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Technical parameters

Datasheet-verified parameters

24 items
ParameterValue and test conditionsSource
PackageQFN4X4-24
Operating Temperature Range-40 to 85°C
RoHSGreen (RoHS compatible)
Halogen FreeGreen (free of halogen substances)
Recommended Operating Supply Voltage1.65 V to 5.5 V
Absolute Maximum Supply Voltage-0.5 V to 6 V
I2C-Bus Speed400-kHz Fast-Mode
Standby Current Consumption (5V)3.0 μA (typical at 5 V VCC)
Standby Current Consumption (3.3V)1.5 μA (typical at 3.3 V VCC)
ESD Protection (Human Body Model)4000-V
ESD Protection (Charged-Device Model)1500-V
Latch-up PerformanceExceeds 200 mA per JESD 78
Power-on Reset Voltage (Rising)Typ 1.25 V, Max 1.45 V (VI=VCC or GND; IO=0 mA)
Power-on Reset Voltage (Falling)Min 0.8 V, Typ 1.2 V (VI=VCC or GND; IO=0 mA)
Low-Level Output Current (SDA)Min 3 mA (VOL=0.4 V; VCC=1.65 V to 5.5 V)
Low-Level Output Current (INT)Min 3 mA (VOL=0.4 V; VCC=1.65 V to 5.5 V)
Low-Level Output Current (P port, 1.65V)Min 8 mA (VOL=0.5 V; VCC=1.65 V)
High-Level Output Voltage (P port, 1.65V)Min 1.2 V (IOH=-8 mA; VCC=1.65 V)
Input Current (A0-A2)Min -1 μA, Max 1 μA (VCC=1.65 V to 5.5 V, VI=VCC or GND)
High-Level Input Current (P port)Max 1 μA (VI=VCC; VCC=1.65 V to 5.5 V)
Low-Level Input Current (P port)Min -100 μA (VI=GND; VCC=1.65 V to 5.5 V)
Internal Pull-up Resistor100 kΩ for each I/O port
Maximum Junction Temperature125 °C
Storage Temperature-65 to 150 °C
All parameters (7)ExpandCollapse
Power
Standby Current3.0 μA (typical at 5 V VCC)
Supply Voltage1.65 V to 5.5 V
Environment and package
Operating Temperature Range-40 °C to 85 °C
PackageQFN4x4-24
Other
ESD Protection4000-V Human Body Model
GPIO Bits16-Bit
I2C Bus Speed400-kHz

Pinout and package

TPT29555 QFN4X4-24 Package Top…
TPT29555 QFN4X4-24 Package Top…
Package: QFN4X4-24
PinNameFunctionSource
1P0_0, P-port I/O, Push-pull design structure, configured as input at power on
2P0_1, P-port I/O, Push-pull design structure, configured as input at power on
3P0_2, P-port I/O, Push-pull design structure, configured as input at power on
4P0_3, P-port I/O, Push-pull design structure, configured as input at power on
5P0_4, P-port I/O, Push-pull design structure, configured as input at power on
6P0_5, P-port I/O, Push-pull design structure, configured as input at power on
7P0_6, P-port I/O, Push-pull design structure, configured as input at power on
8P0_7, P-port I/O, Push-pull design structure, configured as input at power on
9GND, Ground
10P1_0, P-port I/O, Push-pull design structure, configured as input at power on
11P1_1, P-port I/O, Push-pull design structure, configured as input at power on
12P1_2, P-port I/O, Push-pull design structure, configured as input at power on
13P1_3, P-port I/O, Push-pull design structure, configured as input at power on
14P1_4, P-port I/O, Push-pull design structure, configured as input at power on
15P1_5, P-port I/O, Push-pull design structure, configured as input at power on
16P1_6, P-port I/O, Push-pull design structure, configured as input at power on
17P1_7, P-port I/O, Push-pull design structure, configured as input at power on
18A0, Address input 0, Connect directly to VCC or ground
19SCL, I2C Clock Line
20SDA, I2C Data Line
21VCC, Power Supply
22INT, Interrupt output, Connect to VCC through a pull-up resistor
23A1, Address input 1, Connect directly to VCC or ground
24A2, Address input 2, Connect directly to VCC or ground

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