a. For VIN VT , M1 is in cutoff regime, thus I=0 and Vout = 2.5V
... For VIN < VT , M 1 is in cuto regime, thus I=0 and Vout = 2.5V . For VIN > VT , M1 is conducting and Vout = 2.5V − (I ∗ R). This in turn gives a low Vout and the input signal is inverted. Assuming negligible leakage, when VIN < VT , transistor M1 is o and VOH = 2.5V . For VIN = 2.5V , assume M1 is ...
... For VIN < VT , M 1 is in cuto regime, thus I=0 and Vout = 2.5V . For VIN > VT , M1 is conducting and Vout = 2.5V − (I ∗ R). This in turn gives a low Vout and the input signal is inverted. Assuming negligible leakage, when VIN < VT , transistor M1 is o and VOH = 2.5V . For VIN = 2.5V , assume M1 is ...
LT3650-4.1/LT3650-4.2 - High Voltage 2 Amp Monolithic Li
... The RNG/SS pin is pulled low during fault conditions, allowing graceful recovery from faults should soft-start functionality be implemented. Both the soft-start capacitor and the programming resistor can be implemented in parallel. All C/10 monitoring functions are disabled while VRNG/SS is below 0. ...
... The RNG/SS pin is pulled low during fault conditions, allowing graceful recovery from faults should soft-start functionality be implemented. Both the soft-start capacitor and the programming resistor can be implemented in parallel. All C/10 monitoring functions are disabled while VRNG/SS is below 0. ...
Equivalent Circuits, Circuit Tools
... Two circuits are considered to be equivalent if they behave the same with respect to the things to which they are connected. The properties (voltage, current, power) within the circuit may be different. It is important to keep this concept in mind. A common error for beginners is to assume that volt ...
... Two circuits are considered to be equivalent if they behave the same with respect to the things to which they are connected. The properties (voltage, current, power) within the circuit may be different. It is important to keep this concept in mind. A common error for beginners is to assume that volt ...
LTC3857-1 - Low IQ, Dual, 2-Phase Synchronous Step
... Each Controller. Forcing either of these pins below 1.26V shuts down that controller. Forcing both of these pins below 0.7V shuts down the entire LTC3857-1, reducing quiescent current to approximately 8μA. Do not float these pins. INTVCC (Pin 19): Output of the Internal Linear Low Dropout Regulator. ...
... Each Controller. Forcing either of these pins below 1.26V shuts down that controller. Forcing both of these pins below 0.7V shuts down the entire LTC3857-1, reducing quiescent current to approximately 8μA. Do not float these pins. INTVCC (Pin 19): Output of the Internal Linear Low Dropout Regulator. ...
Design of Power-Rail ESD Clamp Circuit with Adjustable Holding
... With the continuously scaled-down CMOS technology, electrostatic discharge (ESD) protection has become the major concern of reliability for integrated circuits (ICs) in nanoscale CMOS technology. The nanoscale device with thinner gate oxide and shallower diffusion junction depth seriously degraded t ...
... With the continuously scaled-down CMOS technology, electrostatic discharge (ESD) protection has become the major concern of reliability for integrated circuits (ICs) in nanoscale CMOS technology. The nanoscale device with thinner gate oxide and shallower diffusion junction depth seriously degraded t ...
AD8312 数据手册DataSheet 下载
... waveform or termination impedance. In practice, it usually falls off at higher frequencies because of the declining gain of the amplifier stages and other effects in the detector cells. For the AD8312, the slope at low frequencies is nominally 21.0 mV/dB, falling almost linearly with frequency to ab ...
... waveform or termination impedance. In practice, it usually falls off at higher frequencies because of the declining gain of the amplifier stages and other effects in the detector cells. For the AD8312, the slope at low frequencies is nominally 21.0 mV/dB, falling almost linearly with frequency to ab ...
AD5405 AnaDev, dual I-dac, 58MSPS R2R, no ref.pdf
... 5.5 V power supply, making it suited to battery-powered and other applications. The applied external reference input voltage (VREF) determines the full-scale output current. An integrated feedback resistor (RFB) provides temperature tracking and full-scale voltage output when combined with an extern ...
... 5.5 V power supply, making it suited to battery-powered and other applications. The applied external reference input voltage (VREF) determines the full-scale output current. An integrated feedback resistor (RFB) provides temperature tracking and full-scale voltage output when combined with an extern ...
LTM8048 - Linear Technology
... VIN pin, but if the BIAS pin is connected to an external voltage higher than 3.1V, bias power will be drawn from the external source, improving efficiency. VBIAS must not exceed VIN. The RUN pin is used to turn on or off the LTM8048, disconnecting the output and reducing the input current to 1μA or ...
... VIN pin, but if the BIAS pin is connected to an external voltage higher than 3.1V, bias power will be drawn from the external source, improving efficiency. VBIAS must not exceed VIN. The RUN pin is used to turn on or off the LTM8048, disconnecting the output and reducing the input current to 1μA or ...
2 Series, 3 Series, and 4 Series Li
... The junction-to-ambient thermal resistance under natural convection is obtained in a simulation on a JEDEC-standard, high-K board, as specified in JESD51-7, in an environment described in JESD51-2a. The junction-to-case (top) thermal resistance is obtained by simulating a cold plate test on the pack ...
... The junction-to-ambient thermal resistance under natural convection is obtained in a simulation on a JEDEC-standard, high-K board, as specified in JESD51-7, in an environment described in JESD51-2a. The junction-to-case (top) thermal resistance is obtained by simulating a cold plate test on the pack ...
How to select the right thyristor (SCR) for your application
... This is the current flowing through the device when it is in the off-state, at the specified VDRM or VRRM value. tq: turn-off time (refer to Section 3.3: "SCR turn-off and tq parameter") After this time, a positive voltage rate can be applied across anode and cathode without causing any spurious fir ...
... This is the current flowing through the device when it is in the off-state, at the specified VDRM or VRRM value. tq: turn-off time (refer to Section 3.3: "SCR turn-off and tq parameter") After this time, a positive voltage rate can be applied across anode and cathode without causing any spurious fir ...
Oscilloscopes and their Calibration
... liquid crystal displays (LCDs), are typically calibrated using a DC stimulus, with some models utilizing the consecutive application of a zero-centered, ±DC signal for gain calibration, where others prefer a zerostarting +DC signal alone. Generally speaking, calibration of vertical gain begins with ...
... liquid crystal displays (LCDs), are typically calibrated using a DC stimulus, with some models utilizing the consecutive application of a zero-centered, ±DC signal for gain calibration, where others prefer a zerostarting +DC signal alone. Generally speaking, calibration of vertical gain begins with ...
TLE7368 - Infineon Technologies
... For energy saving reasons, e.g. while the motor is turned off, the TLE7368 offers a stand-by mode. The standby mode can be enabled and disabled either by battery or the microcontroller. In this stand-by mode just the standby regulator remains active and the current drawn from battery is reduced to a ...
... For energy saving reasons, e.g. while the motor is turned off, the TLE7368 offers a stand-by mode. The standby mode can be enabled and disabled either by battery or the microcontroller. In this stand-by mode just the standby regulator remains active and the current drawn from battery is reduced to a ...
INA260 Precision Current and Power Monitor with Low
... The INA260 is a digital-output, current, power, and voltage monitor with an I2C and SMBus™-compatible interface with an integrated precision shunt resistor. It enables high-accuracy current and power measurements and over-current detection at common-mode voltages that can vary from 0 V to 36 V, inde ...
... The INA260 is a digital-output, current, power, and voltage monitor with an I2C and SMBus™-compatible interface with an integrated precision shunt resistor. It enables high-accuracy current and power measurements and over-current detection at common-mode voltages that can vary from 0 V to 36 V, inde ...
Transmission Gate Characteristics
... The transmissionn gate is on when en=5V and enb=0V, assuming the bulk of PMOS is connected to VDD(=5V) and the bulk of NMOS is connected to GND(=0V). In the on condition the output signal “out” will follows the input signal “in”. The operation of each transistor will first be analyzed. The NMOS swit ...
... The transmissionn gate is on when en=5V and enb=0V, assuming the bulk of PMOS is connected to VDD(=5V) and the bulk of NMOS is connected to GND(=0V). In the on condition the output signal “out” will follows the input signal “in”. The operation of each transistor will first be analyzed. The NMOS swit ...
Laboratory Manual - Mohawk Valley Community College
... Resistors are perhaps the single most common component. They are classified as passive devices (versus active devices AKA semiconductors). Resistors have two leads and are not directional so they cannot be inserted backwards. Leads are usually axial (i.e., emanating from opposite ends). The physical ...
... Resistors are perhaps the single most common component. They are classified as passive devices (versus active devices AKA semiconductors). Resistors have two leads and are not directional so they cannot be inserted backwards. Leads are usually axial (i.e., emanating from opposite ends). The physical ...
Laboratory Manual for Semiconductor Devices
... Resistors are perhaps the single most common component. They are classified as passive devices (versus active devices AKA semiconductors). Resistors have two leads and are not directional so they cannot be inserted backwards. Leads are usually axial (i.e., emanating from opposite ends). The physical ...
... Resistors are perhaps the single most common component. They are classified as passive devices (versus active devices AKA semiconductors). Resistors have two leads and are not directional so they cannot be inserted backwards. Leads are usually axial (i.e., emanating from opposite ends). The physical ...
MAX16930/MAX16931 2MHz, 36V, Dual Buck with Preboost and 20µA Quiescent Current General Description
... preboost controller. They operate with an input voltage supply from 2V to 42V with preboost active and can operate in drop-out condition by running at 95% duty cycle. The devices are intended for applications with mid- to high-power requirements that operate at a wide input voltage range such as dur ...
... preboost controller. They operate with an input voltage supply from 2V to 42V with preboost active and can operate in drop-out condition by running at 95% duty cycle. The devices are intended for applications with mid- to high-power requirements that operate at a wide input voltage range such as dur ...
ADP5041 Micro PMU with 1.2 A Buck, Two 300 mA LDOs
... μV rms μV rms μV rms μV rms μV rms μV rms ...
... μV rms μV rms μV rms μV rms μV rms μV rms ...
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.