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IPS2200 Datasheet(PDF) 9 Page - Renesas Technology Corp |
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IPS2200 Datasheet(HTML) 9 Page - Renesas Technology Corp |
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9 / 35 page ![]() IPS2200 Datasheet Jan.19.21 Page 9 6. Electrical Characteristics The following electrical specifications are valid for the operating conditions as specified in Table 5: (TAMB = -40°C to 125°C). Table 6. IPS2200 Electrical Characteristics, 3.3V Mode Symbol Parameter Conditions Minimum Typical Maximum Units VDD3 Supply voltage 3.0[a] 3.3 3.6[b] V VDDA3 Analog supply voltage Internally regulated. Connect a CVA = 100nF capacitor from VDDA to GND. 2.85 3.0 3.1 V V3OVR Over-voltage detection, VDD rising An over-voltage alarm is created if VDD rises above these limits. 3.8 4.3 V V3OVF Over-voltage detection, VDD falling An over-voltage alarm is cleared if VDD falls below these limits. 3.5[c] 4.1 V V3OVH Over-voltage detection hysteresis 150 mV V3UVR Under-voltage detection, VDD falling An under-voltage alarm is created if VDD falls below these limits. 2.2 2.95 V V3UVF Under-voltage detection, VDD rising An under-voltage alarm is cleared if VDD rises above these limits. 2.6 3.1[d] V V3UVH Under-voltage detection hysteresis 100 mV V3VDDAUVF VDDA under-voltage detection An under-voltage alarm is created if VDDA falls below these limits. 2.6 2.85 V V3VDDAUVRr VDDA under-voltage detection An under-voltage alarm is created if VDDA rises above these limits. 2.7 2.9 V [a] If the VDD under-voltage alarm is enabled, the VDD3 must be at least 3.1V. [b] If the VDD over-voltage alarm is enabled, the VDD3 must be maximum 3.5V. [c] If the VDD over-voltage alarm is enabled, the VDD3 must be maximum 3.5V. [d] If the VDD under-voltage alarm is enabled, the VDD3 must be at least 3.1V. Table 7. IPS2200 Electrical Characteristics, 5.0V Mode Symbol Parameter Conditions Minimum Typical Maximum Units VDD5 Supply voltage 4.5[a] 5.0 5.5 V VDDA5 Analog supply voltage Internally regulated. Connect a CVA = 100nF capacitor from VDDA to GND. 3.9 4.0 4.1 V V5OVR Over-voltage detection, VDD rising An over-voltage alarm is created if VDD rises above these limits. 6.2 6.9 V V5OVF Over-voltage detection, VDD falling An over-voltage alarm is cleared if VDD falls below these limits. 5.9 6.6 V V5OVH Over-voltage detection hysteresis 150 mV V5UVR Under-voltage detection, VDD falling An under-voltage alarm is created if VDD falls below these limits. 3.8 4.4 V V5UVF Under-voltage detection, VDD rising An under-voltage alarm is cleared if VDD rises above these limits. 4.0 4.6[b] V V5UVH Under-voltage detection hysteresis 100 mV V5VDDAUVF VDDA under-voltage detection A VDDA under-voltage alarm is triggered when VDDA falls below these limits. 3.45 3.9 V V5VDDAUVRr VDDA under-voltage detection A VDDA under-voltage alarm is cleared if VDDA rises above these limits. 3.5 3.9 V [a] If the VDD under-voltage alarm is enabled, the VDD5 must be at least 4.6V. [b] If the VDD under-voltage alarm is enabled, the VDD5 must be at least 4.6V. |
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