
WF1525D Digital Differential Pressure Sensors
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WF1525 is a temperature-compensated, piezoresistive silicon pressure sensor in a dual-in-line (DIP) package, designed for cost-sensitive applications where reliable performance and long-term stability are required.
Datablad: WF1525D Digital Pressure Sensor
Relaterte ressurser
- Integral temperature compensation via laser-trimmed resistors — provides stable output over 0–60°C without requiring external compensation components
- 1% interchangeability — consistent unit-to-unit performance reduces or eliminates the need for individual calibration in production
- Multiple pressure type and range options — available in gage, absolute, and differential configurations from 0–2 psi to 0–100 psi to suit a variety of system requirements
- Flexible lead and tube configurations — multiple mechanical options available to accommodate specific mounting and plumbing requirements
| Nøkkelattributter | |
|---|---|
| Trykkområde: | 500Pa~40kPa DIP-6(14.7x15.2) Pressure Sensors, Transducers - Industrial RoHS |
| Absolute Pressure Accuracy error: | ±0.4% FS |
| Relative accuracy: | ±0,03 hPa |
| Temperature accuracy: | ± 1.0°C |
| Temperaturkompensasjon: | -40 ℃ ~ +125 ℃ |
| Vanntetthetsvurdering: | IP65 |
| Svarfrekvens: | 3~5ms |
| Overtrykk: | 4X Damage pressure |
| Funksjoner: | Integrated ADC and digital interface;Standby mode;On-chip calibration and non-volatile storage;On-chip temperature output |
| Trykkmedier er kun ikke-etsende gasser | |
| ROHS-kompatibel og halogenfri | |
| Type | Detaljer |
|---|---|
| RoHS | REACH og RHOS |
| ECCN | |
| CNHTS | 9026201090 |
| USHTS | 9026204000 |
| TARIC | 9026208000 |
| CAHTS | 9026200090 |
| BRHTS | 90262010 |
| INHTS | 90262000 |
| MXHTS | 9026.20.99 |

Søknader
Forbrukerelektronikkindustri

Hjemmeapparatindustri

Elektronisk bilindustri

Medisinsk og helseindustri


Industriell overvåking og kontrollindustri


Tilleggsinformasjon
| Type | Detaljer |
|---|---|
| Minimum | 1 |
| Flere | 1 |
| Standard emballasje | 55 |
| Salgsenhet | Stykke |
Trykkberegning
0 kPa = 0 MPa
Enhetskonvertering
0
