Umformer
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Beispielsätze:
- Die benötigte Energie für den Schweißvorgang stellen spezielle Schweißtransformatoren zur Verfügung, die je nach Bauart mit einem Gleichrichter, einem Umformer oder einem Inverter betrieben werden.
converter
Description:
This electrical energy is converted into mechanical vibrational energy (ultrasound) by the sound converter. These are thermoelectric converters that harness the contact between two differently doped semi-conductors. Key applications include switched-mode power supplies, frequency converters, direct DC converters and inverters.
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Example sentences:
- This electrical energy is converted into mechanical vibrational energy (ultrasound) by the sound converter.
- These are thermoelectric converters that harness the contact between two differently doped semi-conductors.
- Key applications include switched-mode power supplies, frequency converters, direct DC converters and inverters.
M/G set
MG
Description:
Lange 'Taktzeiten',Unterbrechungen der Entnahme mgl., wenig Platz. Demgegenüber werden handbetriebene Hochhubwagen selten eingesetzt. Das junge Unternehmen setzt von Anfang an auf exzellente Formgebung.
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Example sentences:
- Lange 'Taktzeiten',Unterbrechungen der Entnahme mgl.
- Demgegenüber werden handbetriebene Hochhubwagen selten eingesetzt.
- Das junge Unternehmen setzt von Anfang an auf exzellente Formgebung.
motor generator set
transducer
Description:
Tachogenerators and eddy current transducers use this principle. Inductive displacement transducers are manufactured and used based on this property. Resistive displacement transducers or measured value potentiometers use ohmic resistance and a moving arm.
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Example sentences:
- Tachogenerators and eddy current transducers use this principle.
- Inductive displacement transducers are manufactured and used based on this property.
- Resistive displacement transducers or measured value potentiometers use ohmic resistance and a moving arm.
transformer
Description:
A transformer essentially comprises two coils (N1, N2) and an Iron core made up of insulated metal sheets designed to reduce eddy currents. The winding connected to the mains is known as the primary winding, the one on the output side is the secondary winding. A transformer is used to convert the amplitude of alternating current without changing the frequency. The primary coil generates a magnetic flux $\Phi $ in the iron core, which induces a voltage in the secondary coil. ${U_1}/{U_2} = {N_1}/{N_2} = {I_2}/{I_1}$ applies in loss-free transformers. The voltages are proportional to the windings, the current is inversely proportional to this, and the transmitted Power is identical on the primary and secondary sides. Single-phase transformers are used very frequently in electrical household appliances. However, they also play an important role in plant control systems, which are operated with extra-low voltage for safety reasons. In power packs for electronic equipment, switch-mode power supplies are increasingly being used in place of conventional transformers. Other areas of application include the electrical isolation of voltage sources and signal transmission. Three-phase transformers are mainly used in power engineering.
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Example sentences:
- An isolating transformer separates the operating circuit from the supply system.
- Single-phase transformers are used very frequently in electrical household appliances.
- Electronic Transformers should be selected as appropriate to the output of the relevant light fitting.
juego M/G
transductor
transformador
Description:
Un transformador comprende esencialmente dos bobinas ( $N_1$ , $N_2$ ) y un centro de hierro hecho de láminas de metal aisladas, diseñadas para reducir las corrientes parásitas. El embobinado conectado al suministro es conocido como embobinado principal, el del lado de la salida es el embobinado secundario. Un transformador se usa para convertir la amplitud de la corriente alterna sin cambiar la frecuencia. La bobina principal genera un flujo magnético $\Phi $ en el centro de hierro, lo que induce a un voltaje en la bobina secundaria. ${U_1}/{U_2} = {N_1}/{N_2} = {I_2}/{I_1}$ aplica a los transformadores libres de pérdida. Los voltajes son proporcionales a los embobinados, la corriente es inversamente proporcional a esto y la energía transmitida es idéntica en los lados primario y secundario. Los transformadores de fase única se usan con mucha frecuencia en aparatos electrodomésticos. Sin embargo, también juegan un rol importante en los sistemas de control de plantas las cuales son operadas con voltajes extremadamente bajos por razones de seguridad. En los paquetes de energía para equipos electrónicos, cada vez se usan más suministros de energía de modo interruptor en lugar de transformadores convencionales. Otras áreas de aplicación incluyen el aislamiento eléctrico de fuentes de voltaje y la transmisión de señal. Los transformadores trifásicos se usan principalmente en la ingeniería de potencia. Transformador de fase única
传感器
Description:
传感器(探测器、探针）用于测量和监控技术系统的参数。传感器元件通常是通过物理效应来记录化学、物理或材料变量，如加速、温度、压力、亮度或材料的环境性能。 传感器将使用电感式换能器、压电式换能器、磁换能器、场强控制换能器或光电换能器将探测到的参数转换为可以被解析和处理的电信号(统一信号、现场总线)。 机械式和非机械式传感器元件可以进行区分。 机械式传感器元件包括: 力传感器，如的称重传感器、销传感器、负荷传感器和测力传感器 位置传感器和近距离传感器(如应变计) 非机械式传感器元件包括辐射探测器，用于探测: 温度(热电偶、电阻式温度探测器（RTD）元件) 光(光敏传感器) 传感器被用于过程控制和自动化技术、安全系统和许多其它用途，可以是无线的或有线的。当配备有自己的微处理器时，被称为智能传感器。 近义词 探测器 传感器 探针 智能传感器
电机/发电机（M/G）组件
电机发电机（MG）