美国BK Precision 开关直流电源

美国BK Precision 开关直流电源

BK精度1692直流电源，开关，3至15伏，40

B + K精度模型的1692个开关模式直流电源提供高输出电流在一个重量轻，紧凑的封装。用于各种用途是合适的，尤其是对供电的直流供电的移动无线电设备在板凳上。它提供了一个可变的输出电压从3 V到15 V在40个连续的操作。另外一个固定的13.8伏直流输出也是由滑动开关可选择。开关模式电源相比，传统的线性电源具有重量轻、效率高的优点。效率可超过80%，在*条件下。先进的电路过载的保护提供了免于RFI。一个明亮的红色和绿色LED显示器提供了准确的设置和可读性强的指标。

美国BK Precision 开关直流电源特征：

重量轻，紧凑的

效率高的

电流折返电路与照明指示器，防止超载的电源

过温保护电路

过电压保护，防止异常的高输出电压

高RFI的稳定性

可变输出3 V至15 V 40

保修期：1年

电源：120伏60赫兹；

附件：说明书

尺寸（高x宽x深）及体重：8.67“×4.33“×11.82”（220×110×300毫米）；7.7磅

The 1692 Switching Mode DC Power Supply provides high current output in a lightweight and compact package. It is suitable for a variety of uses, especially for powering DC operated radio equipment on the bench. It provides a variable voltage output from 3V to 15V at 40A continuous operation. In addition a fixed 13.8 VDC output is also selectable by a slider switch. Switching mode power supplies have the advantage of lightweight and high efficiency when compared to traditional linear mode power supplies. The efficiency can exceed 80% under the best conditions. Advanced circuitry protects against overload and provides immunity from RFI. A bright red and green LED display provides for an accurate and highly readable indicator of settings.

• Lightweight and compact
• High efficiency
• Current fold back circuitry with illuminated indicator prevents overloading the power supply
• Over temperature protection circuitry
• Over voltage protection prevents abnormal high output voltage
• High RFI stability
• Variable output 3V to 15V at 40A

The 1693 and 1694 switching mode DC power supplies provide high current output in a lightweight and compact package. They include a remote sensing terminal to compensate for voltage drop across load leads. The output voltage level can also be externally controlled via an analog remote control terminal. Bright red and green LED displays provide for an accurate and highly readable indicator of settings.

• Lightweight and compact
• Current fold back circuitry with illuminated indicator prevents overloading the power supply
• Overtemperature protection circuitry
• Overvoltage protection
• Remote sense