Example Temperature Measurement Applications Using the
... Introduction Whenever measurement of various industrial sensors are required, accuracy of measurement can be significantly improved by characterizing the sensor performance over the range of temperatures in which it is expected to operate. This principle requires an accurate sensor temperature measu ...
... Introduction Whenever measurement of various industrial sensors are required, accuracy of measurement can be significantly improved by characterizing the sensor performance over the range of temperatures in which it is expected to operate. This principle requires an accurate sensor temperature measu ...
— Shielded Gate PowerTrench® AN-4163 MOSFET Datasheet Explanation Introduction
... the VGS is decreased from 10 VGS to 5 VGS at 60 A of ID, the RDS(on) increases three times, which can be translated to 18.9 mΩ (3 times 6.3 mΩ) and the maximum ID is saturated at around 60 A with 5 VGS due to the increased RDS(on). Figure 3 shows the normalized drain-to-source on resistance accordin ...
... the VGS is decreased from 10 VGS to 5 VGS at 60 A of ID, the RDS(on) increases three times, which can be translated to 18.9 mΩ (3 times 6.3 mΩ) and the maximum ID is saturated at around 60 A with 5 VGS due to the increased RDS(on). Figure 3 shows the normalized drain-to-source on resistance accordin ...
Document
... any two-terminal resistive circuit to a single equivalent voltage source in series with an equivalent resistance. ...
... any two-terminal resistive circuit to a single equivalent voltage source in series with an equivalent resistance. ...
Deney3
... Figure_5 Defining the piecewise linear equivalent circuit using straight-line segments to approximate the characteristic curve ...
... Figure_5 Defining the piecewise linear equivalent circuit using straight-line segments to approximate the characteristic curve ...
Resistors
... Chip Resistor Coding System Body color is usually white or off-white End terminals are C-shaped Three (four) digits on the body or on the film First 2 (3) digits indicate the first two (three) numbers Third (fourth) digit indicates the multiplier Are available in tolerances of ±1% ±5% but tolerance ...
... Chip Resistor Coding System Body color is usually white or off-white End terminals are C-shaped Three (four) digits on the body or on the film First 2 (3) digits indicate the first two (three) numbers Third (fourth) digit indicates the multiplier Are available in tolerances of ±1% ±5% but tolerance ...
9 Network Analysis
... what advantage is there to expressing them in terms of unknown voltages or as unknown currents? The purpose in doing this is to get the KVL equation expressed using the same unknown variables as the KCL equation, as this is a necessary requirement for any simultaneous equation solution method. To so ...
... what advantage is there to expressing them in terms of unknown voltages or as unknown currents? The purpose in doing this is to get the KVL equation expressed using the same unknown variables as the KCL equation, as this is a necessary requirement for any simultaneous equation solution method. To so ...
High energy impulse generator design
... test the usefulness of protective devices, but also to investigate their nonlinear characteristics and conceive models to be implemented in system simulation programs (e.g. the EMTP). ...
... test the usefulness of protective devices, but also to investigate their nonlinear characteristics and conceive models to be implemented in system simulation programs (e.g. the EMTP). ...
BQ24308 数据资料 dataSheet 下载
... The device can supply load current up to IOCP continuously. If the load current tries to exceed this threshold, the current is limited to IOCP for a maximum duration of tBLANK(OCP). If the load current returns to less than IOCP before tBLANK(OCP) times out, the device continues to operate (see Figur ...
... The device can supply load current up to IOCP continuously. If the load current tries to exceed this threshold, the current is limited to IOCP for a maximum duration of tBLANK(OCP). If the load current returns to less than IOCP before tBLANK(OCP) times out, the device continues to operate (see Figur ...
Chapter1 - WordPress.com
... This energy comes from the external voltage applied across the diode. The forward bias voltage required for a: • gallium arsenide diode 1.2 V • silicon diode 0.7 V • germanium diode 0.3 V ...
... This energy comes from the external voltage applied across the diode. The forward bias voltage required for a: • gallium arsenide diode 1.2 V • silicon diode 0.7 V • germanium diode 0.3 V ...
103_unit_2
... not a decimal number. Now that the number has been converted into engineering notation format with a ± 3, ± 6, ± 9, or ± 12 superscript value, the shorthand substitution can be made. The number 39 x103 can be made into 39k by substituting k for x103. Look at the second number in Figure 24. Conver ...
... not a decimal number. Now that the number has been converted into engineering notation format with a ± 3, ± 6, ± 9, or ± 12 superscript value, the shorthand substitution can be made. The number 39 x103 can be made into 39k by substituting k for x103. Look at the second number in Figure 24. Conver ...
Bipolar +/-10V Analog Output from a Unipolar Voltage Output DAC
... resistor values as obtained in the design process. This model is used to simulate system offset and gain errors that are contributed by the DAC8560. The DAC8560 is modeled by an ideal voltage source sweeping from 0 V to 2.50 V along with a non-inverting amplifier with gain to simulate the effects of ...
... resistor values as obtained in the design process. This model is used to simulate system offset and gain errors that are contributed by the DAC8560. The DAC8560 is modeled by an ideal voltage source sweeping from 0 V to 2.50 V along with a non-inverting amplifier with gain to simulate the effects of ...
Chapter 28
... to the positive terminal? Explain. 2. Given three lightbulbs and a battery, sketch as many different electric circuits as you can. 3. Why is it possible for a bird to sit on a high-voltage wire without being electrocuted? 28_c28_p794-828 Chapter 28 4. A student claims that the second of two lightbul ...
... to the positive terminal? Explain. 2. Given three lightbulbs and a battery, sketch as many different electric circuits as you can. 3. Why is it possible for a bird to sit on a high-voltage wire without being electrocuted? 28_c28_p794-828 Chapter 28 4. A student claims that the second of two lightbul ...
Chapter 002 Resistors
... 45. (p. 73) What may cause a much lower resistance value to be displayed on an ohmmeter when checking resistance in a circuit? A. Low batteries in the ohmmeter B. The circuit power is on C. Parallel resistance paths D. Open resistors ...
... 45. (p. 73) What may cause a much lower resistance value to be displayed on an ohmmeter when checking resistance in a circuit? A. Low batteries in the ohmmeter B. The circuit power is on C. Parallel resistance paths D. Open resistors ...
11 - HCC Learning Web
... 2. Two 1.50-V batteries—with their positive terminals in the same direction—are inserted in series into a flashlight. One battery has an internal resistance of 0.255 Ω, and the other has an internal resistance of 0.153 Ω. When the switch is closed, the bulb carries a current of 600 mA. (a) What is t ...
... 2. Two 1.50-V batteries—with their positive terminals in the same direction—are inserted in series into a flashlight. One battery has an internal resistance of 0.255 Ω, and the other has an internal resistance of 0.153 Ω. When the switch is closed, the bulb carries a current of 600 mA. (a) What is t ...
Analog Output Current Shunt and Voltage Instantaneous Power
... can be programmed through the two-wire interface to allow for application-specific configurations. The programmable gain feature also allows the device to be operated over a much wider dynamic current load range without having to switch the sensing element used. ...
... can be programmed through the two-wire interface to allow for application-specific configurations. The programmable gain feature also allows the device to be operated over a much wider dynamic current load range without having to switch the sensing element used. ...
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Multimeter
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A multimeter or a multitester, also known as a VOM (Volt-Ohm meter or Volt-Ohm-milliammeter ), is an electronic measuring instrument that combines several measurement functions in one unit. A typical multimeter would include basic features such as the ability to measure voltage, current, and resistance. Analog multimeters use a microammeter whose pointer moves over a scale calibrated for all the different measurements that can be made. Digital multimeters (DMM, DVOM) display the measured value in numerals, and may also display a bar of a length proportional to the quantity being measured. Digital multimeters are now far more common but analog multimeters are still preferable in some cases, for example when monitoring a rapidly varying value. A multimeter can be a hand-held device useful for basic fault finding and field service work, or a bench instrument which can measure to a very high degree of accuracy. They can be used to troubleshoot electrical problems in a wide array of industrial and household devices such as electronic equipment, motor controls, domestic appliances, power supplies, and wiring systems.Multimeters are available in a wide range of features and prices. Cheap multimeters can cost less than US$10, while laboratory-grade models with certified calibration can cost more than US$5,000.