As shown in the equivalent circuit, the disturbance noise discharged from EUT is led to a transient limiter with 50Ω input through a high pass filter of cutoff frequency 33kHz composed of a capacitor(0.1μF) and resistors(50Ω//1kΩ), and then input to Spectrum analyzer MSA338E.
Capacitor structures, equivalent circuitry Metalized film capacitor is structured as follows: Dielectric plastic film is vacuum processed to metalize the electrode over the surface, is slit into a given width, then a pair of slit film is wound together, heat pressed, then wound edge is treated with metal spray and outer termination such as lead wire is welded or soldered onto the metal spray.
構造と等価回路»。
Construction and Equivalent Circuit.
等価回路と各定数。
Equivalent circuit and various constants.
等価回路モデル(netlist)。
Equivalent circuit model(netlist).
小信号等価回路とは。
Small signal equivalent circuits.
図27-ユニティゲインバッファの等価回路。
Figure 27- Equivalent circuit for Unity gain buffer.
等価回路モデル(15素子)】。
Equivalent circuit model(15 element model).
モータの等価回路モデルパラメータを計算する。
Calculate equivalent circuit model parameters for motors.
図2.コンデンサの等価回路図3。
Figure 2. Equivalent circuit of a capacitor.
のac等価回路は図33(b)にあります。
The ac equivalent circuit is in Figure 33(b).
地理空間電気図、変電所および等価回路図と同期化。
Synchronized with geospatial electrical diagram, substation and equivalent circuit views.
図3.リード線形アルミ電解コンデンサの標準的な熱等価回路モデル。
Fig.3 Standard thermal equivalent circuit model of lead wire type.
この項では、ICの入力ピンに関する内部等価回路について説明します。
In this section we discuss internal equivalent circuits that pertain to the input pins for an IC.
を分析するac等価回路では、ゲート回路の周りにKVL方程式を書きます。
To analyze the ac equivalent circuit, we write a KVL equation around the gate circuit..
Sパラメータ、等価回路モデル、SPICEモデル、各種シミュレータ用ライブラリをご提供しています。
S-parameter, equivalent circuit model, SPICE model as well as simulator libraries are offered.
物理的な構造に対応して、それらの磁気回路要素を接続することにより、任意の磁気等価回路を作成します。
By connecting them according to the physical structure the user can create equivalent circuits for arbitrary magnetic components.
As a result of these, noise is induced. The following are illustrations of the two types of coupling and the simplest equivalent circuits in each case.
Thus, equivalent circuits can provide supplementary information in examining the question as to what results can be expected if conditions not stated in the datasheets are imparted.
Thermal Equivalent Network Heat conduction from one heat sink to another or to an ambient temperature is modeled with lumped thermal resistances and capacitances connected to the heat sinks.
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