
WF162A Analog typ absoluttrycksgivare
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WF162A-11Bar is a analog voltage output pessure sensor,The device consists of a MEMS pressure sensor die mounted on a 2.0x 2.5 mm PCB protected by a metal cap. The WF162A can be delivered in a highly-linear version giving a linear output voltage directly proportional to the applied pressure
Datablad: WF162A Analog Pressure Sensor
Relaterade resurser
- Direct analog voltage output — integrates into existing analog signal chains without requiring a digital interface or microcontroller, reducing system complexity
- High-linearity variant — output voltage directly proportional to applied pressure, simplifying downstream signal interpretation and reducing conditioning requirements
- Compact metal-capped PCB package — 2.0 × 2.5 mm footprint with mechanical protection from the metal cap, suitable for space-constrained designs
- 11 bar pressure rating — covers a range of industrial, automotive, and consumer applications requiring medium-range pressure measurement
| Nyckelattribut | |
|---|---|
| Tryckområde: | 0Kpa~1.1Mpa LGA-4(2.6x2.3) Pressure Sensors, Transducers - Industrial RoHS |
| Linjäritet: | ±0.3%FS |
| Temperaturkompensation: | Ingen |
| Nollpunktsutgångstemperaturkoefficient | 0,5 %FS/℃ |
| Vattentät betyg: | IP65 |
| Svarsfrekvens: | 5 ms |
| Övertryck: | 2X Damage pressure |
| Drag: | Mät kraften per ytenhet och omvandla den till en elektrisk signal |
| Tryckmedier är endast icke-frätande gaser | |
| ROHS-kompatibelt och halogenfritt | |
| Typ | Detaljer |
|---|---|
| RoHS | REACH och RHOS |
| ECCN | |
| CNHTS | 9026201090 |
| USHTS | 9026204000 |
| TARIC | 9026208000 |
| CAHTS | 9026200090 |
| BRHTS | 90262010 |
| INHTS | 90262000 |
| MXHTS | 9026.20.99 |

Ansökningar
Bilelektronikindustrin

Hushållsapparat

Medicin- och hälsoindustrin


Konsumentelektronikindustri

Industriell övervakning och kontrollindustri


Ytterligare information
| Typ | Detaljer |
|---|---|
| Minimum | 1 |
| Multipel | 1 |
| Standardförpackning | 5000 |
| Försäljningsenhet | Bit |
Tryckberäkning
0 kPa = 0 MPa
Enhetsomvandling
0
