NCN5120_RELAY_CALC (368.0kB)	1
NCN5120 Design Worksheet	NCN5120_CALC (35354.0kB)	2
NXP_ONSEMI_WEINZIERL_EVAL_BOARD	NXP_ONSEMI_WEINZIERL_EVAL_BOARD (0.0kB)	0

数据表 (1)

Document Title	Document ID/Size	Revision	Revision Date
Transceiver for KNX Twisted Pair Networks	NCN5120/D (454kB)	6	Oct, 2015

封装图纸 (1)

Document Title	Document ID/Size	Revision
QFN40 6x6, 0.5P, 4.1x4.1EP	488AR (35.8kB)	A

应用注释 (3)

Document Title	Document ID/Size	Revision	Revision Date
LC Selection Guide for the DC-DC Synchronous Buck Converter	AND9135/D (889.0kB)	0
NCN5120 - Driving Relays in an Efficient Way	AND9149/D (94.0kB)	0
NCN5120 - KNX Certification Procedure	AND9102/D (90.0kB)	0

评估板文档 (14)

Document Title	Document ID/Size	Revision	Revision Date
KNX Reference Design Evaluation Board User's Manual	EVBUM2169/D (1177.0kB)	3
NCN512010GEVB Bill of Materials ROHS Compliant	NCN512010GEVB_BOM_ROHS.pdf (31kB)	0
NCN512010GEVB Gerber Layout Files (Zip Format)	NCN512010GEVB_GERBER.zip (97kB)	0
NCN512010GEVB Schematic	NCN512010GEVB_SCHEMATIC.pdf (134kB)	0
NCN512010GEVB Test Procedure	NCN512010GEVB_TEST_PROCEDURE.pdf (439kB)	0
NCN51205GEVB Bill of Materials ROHS Compliant	NCN51205GEVB_BOM_ROHS.PDF (120kB)	1
NCN51205GEVB Gerber Layout Files (Zip Format)	NCN51205GEVB_GERBER.ZIP (104.0kB)	0
NCN51205GEVB Manual	EVBUM2186/D (1372.0kB)	0
NCN51205GEVB Schematic	NCN51205GEVB_SCHEMATIC.PDF (519.0kB)	3
NCN51205GEVB Test Procedure	NCN51205GEVB_TEST_PROCEDURE.PDF (369kB)	1
NCN51206GEVB Bill of Materials ROHS Compliant	NCN51206GEVB_BOM_ROHS.PDF (58.0kB)	1
NCN51206GEVB Gerber Layout Files (Zip Format)	NCN51206GEVB_GERBER.ZIP (81.0kB)	6
NCN51206GEVB Schematic	NCN51206GEVB_SCHEMATIC.PDF (580.0kB)	1
NCN51XX10GEVB Evaluation Board User's?Manual	EVBUM2338/D (313kB)	0	Nov, 2015

评估板与开发工具

产品	状况	Compliance	简短说明
NCN512010GEVB	Active	Pb-free	KNX Transceiver for Twisted Pair Networks Evaluation Board
NCN51205GEVB	Active	Pb-free	KNX Transceiver Application Development Evaluation Board
NCN51206GEVB	Active	Pb-free	Reference Design Switch Application Evaluation Board