sales@szcinty.com
Product overview
- Part Number
- 109D128X9010T2
- Manufacturer
- Vishay
- Product Category
- Tantalum Capacitors - Wet
- Description
- Tantalum Capacitors - Wet 10volt 1200uF 10% Extended Rating
Documents & Media
- Datasheets
- 109D128X9010T2
Product Attributes
- Capacitance :
- 1200 uF
- Diameter :
- 10.31 mm
- ESR :
- 1.5 Ohms
- Length :
- 23.4 mm
- Maximum Operating Temperature :
- + 125 C
- Mfr Case Code :
- T Case
- Minimum Operating Temperature :
- - 55 C
- Packaging :
- Tray
- Series :
- 109D
- Termination Style :
- Axial
- Tolerance :
- 10 %
- Voltage Rating DC :
- 10 VDC
Description
Tantalum Capacitors - Wet 10volt 1200uF 10% Extended Rating
Price & Procurement
Associated Product
You May Also Be Interested In
| Part | Manufacturer | Stock | Description |
|---|---|---|---|
| MC22FD821J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 820pF 500V 5% |
| MC18FD131G-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 130pF 500V 2% |
| MC18FD111G-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 110pF 500V 2% |
| CD30FC303GO3F | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 30nF 300V 2% |
| CD30FA363GO3F | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 36nF 100V 2% |
| MC12FD111J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 110pF 500V 5% |
| MC12FD101J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 100pF 500V 5% |
| MC12FD121J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 120pF 500V 5% |
| MC12FD151J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 150pF 500V 5% |
| MC12FA271J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 270pF 100V 5% |
| MIN02-002EC700G-TF | Cornell Dubilier (CDE) | 500 | Mica Capacitors 70pF 300V 2% tol |
| MC22FF511J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 510pF 1kV 5% |
| MC18FA331G-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 330pF 100V 2% |
| MC22FF561J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 560pF 1kV 5% |
| MC22FF621J-TF | Cornell Dubilier (CDE) | 3,000 | Mica Capacitors 620pF 1kV 5% |
