BDTIC Application Note No. 014
... supply voltage: VCE = VS - 0.65 V The voltage drop of approximately 0.65 V on Rext (i.e. between pins 3 and 4 of BCR400) is almost constant (Rext = 0.65 V x IC). In case a lower VCE is really required (e.g. to prevent exceeding of maximum VCE or VDS ratings), an additional resistor R = (VS - VCE -0. ...
... supply voltage: VCE = VS - 0.65 V The voltage drop of approximately 0.65 V on Rext (i.e. between pins 3 and 4 of BCR400) is almost constant (Rext = 0.65 V x IC). In case a lower VCE is really required (e.g. to prevent exceeding of maximum VCE or VDS ratings), an additional resistor R = (VS - VCE -0. ...
R Metric and ultrametric spaces of resistances a
... If the first Kirchhoff law holds, that is, x∗v = 0 for all V \ {a, b}, then x∗a + x∗b = 0, all equations are satisfied, and we stop. Yet otherwise, we obviously can proceed with the potential reduction. Thus, the limit values of x solve (G, a, b) for xa = x0a and xb = x0b . Remark 1 A very similar mo ...
... If the first Kirchhoff law holds, that is, x∗v = 0 for all V \ {a, b}, then x∗a + x∗b = 0, all equations are satisfied, and we stop. Yet otherwise, we obviously can proceed with the potential reduction. Thus, the limit values of x solve (G, a, b) for xa = x0a and xb = x0b . Remark 1 A very similar mo ...
3 System definition - Telecommunications Industry Association
... Significant Time Instance is the time when a time-varying signal achieves a level or range of levels that signifies a logic state change. Single-ended Mode is a signaling mode that uses a single driven line. Skew is a time difference between significant instances of different signals or the time dif ...
... Significant Time Instance is the time when a time-varying signal achieves a level or range of levels that signifies a logic state change. Single-ended Mode is a signaling mode that uses a single driven line. Skew is a time difference between significant instances of different signals or the time dif ...
G6-Circuit-Components
... use wire-wound resistors in an RF circuit? A. The resistor's tolerance value would not be adequate for such a circuit B. The resistor's inductance could make circuit ...
... use wire-wound resistors in an RF circuit? A. The resistor's tolerance value would not be adequate for such a circuit B. The resistor's inductance could make circuit ...
Evaluates: MAX15005A MAX15005A Evaluation Kit General Description Features
... limits the transformer peak primary current to 4.2A (0.3V / 0.07Ω = 4.2A). To evaluate a lower current limit, current-sense resistor R6 must be replaced with a different surface-mount resistor (2010 size), as determined by the following equation: R6 = (0.300V/IPRIMARY) where IPRIMARY is the transfor ...
... limits the transformer peak primary current to 4.2A (0.3V / 0.07Ω = 4.2A). To evaluate a lower current limit, current-sense resistor R6 must be replaced with a different surface-mount resistor (2010 size), as determined by the following equation: R6 = (0.300V/IPRIMARY) where IPRIMARY is the transfor ...
19-3 Kirchhoff`s Rules
... • Many practical resistor networks cannot be reduced to simple series-parallel combinations (see an example below). • Terminology: -A junction in a circuit is a point where three or more conductors meet. -A loop is any closed conducting path. ...
... • Many practical resistor networks cannot be reduced to simple series-parallel combinations (see an example below). • Terminology: -A junction in a circuit is a point where three or more conductors meet. -A loop is any closed conducting path. ...
Half stepping techniques
... constant torque over all positions. This can be done if the current level is increased to approximately 140% of the nominal two-phase-on current, in the half-step positions (i.e. 2, 4, 6, 8 in figures 1 and 2). This is done by changing the value of Rs and/or Vref. The currents in the two-phase-on po ...
... constant torque over all positions. This can be done if the current level is increased to approximately 140% of the nominal two-phase-on current, in the half-step positions (i.e. 2, 4, 6, 8 in figures 1 and 2). This is done by changing the value of Rs and/or Vref. The currents in the two-phase-on po ...
analysis of the parallel resonance circuit with supercapacitor
... The article analyzes phase resonance conditions in a parallel RLCα circuit with lossless inductor and a supercapacitor, modelled as a fractional – order electrical element. Relations for equivalent admittance have been derived and from the general resonance condition, relations describing resonance ...
... The article analyzes phase resonance conditions in a parallel RLCα circuit with lossless inductor and a supercapacitor, modelled as a fractional – order electrical element. Relations for equivalent admittance have been derived and from the general resonance condition, relations describing resonance ...
Network analysis (electrical circuits)
A network, in the context of electronics, is a collection of interconnected components. Network analysis is the process of finding the voltages across, and the currents through, every component in the network. There are many different techniques for calculating these values. However, for the most part, the applied technique assumes that the components of the network are all linear.The methods described in this article are only applicable to linear network analysis, except where explicitly stated.