±1°C Temperature Monitor with Series Resistance Cancellation and Addressability
... range of −55C to +150C. Above +150C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. Therefore, the temperature measurement on ...
... range of −55C to +150C. Above +150C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. Therefore, the temperature measurement on ...
MAX6693 7-Channel Precision Temperature Monitor with Beta Compensation General Description
... the ADC and reduces the supply current to approximately 3µA. Hardware standby mode halts the ADC clock, but the supply current is approximately 350µA. During either software or hardware standby, data is retained in memory. During hardware standby, the SMBus interface is inactive. During software sta ...
... the ADC and reduces the supply current to approximately 3µA. Hardware standby mode halts the ADC clock, but the supply current is approximately 350µA. During either software or hardware standby, data is retained in memory. During hardware standby, the SMBus interface is inactive. During software sta ...
±1°C Digital Temperature Sensor with Series Resistance Cancellation for Automotive Applications
... range of −55C to +150C. Above +150C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. Therefore, the temperature measurement on ...
... range of −55C to +150C. Above +150C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. Therefore, the temperature measurement on ...
Remote Thermal Sensor
... diode, from −55°C to +150°C. The extended temperature range is selected by setting Bit 2 of the configuration register to 1. The temperature range is 0°C to 127°C when Bit 2 equals 0. A valid result is available in the next measurement cycle after changing the temperature range. In extended temperat ...
... diode, from −55°C to +150°C. The extended temperature range is selected by setting Bit 2 of the configuration register to 1. The temperature range is 0°C to 127°C when Bit 2 equals 0. A valid result is available in the next measurement cycle after changing the temperature range. In extended temperat ...
Temperature Monitor with Series Resistance Cancellation
... Above 150C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. The user should be aware that the temperature measurement on the exte ...
... Above 150C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. The user should be aware that the temperature measurement on the exte ...
ADT7461 - Temperature Monitor with Series Resistance Cancellation
... Above 150°C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. The user should be aware that the temperature measurement on the exte ...
... Above 150°C, they may lose their semiconductor characteristics and approximate conductors instead. This results in a diode short. In this case, a read of the temperature result register gives the last good temperature measurement. The user should be aware that the temperature measurement on the exte ...
234 Manual - Lake Shore Cryotronics, Inc.
... for both devices increases rapidly with decreasing temperature (both devices are classified according to their 4.2 K resistance value). Cernox, Carbon-Glass, and Germanium sensing elements are suspended in a strain-free mounting which causes the thermal path through the connecting leads, making meas ...
... for both devices increases rapidly with decreasing temperature (both devices are classified according to their 4.2 K resistance value). Cernox, Carbon-Glass, and Germanium sensing elements are suspended in a strain-free mounting which causes the thermal path through the connecting leads, making meas ...
FPF2310/12/13/13L Dual-Output Adjustable Current Limit Switch FPF23 1
... The ON pin is active HIGH for FPF2310/2/3 and controls the state of the switch. Pulling the ON pin continuous to HIGH holds the switch in ON state. The switch moves into the OFF state when the ON pin is pulled LOW or if a fault is encountered. FPF2313L is active LOW and performs in reverse order. Fo ...
... The ON pin is active HIGH for FPF2310/2/3 and controls the state of the switch. Pulling the ON pin continuous to HIGH holds the switch in ON state. The switch moves into the OFF state when the ON pin is pulled LOW or if a fault is encountered. FPF2313L is active LOW and performs in reverse order. Fo ...
pat3147447_fender.pdf
... instruments such as electric guitars and the like. An object of the invention is to provide a tone control circuit which permits achievement of a brilliant highfrequency response without resulting in substantial distortion due to phase-shift and other effects. A further object is to provide a tone c ...
... instruments such as electric guitars and the like. An object of the invention is to provide a tone control circuit which permits achievement of a brilliant highfrequency response without resulting in substantial distortion due to phase-shift and other effects. A further object is to provide a tone c ...
Chapter 8 FET Amplifiers
... FET Amplification Let’s first look at an equivalent FET circuit to better understand it’s operation. The FET is basically a current source that is controlled by VGS. Note that the resistance from gate to source can be neglected since it is so large in value and in most cases the drain to source resi ...
... FET Amplification Let’s first look at an equivalent FET circuit to better understand it’s operation. The FET is basically a current source that is controlled by VGS. Note that the resistance from gate to source can be neglected since it is so large in value and in most cases the drain to source resi ...
Temperature Measurment
... It seems logical to ask: If we already have a device that will measure absolute temperature (like an RTD or thermistor), why do we even bother with a thermocouple that requires reference junction ...
... It seems logical to ask: If we already have a device that will measure absolute temperature (like an RTD or thermistor), why do we even bother with a thermocouple that requires reference junction ...
Lumped element model
The lumped element model (also called lumped parameter model, or lumped component model) simplifies the description of the behaviour of spatially distributed physical systems into a topology consisting of discrete entities that approximate the behaviour of the distributed system under certain assumptions. It is useful in electrical systems (including electronics), mechanical multibody systems, heat transfer, acoustics, etc.Mathematically speaking, the simplification reduces the state space of the system to a finite dimension, and the partial differential equations (PDEs) of the continuous (infinite-dimensional) time and space model of the physical system into ordinary differential equations (ODEs) with a finite number of parameters.