參數(shù)資料
型號(hào): TLE4921-3U
廠商: INFINEON TECHNOLOGIES AG
英文描述: Dynamic Differential Hall Effect Sensor IC(動(dòng)態(tài)差分霍爾效應(yīng)傳感器芯片)
中文描述: 動(dòng)態(tài)差分霍爾效應(yīng)傳感器集成電路(動(dòng)態(tài)差分霍爾效應(yīng)傳感器芯片)
文件頁(yè)數(shù): 4/19頁(yè)
文件大?。?/td> 138K
代理商: TLE4921-3U
TLE 4921-3U
Data Sheet
4
2000-07-01
Functional Description
The Differential Hall Sensor IC detects the motion and position of ferromagnetic and
permanent magnet structures by measuring the differential flux density of the magnetic
field. To detect ferromagnetic objects the magnetic field must be provided by a back
biasing permanent magnet (
south or north
pole of the magnet attached to the rear
unmarked side of the IC package).
Using an external capacitor the generated Hall voltage signal is slowly adjusted via an
active high pass filter with a low cut-off frequency. This causes the output to switch into
a biased mode after a time constant is elapsed. The time constant is determined by the
external capacitor. Filtering avoids aging and temperature influence from Schmitt-trigger
input and eliminates device and magnetic offset.
The TLE 4921-3U can be exploited to detect toothed wheel rotation in a rough
environment. Jolts against the toothed wheel and ripple have no influence on the output
signal.
Furthermore, the TLE 4921-3U can be operated in a two-wire as well as in a three-wire-
configuration.
The output is logic compatible by high/low levels regarding on and off.
Circuit Description (see Figure 2)
The TLE 4921-3U is comprised of a supply voltage reference, a pair of Hall probes
spaced at 2.5 mm, differential amplifier, filter for offset compensation, Schmitt trigger,
and an open collector output.
The TLE 4921-3U was designed to have a wide range of application parameter
variations. Differential fields up to
±
80 mT can be detected without influence to
the switching performance. The pre-induction field can either come from a
magnetic south or north pole, whereby the field strength up to 500 mT or more will
not influence the switching points. The improved temperature compensation
enables a superior sensitivity and accuracy over the temperature range. Finally
the
optimized
piezo
compensation
compensation enable easy manufacturing and elimination of magnet offsets.
Protection is provided at the input/supply (pin 1) for overvoltage and reverse polarity and
against overstress such as load dump, etc., in accordance with ISO-TR 7637 and
DIN 40839. The output (pin 2) is protected against voltage peaks and electrical
disturbances.
and
the
integrated
dynamic
offset
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