Datasheet ZSSC4175D-01 (IDT) - 8

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5. Electrical Characteristics
All parameter values are valid under the operating conditions specified in section 4 (unless otherwise stated). All parameters are valid for the ambient temperature range TAMB and for the supply voltage range VDDE = 4.5 to 5.5 V. Unless otherwise defined, the parameters are related to the ZSSC4175D-01 itself. All voltages are referenced to VSSA pin.
Table 4. Electrical Parameters
Note: See important table notes at the end of this table.
No. Symbol Parameter Conditions Min Typ Max Unit 5.1 Supply Current and System Operating Conditions
DP_002 IS Supply current Excluding output current at DOUT pin; 8 11 mA oscillator adjusted to fOSC = 8MHz. DS_016 POV Over-voltage power 5.5V < VDDE < 18V; excluding output load. 300 mW consumption[a] DS_018 VOV_OFF_TH [a] Over-voltage switch-off The ZSSC4175D-01 is set to the reset 7 12 V threshold state with limited current consumption if VDDE exceeds the threshold VOV_OFF_TH for a time longer than tOV_OFF_DLY. DS_019 tOV_OFF_DLY [a] Over-voltage switch-off delay The ZSSC4175D-01 is set to the reset 10 25 ms state with limited current consumption if VDDE exceeds the threshold VOV_OFF_TH for a time longer than tOV_OFF_DLY. DS_020 IS_OV_OFF [a] Supply current limitation in Over-voltage switch-off is activated if the 10 mA the event of over-voltage supply voltage exceeds the threshold switch-off VOV_OFF_TH for a time longer than tOV_OFF_DLY. VDDE < 18V; excluding thermocouple and output load. DS_184 VDDA Analog supply voltage 0.95 1.0 VDDE DP_002 VSENS Thermocouple supply voltage VSENS is the common mode voltage of 0.5 VDDA thermocouple generated by AFE. DS_022 VPOR_OFF Power-on reset off-threshold VDDA measured referenced to VSSA; POR 3.3 3.8 V is active until VDDA exceeds this threshold. DS_023 VPOR_ON Power-on reset on-threshold VDDA measured referenced to VSSA; 3.0 3.6 V POR is activated if VDDA falls below this threshold. DS_024 VPOR_HYST[a] Power-on reset hysteresis VPOR_ON – VPOR_OFF 0.4 V DS_025 fOSC Oscillator frequency Calibrated oscillator frequency. 7.6 8 8.6 MHz © 2019 Integrated Device Technology, Inc. 8 June 7, 2019 Document Outline 1. Pin Assignments 2. Pin Descriptions 3. Absolute Maximum Ratings 4. Operating Conditions 5. Electrical Characteristics 6. Interface Characteristics and Nonvolatile Memory 7. Circuit Description 7.1 General Operation Description 7.2 Signal Path 7.3 Signal Conditioning 7.3.1 Thermocouple Sensor Signal Conditioning 7.3.2 Internal Temperature Sensor Signal Conditioning 7.4 Analog Front-End 7.4.1 Overview 7.4.2 SCCM 7.4.3 Input Multiplexer 7.4.4 Programmable Gain Amplifier 7.4.5 Analog-to-Digital Converter 7.5 Signal Measurement 7.5.1 Thermocouple Element Measurement 7.5.2 Internal Temperature Measurement 7.5.3 Isolation Conductance Measurement (Giso) 7.5.4 Thermocouple Resistor Measurement (Ropen) 7.5.5 Measurement Cycle 7.6 SENT Output 7.6.1 Overview 7.6.2 SENT Fast Channel Modes and Frame Format 7.6.3 SENT SDM Channel Modes 7.6.4 SENT Output Operation Modes 7.6.5 SENT Pulse Shaping 7.7 NVM OEM Data Memory 7.8 Over-Voltage and Short-Circuit Protection 8. Fault-Safe Operation 8.1 Fault-Safe Operation Modes 8.2 Fault Messaging 8.2.1 Overview 8.2.2 SENT Fast Channel Fault Codes 8.2.3 SENT Status Bits 8.2.4 SENT SDM Channel Status Codes 8.2.5 Timing Definitions 9. Fault Checks 9.1 Overview 9.2 Hardware Fault Checks 9.3 Application Monitors 9.4 Transmission Fault Checks 10. Application Circuit and External Components 11. ESD Protection and EMC Specification 11.1 ESD Protection 11.2 Electromagnetic Emission 11.3 Conducted Susceptibility (DPI) 12. Reliability and RoHS Conformity 13. Package Outline Drawings 14. Marking Diagram 15. Glossary 16. Ordering Information 17. Revision History