IPS2200 Datasheet

Jan.19.21

Page 7

3.

Absolute Maximum Ratings

The absolute maximum ratings are stress ratings only. Stresses greater than those listed below can cause

permanent damage to the device. Functional operation of the IPS2200 at the absolute maximum ratings is not

implied. Exposure to absolute maximum rating conditions could affect device reliability.

Table 4. Absolute Maximum Ratings

Symbol

Parameter

Conditions

Minimum

Maximum

Units

External supply voltage

Continuous

-18

7.5

V

OUT1, OUT2, OUT3, and OUT4 output

voltage

IC not supplied, permanent

-18

7.5

V

IC supplied, permanent

-15

18

V

Receiver coil pin: RX1

-12

12

V

Receiver coil pin: RX2

Receiver coil pin: RX3

Receiver coil pin: RX4

Digital IO pins: SCK_SCL, SIO_SDA,

CSN_IRQN

-0.3

18

V

Digital IO pin CSN_IRQN

When used as input for I2C

address selection and tied to VDD

directly or with pull-up resistor.

V

VDDA internal LDO output

VDDA is internally regulated, no

connection to external voltage

5

V

4.

Operating Conditions

Table 5. Operating Conditions

Note: See important notes at the end of the table.

Symbol

Parameter

Conditions

Minimum

Typical

Maximum

Units

Ambient temperature: 16-TSSOP

-40

125

ºC

Junction temperature

-40

145

ºC

Storage temperature

Unmounted units must be

limited to 10 hours at

temperatures above 125°C

-55

150

ºC

Thermal resistance junction to

ambient: 16-TSSOP package

JEDEC MO-153

89

ºC/W

Start-up time

Power-on reset (POR) to valid

output signal

3

ms

Input rotational velocity

Electrical speed

Sine or cosine periods per

minute

250 000

rpm

Power on reset, high threshold

The device is activated when

VDDA increases above this

threshold

2.6

V

Power on reset, low threshold

The device is deactivated when

VDDA decreases below this

threshold

2.1

V

Power-on reset hysteresis

At VDDA pin

50

mV

VDDA load current limitation

75

mA

Current consumption

Without coils. no load

8.4

12

mA

Programmable transmitter coil

drive current (depending on

inductance of transmitter coil)

For values, refer to Table 8

mA

Capacitor from VDDA pin to GND

100

nF

Capacitor from VDD pin to GND

70

nF

Accuracy, 3.3V mode, VDD=

under-voltage alarm level to 3.0V

With ideal coil input signals,

relative to an output signal of

1.8Vpp

±0.3

% FS [a]

Accuracy, 3.3V mode,

VDD= 3.0 to 3.6V

±0.2

% FS