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AD2S1205WSTZ датащи(PDF) 8 Page - Analog Devices

номер детали AD2S1205WSTZ
подробное описание детали  12-Bit R/D Converter with Reference Oscillator
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производитель  AD [Analog Devices]
домашняя страница  http://www.analog.com
Logo AD - Analog Devices

AD2S1205WSTZ датащи(HTML) 8 Page - Analog Devices

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AD2S1205
Preliminary Technical Data
Rev.PrB | Page 8 of 25
RESOLVER FORMAT SIGNALS
Vr = Vp × Sin(ϖt)
Vb = Vs × Sin(ϖt) × Sin(θ)
(A) CLASSICAL RESOLVER
S1
S3
Va = Vs × Sin(ϖt) × Cos(θ)
S2
S4
R1
R2
θ
Vr = Vp × Sin(ϖt)
Vb = Vs × Sin(ϖt) × Sin(θ)
(B) VARIABLE RELUCTANCE RESOLVER
S1
S3
Va = Vs × Sin(ϖt) × Cos(θ)
S2
S4
R1
R2
θ
Figure 3. Classical Resolver vs. Variable Reluctance Resolver
A resolver is a rotating transformer typically with a primary
winding on the rotor and two secondary windings on the stator.
In the case of a variable reluctance resolver, there are no wind-
ings on the rotor as shown in Figure 3. The primary winding is
on the stator as well as the secondary windings, but the saliency
in the rotor design provides the sinusoidal variation in the
secondary coupling with the angular position. Either way, the
resolver output voltages (S3–S1, S2–S4) will have the same
equations as shown in Equation 1.
Amplitude
Excitation
Rotor
E
Frequency
Excitation
Rotor
t
Sin
Angle
Shaft
Cos
t
Sin
E
S
S
Sin
t
Sin
E
S
S
=
=
=
×
=
×
=
0
0
0
4
2
1
3
ω
θ
θ
ω
θ
ω
Equation 1.
The stator windings are displaced mechanically by 90° (see
Figure 3). The primary winding is excited with an ac reference.
The amplitude of subsequent coupling onto the stator secon-
dary windings is a function of the position of the rotor (shaft)
relative to the stator. The resolver, therefore, produces two
output voltages (S3–S1, S2–S4) modulated by the Sine and
Cosine of shaft angle. Resolver format signals refer to the
signals derived from the output of a resolver as shown in
Equation 1. Figure 4 illustrates the output format.
S2 TO S4
(Cos)
S3 TO S1
(Sin)
R2 TO R4
(REF)
90°
180°
θ
270°
360°
Figure 4. Electrical Resolver Representation


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