The KP214N2611 is a miniaturized Analog Manifold Air Pressure Sensor IC utilizing a capacitive principle and BiCMOS technology. It converts pressure into a ratiometric analog output signal, featuring high precision pressure sensing with an accuracy of 1.5 kPa over a large temperature range of -40 C to 125 C. This automotive-qualified sensor is designed for manifold air pressure measurement in automotive applications and is also suitable for industrial control, consumer electronics, medical devices, weather stations, and altimeters. It includes features like broken wire detection and is supplied in a green 8-pin SMD housing.
| Parameter | Symbol | Value | Unit | Note / Test Condition |
|---|---|---|---|---|
| Product Name | Analog Absolute Pressure Sensor | |||
| Model | KP214N2611 | |||
| Ordering Code | SP000763326 | |||
| Package | PG-DSOF-8-16 | |||
| Pressure Range (Operating) | pamb | 15 115 | kPa | |
| Pressure Range (Maximum Input) | pamb_max | 10 600 | kPa | Limited time: Max. 300 s |
| Output Voltage Range | VOUT_R | 0.10 4.85 | V | See also section Output Voltage versus Load |
| Supply Voltage (Operating) | VDD | 4.5 5.5 | V | VOUT is ratiometric to VDD |
| Supply Voltage (Absolute Max) | VDD_max | -6.5 16.5 | V | Reverse polarity; IDD < 300 mA; Limited time: Max. 300 s |
| Supply Current (Typical) | IDD | 8 10 | mA | During power up a peak supply current of max. 22 mA is possible |
| Operating Temperature | Ta | -40 125 | C | |
| Accuracy (Overall Pressure) | accp | 1.5 | kPa | 0C up to 85 C |
| Accuracy (Overall Pressure) | accp | 4.5 | kPa | @ -40C |
| Accuracy (Overall Pressure) | accp | 2.625 | kPa | @ 125C |
| Ratiometric Error | ERAT | -25 25 | mV | |
| Response Time (10% to 90%) | tR | 0.65 1.03 | ms | |
| Stabilization Time | tS | - 10 | ms | For full accuracy |
| Power-up Time (90% of final value) | tUP | - 5 | ms | |
| Broken wire Diagnosis Response Time | tOBD | - 1 | ms | |
| ESD Robustness (HBM) | VESD | - 2 | kV | According to EIA / JESD22-A114-E |
| Storage Temperature | TS | -60 150 | C |