点击放大查看
SP7600EB
| Manufacturer | |
| Description | LED Lighting Development Tools Eval Board for SP7600 Series Evaluation Board Is Designed To Help The User Evaluate The Performance Of The SP7600 For Use As A LED Driver EVAL BOARD FOR SP7600 |
| Category |
Business
| Product | Evaluation Boards | Other Names | 1016-1233 |
| Product Category | LED Lighting Development Tools | Standard Package | 1 |
Compliance
| RoHS | RoHS Compliant | ||
Electrical
| Core Type | SP7600 | Current - Output | 2 A |
| Voltage - Supply | 4.5 V to 29 V | Current Rating (Max) | 2A |
| Voltage - Input (Min) | 4.5 V ~ 29 V | Current - Output / Channel | 2A |
Product Info
| Contents | Board | Features | Technical Documenthttp://download.siliconexpert.com/pdfs/2012/1/17/2/40/29/777/exa_/manual/sp7600rtpreleasedtoweb.pdf |
| Technology | LED Driver | Main Purpose | PWM Brightness control |
| Outputs and Type | 1, Non-Isolated | Utilized IC / Part | SP7600 |
| For Use With/Related Products | 6 Series-Connected LEDs | ||
Documents & Media
Similar Parts
SP7600EN2-L/TR
Exar
LED Lighting Drivers 2A 29V NON-SYNC BUCK HIGH PWR LED DRVR 1Segment 5V/9V/12V/15V/18V/24V 8-Pin HSOIC N EP T/R IC LED DRVR PWM STP-DWN 8HNSOIC SP7600 Series 2 A 29 V 1.2 MHz Non-Sync. Buck High Power LED Driver - SOIC-8N
744311470
Wurth Electronics
固定インダクタ WE-HCI Inductor 4.7uH 100kHz 6A INDUCTOR POWER 4.7UH 6A SMD Inductor SMD high current WE-HCI 4.7uH Fixed Inductors WE-HCI Inductor 4.7uH 100kHz 6A INDUCTOR, SMD, HIGH CURRENT 4.7UH Wurth WE-HCI 系列 屏蔽 WE-Superflux芯材 绕线贴片电感器, 4.7 μH ±20%, 6A Idc
SP7600EN2-L
Exar
LED Lighting Drivers Applications LED DRVR 1Segment 5V/9V/12V/15V/18V/24V 8-Pin HSOIC N EP Bulk IC LED DRVR PWM STP-DWN 8HNSOIC LED Driver,Buck,High Power,SOIC8N EP SP7600 Series 2 A 29 V 1.2 MHz Non-Sync. Buck High Power LED Driver - SOIC-8N LED 驱动器, 4.5 → 29 V, 8引脚 HSOIC封装
7447745330
Wurth Electronics Inc
INDUCTOR POWER 33UH .90A SMD Inductor SMD WE-PD2 5820 33uH 0,9A Fixed Inductors WE-PD2 Inductor 33uH 0.9A 0.52ohm CHOKE, SMD, 33UH Wurth WE-PD2 系列 铁氧体芯材 绕线贴片电感器, 33 μH ±20%, 900mA Idc