sales@szcinty.com
Product overview
- Part Number
- P60DA202L
- Manufacturer
- Amphenol Advanced Sensors
- Product Category
- Thermistors - NTC
- Description
- NTC Thermistors 2K OHM 15% BEAD
Documents & Media
- Datasheets
- P60DA202L
Product Attributes
- B Parameter :
- 3528 K
- Diameter :
- 1.5 mm
- Length :
- 34 mm
- Maximum Operating Temperature :
- + 200 C
- Minimum Operating Temperature :
- - 80 C
- Package / Case :
- Glass Probe
- Power Rating :
- 0.6 mW
- Resistance :
- 2 kOhms
- Series :
- P60
- Termination Style :
- Radial
- Tolerance :
- 15 %
- Width :
- 1.5 mm
Description
NTC Thermistors 2K OHM 15% BEAD
Price & Procurement
Associated Product
You May Also Be Interested In
| Part | Manufacturer | Stock | Description |
|---|---|---|---|
| NTHS0603N2N6801KE | Vishay / Dale | 3,000 | NTC Thermistors 6.8Kohms 10% |
| B57891M0222J053 | EPCOS / TDK | 3,000 | NTC Thermistors 891/2.2 K/J53 5% NTC Thermistor |
| DC502J2K | Littelfuse | 3,000 | NTC Thermistors THERMISTOR, U.S. SEN |
| DC301F3K | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 300 OHM 10% EPOXY BEAD |
| USUG1000-104K | Littelfuse | 3,000 | NTC Thermistors NTC DO35 ?3892 100K 10% 24AWG CCS UL |
| MM222E1K | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 2.186K OHM MELF |
| 253JM1A | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 25K OHM 1C DO35 |
| B57891S0222J009 | EPCOS / TDK | 3,000 | NTC Thermistors NTC THERMISTOR S891 /2.2 K/J9 3.0% |
| 203RH1K | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 20K OHM 10% DO41 |
| USUG1000-104J | Littelfuse | 3,000 | NTC Thermistors NTC DO35 ?3892 100K 5% 24AWG CCS UL |
| WM104J1A | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 100K OHM 1C MELF |
| SM222E1K | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 2.186K OHM MELF |
| LC103G2K | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 10K OHM 10% EPOXY BEAD |
| LC502J2K | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 5K OHM 10% EPOXY BEAD |
| GS103E1K | Littelfuse | 3,000 | NTC Thermistors NTC THERMISTOR 10K OHM 10% GLASS BEAD |
