| Description | MT7606 is a high current precision linear LED driver. The output constant current is programmable by an external resistor. MT7606 integrates high voltage power MOSFET and high voltage power supply circuit, the peripheral circuit is simplified. It can easily pass EMI without inductor, transformer or ... |
| Features |
Few external components, low BOM cost Good line regulation keeps input power constant Integrated with 500V power MOSFET LED current set by external resistor Constant current precision: ±5% Low EMI interference Embedded thermal regulation function Available in SOT89-3,TO252-3,ESOP8 package APPLICATION LED candle, Filament lamp LED fluorescent, panel light LED Bulb, Projection lamp Other compact LED lightings TYPICAL APPLICATION CIRCUIT LED Vac 1 DRN C1 R1 2 GND RSET 3 RSET MT7606 Email: [email protected] Tel: 86-10-62662828 www.maxictech.com Copyright © 202... |
| Datasheet |
 MT7606 Datasheet - 1.07MB |
| Part Number | Description |
|---|---|
 Maximizing IC |
Current LED Driver MT7601 is a linear constant - current LED driver, used in non-isolated 110VAC / 220VAC directly drive of LED lighting. The MT7601 integrates 500V power MOSFET. No electrolytic capacitor, Inductor and transformer are needed. Low BOM cost is achieved. The whole driver system can be integrated into the LED lighting module. As an integrated Lighting Engine, it can be driven by AC line directly. The LED string current can be flexibly set by external sense resistor, range from 10mA ~ 60mA. More than one MT7601 can be used in parallel to support even larger LED current. FEATURES Linear constant - current LED driver High precision constant current output. Build in 500V power MOSFET Less per... |
 MediaTek |
802.11 b/g/n Wi-Fi-chip First formal release 1. Change the thickness of the package to 0.8mm. 2. Update power consumption information Update bootstrap infomation Update thermal information 1. Fix pin order 2. Update POD 1. Correct pin description typo 2. Correct strapping option typo MediaTek Confidential © 2012 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. Unauthorized reproduction or disclosure of this information in whole or in part is strictly prohibited. Page 2 of 14 [email protected],time=2013-03-13 19:20:47,ip=113.90.248.190,doctitle=MT7601_Data_Sheet_v0_06.pdf,company=MTN Electronics Co. Ltd_RLT [email protected] MT7601U Preli... |
 Maxic Technology |
Dual linear constant current LED driver ... |
Maxic Technology |
Linear Constant - Current LED Driver MT7603 is a high voltage linear constant-current LED driver. It’s designed to drive LED string directly from 110VAC/220VAC mains. The system can easily pass EMI without inductor, transformer or other magnetic components, it can achieve simplified peripheral circuit and low BOM cost. The application of high power can be achieved by controlling the MOS temperature. The output current can be set by external resistor. With Maxic’s proprietary linear compensation technology, MT7603 can achieve constant power output when the input voltage is variable. FEATURES Supports high power application with external MOS High precision constant current Supports linear voltage compensation Both of Wit... |
Maxic Technology |
Linear Constant - Current LED Driver MT7604 is a high voltage linear constant-current LED driver. It’s designed to drive LED string directly from 110VAC/220VAC mains. MT7604 integrates 500V power MOSFET so that the peripheral circuit is simplified. It can easily pass EMI without inductor, transformer or other magnetic components, low BOM cost is achieved. The whole driver system can be integrated into the LED lighting module, as an integrated lighting engine, which can be driven by AC line directly. MT7604 can drive precision constant output current by option of an external resistor. The LED current setting range is 5mA~60mA. More than one MT7604 can be used in parallel when the LED current exceeds 60mA. FEATURES High accura... |
Maxic Technology |
Linear Constant - Current LED Driver MT7605 is a segmented linear constant - current LED driver. It operates in linear mode, according to the segment LED voltage drop automatically turns on different LED string without external settings to simplify the system design. No electrolytic capacitor, Inductor, transformer are needed, low BOM cost is achieved. MT7605 can drive three segment LED strings. When the input voltage varies, it lights up different segment LED strings automatically. In the one AC cycle, the LED light up time increases. This way, both efficiency and power factor improved. The PFC is as high as 0.99, THD can be less than 15%. With Maxic’s proprietary current regulation method, MT7605 achieves ±3% accuracy of LED ... |
 Ralink |
802.11a/b/g/n/ac Wi-Fi Client 1. 2. 3. 2012/07/30 2012/10/23 Ben Lin Ben Lin Preliminary release Correct LDO_V15A definition Change the package outline: Thickness=0.8mm Correct typos 0.11 0.12 0.13 2013/01/03 2013/01/16 2013/02/06 2013/02/20 Jamie Huang Jamie Huang Jamie Huang Jamie Huang Change word format Change part number to MT7610EN Update thermal characteristics. 0.14 Update power-on-reset timing diagram. Document Revision History MT7610EN_Datasheet_v0_14.docx Page 2 of 12 NL Y MT7610EN DATASHEET 802.11a/b/g/n/ac Wi-Fi Client Single Chip FO R [email protected],time=2013-03-28 22:55:28,ip=36.224.186.92,doctitle=MT7610EN_Datasheet_v0_14.pdf,company=Synnex Electronics HK Limited _RLT M ad ED am... |
Maximizing IC |
Adaptive high-voltage linear constant current LED driver MT7612 Maximizing IC Performance MT7612 LE D ， ，LED ， ， 。 ， EMI，、。 MT7612，PF ，（MODE 1~4）。 LE D 。 MT7612 ， ， ，。 ， LE D 1mA~70mA 。 LED ，， PF 。 PF ，， (+/-1%) （） LE D (+/-3%) LE D EMI MOS SOP8 LE D LED， LED LED， LED LE D – 1 R1 AC R2 R3 C3 R7 GND VDD 1 CAP 8 VSF NC DRAIN 2 MODE C2 CS R6 MT7612 7 3 (SOP8) 6 4 5 C1 R4 C4 MT7612 Rev. 1.01 www.maxictech.com © 2013 1 MT7612 Maximizing IC Performance 2 LED R1 AC R2 R3 C3 R7 GND VDD 1 CAP 8 VSF NC DRAIN 2 MODE C2 R5 R6 CS MT7612 7 3 (SOP8) 6 4 5 C1 R4 C4 3 R1 AC R2 R3 C3 R7 GND VDD 1 CAP 8 VSF NC DRAIN 2 MODE C2 CS R6 MT7612 7 3 (SOP8) 6 4 5 C1 R4 ... |
Ralink |
Integrated 802.11n MAC/BBP and 2.4 GHz RF/FEM Router-on-a-Chip (TFBGA) 2.4 PIN DESCRIPTIONS (DRQFN) 2.5 PIN SHARING SCHEMES 2.5.1 GPIO PIN SHARE SCHEME 2.5.2 UARTF PIN SHARE SCHEME 2.5.3 RGMII PIN SHARE SCHEMES 2.5.4 WDT_RST_MODE PIN SHARE SCHEME 2.5.5 PERST_N PIN SHARE SCHEME 2.5.6 MDC/MDIO PIN SHARE SCHEME: 2.5.7 EPHY_LED PIN SHARE SCHEME 2.5.8 SPI PIN SHARE SCHEME 2.5.9 ND/SD PIN SHARE SCHEME 2.5.10 XMII PHY/MAC PIN MAPPING 2.6 BOOTSTRAPPING PINS DESCRIPTION 3. MAXIMUM RATINGS AND OPERATING CONDITIONS 3.3 ABSOLUTE MAXIMUM RATINGS 3.4 MAXIMUM TEMPERATURES 3.5 OPERATING CONDITIONS 3.6 THERMAL CHARACTERISTICS 3.7 STORAGE CONDITIONS 3.8 EXTERNAL XTAL SPECFICATION 3.9 DC ELECTRICAL CHARACTERISTICS 3.10 AC ELECTRICAL CHARACTERISTICS 3.10.1 SDRAM INTERFACE... |
Ralink |
PROGRAMMING GUIDE (BASE: 0X1000_0000) 2.3 TIMER 2.3.1 FEATURES 2.3.2 BLOCK DIAGRAM 2.3.3 LIST OF REGISTERS 2.3.4 REGISTER DESCRIPTIONS (BASE: 0X1000_0100) 2.4 INTERRUPT CONTROLLER 2.4.1 FEATURES 2.4.2 BLOCK DIAGRAM 2.4.3 LIST OF REGISTERS 2.4.4 REGISTER DESCRIPTIONS (BASE: 0X1000_0200) 2.5 SYSTEM TICK COUNTER 2.5.1 LIST OF REGISTERS 2.5.2 REGISTER DESCRIPTIONS (BASE: 0X1000_0D00) 2.6 UART 2.6.1 FEATURES 2.6.2 BLOCK DIAGRAM 2.6.3 LIST OF REGISTERS 2.6.4 REGISTER DESCRIPTIONS (BASE: 0X1000_0500) 2.7 UART LITE 2.7.1 FEATURES 2.7.2 BLOCK DIAGRAM 2.7.3 LIST OF REGISTERS 2.7.4 REGISTER DESCRIPTIONS (BASE: 0X1000_0C00) 2.8 PROGRAMMABLE I/O 2.8.1 FEATURES 2.8.2 BLOCK DIAGRAM 2.8.3 LIST OF REGISTERS 2.8.4 REGISTER DE... |
Ralink |
router-on-a-chip includes a 880 MHz MIPS 1004Kc CPU [email protected] MT7621 DATASHEET MT7621 DATASHEET DSMT7621_V.0.2_Prelimanary [email protected],time=2013-10-24 16:22:22,ip=113.116.19.138,doctitle=MT7621_Datasheet_E1_Prelimanary.docx,company=MTN Electronics Co. Ltd_RLT Page 1 of 43 [email protected] MT7621 DATASHEET Overview The MT7621 router-on-a-chip includes a 880 MHz MIPS® 1004Kc™ CPU dual-core, a 5-port 10/100/1000 switch/PHY and one RGMII. The embedded high performance CPU can process advanced applications effortlessly, such as routing, security and VoIP. The MT7621 also includes a selection of interfaces to support a variety of applications, such as a USB p... |
MediaTek |
router-on-a-chip includes an 802.11n MAC and baseband 2.2 MT7628KN DR-QFN (10 MM X 10 MM) 120-PIN PACKAGE DIAGRAM 2.2.1 LEFT SIDE VIE 2.2.2 RIGHT SIDE VIEW 2.2.3 PIN DESCRIPTION 2.3 PIN SHARING SCHEMES 2.3.1 GPIO PIN SHARE SCHEME 2.3.2 UART1 PIN SHARE SCHEME 2.3.3 MT7628AN EPHY LED PIN SHARE SCHEME 2.3.4 MT7628AN WLAN LED PIN SHARE SCHEME 2.3.5 MT7628KN EPHY LED PIN SHARE SCHEME 2.3.6 MT7628KN WLAN LED PIN SHARE SCHEME 2.3.7 PERST_N PIN SHARE SCHEME 2.3.8 WDT_RST_N PIN SHARE SCHEME 2.3.9 REF_CLKO PIN SHARE SCHEME 2.3.10 UART0 PIN SHARE SCHEME 2.3.11 GPIO0 PIN SHARE SCHEME 2.3.12 SPI PIN SHARE SCHEME 2.3.13 SPI_CS1 PIN SHARE SCHEME 2.3.14 I2C PIN SHARE SCHEME 2.3.15 I2S PIN SHARE SCHEME 2.3.16 SD PIN SHARE SCHEME 2.3.17 UART2 PIN SHARE SCHEME 2.... |
Maxic Technology |
LED Current Ripple Remover MT7636 is a controller for removing the 100/120Hz LED current ripple on high PF pre-driver circuit. The adaptive technology of MT7636 ensures minimum power dissipation while removing LED current ripple. MT7636 can drive a single LED string with the external MOSFET. MT7636 clamps the input voltage on VDD pin by 15V, and clamps the internal maximum current by 15mA. Only one resistor is connected between VDD and Vin+, when the clamping current is too high, which is caused by large input voltage (exceeding 15V). MT7636 can flexibly adjust LED peak current by the sensing resistor between the MOSFET source and ground, which avoids the LED and the MOSFET damaged when LED short connected or hot plug... |
Maxic Technology |
LED ripple current suppression control chip Maximizing IC Performance MT7638 LED MT7638LED 。LED，PF 100Hz/120Hz， LED， 。 MT7638150V MOS。VDD 15V ， 15mA。（15V）， ，VDD。MT7638 CS LED， MOSLED。 MT7638， ，MOS， 。 100Hz/120Hz 150VMOS VDD15V... |
 MEDIATEK |
802.11 b/g/n single chip ............................................................................................................................. 4 1.2 Features ................................................................................................................................................ 4 1.3 Applications.......................................................................................................................................... 5 1.4 Block Diagram...................................................................................................................................... 5 2 Product Descriptions ................................................................................. |
MEDIATEK |
802.11 b/g/n single chip First formal release MediaTek Confidential © 2013 - 2014 MediaTek Inc. Page 2 of 14 This document contains information that is proprietary to MediaTek Inc. Unauthorized reproduction or disclosure of this information in whole or in part is strictly prohibited. MT7681 Preliminary datasheet Confidential A Table of Contents Document Revision History .................................................................................................................. 2 Table of Contents ................................................................................................................................... 3 1 System Overview .............................................................. |