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Consumer grade
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| Model | Output signal | Pressure type | Package / mounting | Supply voltage | Temperature range | Media |
|---|---|---|---|---|---|---|
| XGZP-160 | — | Gauge+vac | SOP | — | — | Gas/air |
| XGZP-167 | — | — | SOP6 | — | — | Gas/air |
| XGZP-168 | — | — | SOP6 | — | — | Gas/air |
| XGZP-170 | — | — | SOP8 | — | — | Gas+liquid |
| XGZP-183 | — | — | SOP | — | — | Gas+liquid |
| XGZP-185 | — | — | SOP6 | — | — | Gas/air |
| XGZP-191 | Analog V | — | THT | — | — | Gas/air |
| XGZP-192 | Analog V | Differential | — | — | — | Gas/air |
| XGZP-193 | Analog V | Gauge | SIP | — | — | Gas/air |
| XGZP-194 | Analog mV | Differential | — | — | — | — |
| XGZP-195 | Analog mV | Gauge | — | — | — | — |
| XGZP-197 | — | Gauge | — | — | — | Liquid |
| XGZP-6812D | Digital I²C | Absolute | — | 1.8–3.3 V | — | Gas/air |
| XGZP-6816D | Digital I²C | Absolute | — | 1.8–3.6 V | — | — |
| XGZP-6818A | Analog V | Absolute | — | 5 V | 0°C–60°C | Gas/air |
| XGZP-6818D | Digital I²C | Absolute | — | 3.3–5.5 V | — | Gas/air |
| XGZP-6826A | Analog V | Absolute | — | 5 V | 0°C–60°C | Gas+liquid |
| XGZP-6826D | Digital I²C | Absolute | — | 3.3–5.5 V | — | Gas/air |
| XGZP-6830D | Digital I²C | Absolute | — | 1.8–3.3 V | — | Gas+liquid |
| XGZP-6832A | Analog V | Absolute | — | 5 V | -20°C–85°C | Gas+liquid |
| XGZP-6847A | Analog V | Gauge+vac | — | 5 V / 3.3 V | 0°C–+60°C | Gas/air |
| XGZP-6847D | Digital I²C | Gauge+vac | — | 2.5–5.5 V | 0°C–60°C | Gas/air |
| XGZP-6857A | Analog V | Gauge+vac | — | 5 V / 3.3 V | 0°C–+60°C | Gas/air |
| XGZP-6857D | Digital I²C | Gauge+vac | — | 2.5–5.5 V | 0°C–+60°C | Gas/air |
| XGZP-6858A | Analog V | Absolute | — | 5 V | 0°C–60°C | Gas+liquid |
| XGZP-6858D | Digital I²C | Absolute | — | 2.5–5.5 V | 0°C–60°C | Gas+liquid |
| XGZP-6859A | Analog V | Gauge+vac | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6859D | Digital I²C | Gauge+vac | — | 2.5–5.5 V | 0°C–60°C | Gas/air |
| XGZP-6863A | Analog V | Gauge+vac | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6869A | Analog V | Gauge | — | 5 V / 3.3 V | 0°C–60°C | Gas+liquid |
| XGZP-6869D | Digital I²C | Gauge | — | 2.5–5.5 V | 0°C–60°C | Gas+liquid |
| XGZP-6872A | Analog V | Absolute | — | — | 0°C–85°C | Gas+liquid |
| XGZP-6873A | Analog V | Differential | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6877D | Digital I²C | Gauge+vac | — | 2.5–5.5 V | 0°C–+60°C | Gas/air |
| XGZP-6878A | Analog V | Absolute | — | 5 V | 0°C–+60°C | Gas+liquid |
| XGZP-6881A | Analog V | Gauge | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6883A | Analog V | Differential | — | 5 V / 3.3 V | 0°C–60°C | — |
| XGZP-6885A | Analog V | Gauge | — | 5 V / 3.3 V | 0°C–+60°C | Gas/air |
| XGZP-6886A | Analog V | Absolute | — | — | 0°C–85°C | Gas+liquid |
| XGZP-6887A | Analog V | Gauge+vac | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6887D | Digital I²C | Gauge+vac | — | 2.5–5.5 V | 0°C–60°C | Gas/air |
| XGZP-6891A | Analog V | Differential | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6891D | Digital I²C | Differential | — | 2.7–5.5 V | 0°C–60°C | Gas/air |
| XGZP-6895A | Analog V | Differential | — | 5 V / 3.3 V | 0°C–60°C | Gas+liquid |
| XGZP-6895D | Digital I²C | Differential | — | 2.5–5.5 V | 0°C–60°C | Gas/air |
| XGZP-6897A | Analog V | Differential | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6897DC | Digital I²C | Differential | — | 2.5–5.5 V | 0°C–60°C | Gas/air |
| XGZP-6899A | Analog V | Differential | — | 5 V / 3.3 V | 0°C–60°C | Gas/air |
| XGZP-6899D | Digital I²C | Differential | — | 2.5–5.5 V | 0°C–60°C | Gas/air |
Consumer Grade Pressure Sensors
Consumer grade pressure sensors are cost-effective sensing solutions primarily based on MEMS pressure sensing elements. They are typically packaged using plastic or ceramic housings and optimized for high-volume applications with standardized operating conditions.
These sensors are widely used in medical devices, electronics, automotive systems, and household appliances. The design focus is on compact size, low power consumption, and economical integration rather than extreme environmental resistance.