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TLE5041PLUSC Arkusz danych(PDF) 12 Page - Infineon Technologies AG

Numer części TLE5041PLUSC
Szczegółowy opis  iGMR based Wheel Speed Sensor
PDF  30 Pages
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Producent  INFINEON [Infineon Technologies AG]
Strona internetowa  http://www.infineon.com
Logo INFINEON - Infineon Technologies AG

TLE5041PLUSC Arkusz danych(HTML) 12 Page - Infineon Technologies AG

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Ihigh
Ilow
VDD*
Vrel
Vhys
Vres
Vhys = Vrel - Vres
*direct on pins
TLE5041plusC
Functional Description
2.4.2
Calibrated Mode
In calibrated mode the output will switch at zero-crossing of the input signal. Oscillations of the Offset DAC are
avoided by switching into a low-jitter mode. Signals below a defined threshold d
Β
Limit do not trigger the current
interface to avoid unwanted output switching. Offset determination is done continuously in calibrated mode.
The phase shift between input and output signal is no longer determined by the ratio between digital noise constant
and signal amplitude. Therefore a sudden change in the phase shift may occur during the transition from
uncalibrated to calibrated mode.
2.4.3
Behavior at Magnetic Input Signals Slower than fmag < 1Hz
Magnetic changes exceeding dBstartup can cause output switching of the TLE5041plusC even at fmag significantly
lower than 1 Hz. Depending on their amplitude edges slower than
Δt
startup might be detected. If the digital noise
constant (dB
startup) is not exceeded before Δtstartup a new initial self-calibration is started. In other words dBstartup
needs to be exceeded before
Δt
startup. Output switching strongly depends on signal amplitude and initial phase.
2.4.4
Undervoltage behavior
The voltage supply comparator has an integrated hysteresis V
hys with the maximum value of the release level Vrel
< 4.5V. This determines the minimum required supply voltage VDD of the chip. A minimum hysteresis V
hys of 0.7V
is implemented thus avoiding a toggling of the output when the supply voltage VDD is modulated due to the
additional voltage drop at RM when switching from low to high current level and VDD = 4.5V (designed for use with
R
M ≤ 75Ω).
Figure 7
Undervoltage behavior
Data Sheet
12
V 1.2, 2018-01-18



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