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20171127 / sensor_angle_tas_ja.fm

SENSORS

形状と寸法（TSSOP16）

絶対最大定格

推奨動作条件

電気的特性例

TOPT=25°C, BEXT=30mT, VSIN=2.7 to 5.5V. VCOS=2.7 to 5.5V unless otherwise specified

* LT=-40°C., RT=25°C., HT=150°C

Items

Parameter

Conditions

min.

typ.

max.

Unit

Vcc

Supply Voltage

6.5

Volt

Hex

External Magnetic field

200

ESD HBM

ESD tolerance: Human Body Model

4000

Volt

ESD MM

ESD tolerance: Machine Model

400

Volt

T opt

Operating Ambient Temperature

–40

150

°C

T stg

Storage Temperature

–55

150

°C

T reflow

Reflow Temperature

260

°C

Items

Parameter

Conditions

min.

typ.

max.

Unit

Vcc

Supply Voltage

3

5

5.5

Volt

T opt

Operating Ambient Temperature

–40

25

150

°C

Hex

External Magnetic field

20

80mT

Items

Parameter

Conditions

min.

typ.

max.

Unit

R bridge

Bridge Resistance

T opt=25°C, Hex=30mT

456

k



V out

Differential Output Voltage Peak to Peak per Vcc

T opt=25°C, Hex=30mT

0.54

0.6

0.67

V/V

Angle Error (After

compensation)

T opt=–40°C to 150°C

Nominal Magnetic Range: 20mT to 80mT

0.8

deg

Orthogonality

T opt=–40°C to 150°C, 20mT to 80mT

87

90

93

deg

V offset

Differenlial Output Offset as an "initial offset"

per supply Voltage, 20mT to 80mT

–5

—

5

mV/V

TC output

Temperature Coefficient of Differential Output

T opt=–40°C to 150°C, 20mT to 80mT

–0.115

–0.095

–0.075

%/K

TC R bridge

Temperature Coefficient of Bridge Resistance

T opt=–40°C to 150°C, 20mT to 80mT

–0.070

–0.050

–0.030%/K

Hyst.

Hysteresis of Output Voltage

more than Hex=20mT

No Hysteresis

k

Amplitude Synchronism ratio

T opt=25°C, Hex=30mT

97

100

103

%

TCk

Temperature Coefficient of Amplitude Synchronism

T opt=–40°C to 150°C, 20mT to 80mT

–0.015

0.015

%/K

1.0±0.1

0.6±0.15

0.10±0.05

4.4±0.2

6.4±0.2

Dimensions in mm

1

8

16

9

Pin assignment

Sin1 –

V1 sin

Sin1 +

G1 sin

Sin2 –

V2 sin

Sin2 +

G2 sin

Cos2 +

V2 cos

Cos2 –

G2 cos

Cos1 +

V1 cos

Cos1 –

G1 cos

1

Sin1 –

2

V1 sin

3

Sin1 +

4

G1 sin

5

Sin2 –

6

V2 sin

7

Sin2 +

8

G2 sin

9

Cos2 +

10

V2 cos

11

Cos2 –

12

G2 cos

13

Cos1 +

14

V1 cos

15

Cos1 –

16

G1 cos

NO.

Function