資料介紹
The LT?1083 series of positive adjustable regulators are
designed to provide 3A, 5A and 7.5A with higher efficiency
than currently available devices. All internal circuitry is
designed to operate down to 1V input to output differential
and the dropout voltage is fully specified as a function of
load current. Dropout is guaranteed at a maximum of 1.5V
at maximum output current, decreasing at lower load
currents. On-chip trimming adjusts the output voltage to
1%. Current limit is also trimmed, minimizing the stress
on both the regulator and power source circuitry under
overload conditions.
The LT1083 series devices are pin compatible with older
three-terminal regulators. A 10μF output capacitor is
required on these new devices; however, this is usually
included in most regulator designs.
Unlike PNP regulators, where up to 10% of the output
current is wasted as quiescent current, the LT1083 quiescent
current flows into the load, increasing efficiency.
designed to provide 3A, 5A and 7.5A with higher efficiency
than currently available devices. All internal circuitry is
designed to operate down to 1V input to output differential
and the dropout voltage is fully specified as a function of
load current. Dropout is guaranteed at a maximum of 1.5V
at maximum output current, decreasing at lower load
currents. On-chip trimming adjusts the output voltage to
1%. Current limit is also trimmed, minimizing the stress
on both the regulator and power source circuitry under
overload conditions.
The LT1083 series devices are pin compatible with older
three-terminal regulators. A 10μF output capacitor is
required on these new devices; however, this is usually
included in most regulator designs.
Unlike PNP regulators, where up to 10% of the output
current is wasted as quiescent current, the LT1083 quiescent
current flows into the load, increasing efficiency.
下載該資料的人也在下載
下載該資料的人還在閱讀
更多 >
- FPGA電源設計方案
- 基于LT1084_Typical Application直流到直流單輸出電源的參考設計123
- 基于LT1085_Typical Application直流到直流單輸出電源的參考設計
- 基于LT1085_Typical Application直流到直流單輸出電源的參考設計12
- 基于LT1085_Typical Application直流到直流單輸出電源的參考設計
- 基于LT1084_Typical Application直流到直流單輸出電源的參考設計
- LT1083演示電路-低壓差正向穩壓器(6.5-30V至5V@7.5A)
- LT1085演示電路-低壓差正向穩壓器(6.5-30V至5V@3A)
- LT1084演示電路-低壓差正向穩壓器(6.5-30V至5V@5A)
- LT1083演示電路-5V穩壓器,具有改進的紋波抑制功能(6-17V至5V@7.5A)
- LT1083/LT1084/LT1085:7.5A、5A、3A低壓差正向可調穩壓器數據表
- LT1083/LT1084/LT1085-固定:3A、5A、7.5A低壓差正向固定穩壓器數據表
- LT3579/LT3579-1 pdf datasheet
- 2SA1083/2SA1085 pdf datasheet
- LT1366/LT1367 pdf datasheet
- 忘掉那些三端器件吧,大電流穩壓器電路這樣設計也可以! 647次閱讀
- 微功率低噪聲、低壓差負調節器LT1964 1146次閱讀
- LT-mapper系統的原理和實現應用分析 1552次閱讀
- 大電流穩壓器電路設計方案 3410次閱讀
- ADI LT1083穩壓器的電源設計解決方案 8186次閱讀
- LT1028運算放大器的特性及應用 1.4w次閱讀
- LT8645S和LT8646S同步降壓型單片式穩壓器的介紹 6706次閱讀
- LT8609、LT8609A和LT8609S具有2.5 μA的超低靜態電流 6165次閱讀
- 7.5A低壓差正可調穩壓器LT?1083 2862次閱讀
- 具True Color PWM調光功能的4.5A、單片式LED驅動器LT?3478/LT3478-1 1873次閱讀
- 正激式轉換器控制器LT8310和可調并聯電壓調節器LT1431 1876次閱讀
- 具負載斷接功能的轉換器LT1617 1585次閱讀
- 基于LT1931的+5V~-5V負輸出轉換器 1.4w次閱讀
- LT3680/LT3083 可調的高效率穩壓器電路圖 4095次閱讀
- 采用LT155A系列定時器電路圖 2190次閱讀
下載排行
本周
- 1TC358743XBG評估板參考手冊
- 1.36 MB | 330次下載 | 免費
- 2開關電源基礎知識
- 5.73 MB | 11次下載 | 免費
- 3嵌入式linux-聊天程序設計
- 0.60 MB | 3次下載 | 免費
- 4DIY動手組裝LED電子顯示屏
- 0.98 MB | 3次下載 | 免費
- 5基于FPGA的C8051F單片機開發板設計
- 0.70 MB | 2次下載 | 免費
- 651單片機窗簾控制器仿真程序
- 1.93 MB | 2次下載 | 免費
- 751單片機PM2.5檢測系統程序
- 0.83 MB | 2次下載 | 免費
- 8基于51單片機的RGB調色燈程序仿真
- 0.86 MB | 2次下載 | 免費
本月
- 1OrCAD10.5下載OrCAD10.5中文版軟件
- 0.00 MB | 234315次下載 | 免費
- 2555集成電路應用800例(新編版)
- 0.00 MB | 33566次下載 | 免費
- 3接口電路圖大全
- 未知 | 30323次下載 | 免費
- 4開關電源設計實例指南
- 未知 | 21549次下載 | 免費
- 5電氣工程師手冊免費下載(新編第二版pdf電子書)
- 0.00 MB | 15349次下載 | 免費
- 6數字電路基礎pdf(下載)
- 未知 | 13750次下載 | 免費
- 7電子制作實例集錦 下載
- 未知 | 8113次下載 | 免費
- 8《LED驅動電路設計》 溫德爾著
- 0.00 MB | 6656次下載 | 免費
總榜
- 1matlab軟件下載入口
- 未知 | 935054次下載 | 免費
- 2protel99se軟件下載(可英文版轉中文版)
- 78.1 MB | 537798次下載 | 免費
- 3MATLAB 7.1 下載 (含軟件介紹)
- 未知 | 420027次下載 | 免費
- 4OrCAD10.5下載OrCAD10.5中文版軟件
- 0.00 MB | 234315次下載 | 免費
- 5Altium DXP2002下載入口
- 未知 | 233046次下載 | 免費
- 6電路仿真軟件multisim 10.0免費下載
- 340992 | 191186次下載 | 免費
- 7十天學會AVR單片機與C語言視頻教程 下載
- 158M | 183279次下載 | 免費
- 8proe5.0野火版下載(中文版免費下載)
- 未知 | 138040次下載 | 免費
評論
查看更多