SMART发射机电源HID2030SK
2通道隔离阻挡24v直流电源(母线供电)
2线SMART发射器或电流源可用作信号分离器(1输入和2输出)双输出4 mA…20ma,电流吸收
线路故障检测(LFD)
最高SIL 2(sc3) acc。符合IEC/EN 61508
函数
这种隔离屏障用于本质安全应用。它为危险区域的2线SMART发射机提供全浮动电源,并重复电流以驱动安全区域负载。Litis也用于2线电流源。T设计用于在安全区域终端上提供接收模式输出。数字信号可以叠加在危险或安全区域的模拟值上,并进行双向传输。如果输入信号在0.2mA范围之外,则在总线上发出单独的故障输出信号。24马。故障指示板可以监控故障情况。
该模块安装在HiD终端板上。
应用程序
设备支持的SMART协议有:哈特
.BRAIN
HID2030SK 发射机电源是一种为发射机提供能源的设备,通常用于广播、电视、通信等领域。发射机电源的主要作用是将电能转换成适合发射机工作的电源,以保证发射机的正常工作和稳定性。
HID2030SK 发射机电源的种类很多,根据不同的分类标准可以分为不同的类型。例如,根据工作原理可以分为开关电源、线性电源、逆变电源等;根据功率大小可以分为小型电源、中型电源、大型电源等;根据应用领域可以分为广播电视发射机电源、移动通信发射机电源、卫星通信发射机电源等。
HID2030SK 发射机电源的工作原理主要涉及到电能的转换和传输。一般来说,电能首先通过变压器进行升压或降压,然后通过整流器转换为直流电,再通过逆变器转换为交流电,最后通过滤波器平滑输出电压,供给发射机使用。在这个过程中,发射机电源还需要对输出电压、电流、功率等进行监测和控制,以保证发射机的正常工作和稳定性。
HID2030SK 发射机电源的性能指标也涉及到很多方面,例如输出电压、输出电流、功率因数、效率、可靠性等。这些指标会直接影响到发射机的性能和工作寿命,因此在进行发射机电源设计和选择时需要充分考虑这些因素。
总之,HID2030SK 发射机电源是保证发射机正常工作和稳定性的重要设备之一,其性能指标和工作原理涉及到多个方面。随着科技的不断进步和应用需求的不断提高,发射机电源的技术和性能也在不断发展和提升。
SMART transmitter power supply HID2030SK
2-channel isolation Block 24v DC power supply (bus power supply)
A 2-wire SMART transmitter or current source can be used as a signal separator (1 input and 2 output) Dual output 4 mA... 20ma, current absorption
Line Fault Detection (LFD)
Highest SIL 2(sc3) acc. Complies with IEC/EN 61508
function
This isolation barrier is used for intrinsically safe applications. It provides a fully floating power supply to the 2-wire SMART transmitter in the hazardous zone and repeats the current to drive the safe zone load. Litis is also used for 2-wire current sources. T is designed to provide receive mode output on secure zone terminals. Digital signals can be superimposed on analog values in dangerous or safe areas and transmitted in both directions. If the input signal is outside the 0.2mA range, a separate fault output signal is emitted on the bus. 24 horses. The fault indicator board monitors faults.
The module is installed on the HiD terminal board.
Application program
SMART protocols supported by the device include: Hart
.BRAIN
The HID2030SK transmitter power supply is a device that provides energy for the transmitter, usually used in radio, television, communication and other fields. The main function of the transmitter power supply is to convert the electrical energy into a power supply suitable for the transmitter to ensure the normal operation and stability of the transmitter.
There are many types of HID2030SK transmitter power supplies, which can be divided into different types according to different classification standards. For example, according to the working principle can be divided into switching power supply, linear power supply, inverter power supply and so on; According to the power size can be divided into small power supply, medium power supply, large power supply and so on; According to the application field, it can be divided into radio and television transmitter power supply, mobile communication transmitter power supply, satellite communication transmitter power supply.
The working principle of the power supply of the HID2030SK transmitter mainly involves the conversion and transmission of electric energy. In general, the electrical energy is first boosted or depressurized by the transformer, then converted to direct current by the rectifier, then converted to alternating current by the inverter, and finally smooth the output voltage through the filter to the transmitter. In this process, the transmitter power supply also needs to monitor and control the output voltage, current, power, etc., to ensure the normal operation and stability of the transmitter.
HID2030SK transmitter power supply performance indicators also involve many aspects, such as output voltage, output current, power factor, efficiency, reliability and so on. These indicators will directly affect the performance and working life of the transmitter, so these factors need to be fully considered when designing and selecting the transmitter power supply.
In short, the HID2030SK transmitter power supply is one of the important equipment to ensure the normal operation and stability of the transmitter, and its performance index and working principle involve many aspects. With the continuous progress of science and technology and the continuous improvement of application needs, the technology and performance of transmitter power supply are also constantly developing and improving.
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