PinoutSpecifications Rating Symbol Value Unit Supply voltage VSUP VSS -0.3 to+40 V Supply voltage without using the voltage regulator (VSUP= VDD) VDD VSS -0.3 to+7 V Voltage on SOURCE VSS -0.3 to+40 V Current into/from GATE 0 mA Voltage on GATE VSS -0.3 V ...
MC33690: PinoutSpecifications Rating Symbol Value Unit Supply voltage VSUP VSS -0.3 to+40 V Supply voltage without using the voltage regulator (VSUP= VDD) VDD VSS -0.3 to+7 V Voltage o...
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Rating | Symbol | Value | Unit |
Supply voltage | VSUP | VSS -0.3 to+40 | V |
Supply voltage without using the voltage regulator (VSUP= VDD) | VDD | VSS -0.3 to+7 | V |
Voltage on SOURCE | VSS -0.3 to+40 | V | |
Current into/from GATE | 0 | mA | |
Voltage on GATE | VSS -0.3 | V | |
Voltage on pins : MODE1/2, CEXT, DOUT, LVR, XTAL1/2, Rx, Tx |
VSS-0.3 to VDD +0.3 | V | |
Voltage on RD | ±10 | V | |
Voltage on K and AM | VSS -0.3 to 40 | V | |
Current on TD1 & TD2 (Drivers on & off) |
±300 | mA | |
Voltage on AGND | VSS±0.3 | V | |
ESD voltage capability (HBM, see note 1) | ±2000 | V | |
ESD voltage capability (MM, see note 1) | ±200 | V | |
Solder heat resistance test (10s) | 260 | °C | |
Junction temperature | TJ | 170 | °C |
Storage temperature | TS | -65 to +150 | °C |
The Standalone Tag Reader Circuit (STARC)MC33690 is an integrate circuit dedicated to the automotive immobilizer applications. MC33690 combines on the same chip all the circuitry to interface with a transponder : antenna drivers and demodulator. A low dropout voltage regulator and a physical interface fully compatible with the ISO 9141 norm are also available.
The Standalone Tag Reader Circuit MC33690 is fabricated with the SMARTMOSTM 3.5 technology. This process is a double layer metal, 1.4µm, 45V technology, combining CMOS and bipolar devices.