Hybrid Tantalum Capacitors (With Mounting flange)
Hybrid Tantalum Capacitors (With Mounting flange) - TS25-12
SEALED RADIAL LEAD HYBRID TANTALUM CAPACITOR FLANGE
Overview
- Tantalum case, Hermetically Sealed, Cylindrical, Radial‑lead, Heteropolarity, with mounting flange
- Commingled by Electrolytic Tantalum Capacitor and Electrochemical Capacitor, small size, super capacitance
- Stable in electrical performances, high reliability, long life‑span
- Maximum in the density of capacitance and energy
- Built‑in as battery in energy‑conversed and power‑pulsed circuits
- Functions for filtering, energy storage and time‑delay
Specifications
| Specifications | |
|---|---|
| Operating Temperature | -55℃ to +125℃ (with rated voltage derating) |
| Storage Temperature | -62℃ ~ +130℃ |
| Capacitance Tolerance | K: ±10%, M: ±20% |
| Rated Voltage / Category Voltage / Surge Voltage / Capacitance (µF) / tgδ (%) / ESR (Ω @1kHz) / DC Leakage (µA) / Impedance (Ω @100Hz) |
10 / 6 / 11 / 50000‑230000 / 180‑190 / 0.025‑0.050 / 150‑400 / 900‑1800 16 / 9.5 / 17.6 / 30000‑140000 / 160‑170 / 0.025‑0.050 / 150‑400 / 900‑1800 25 / 15 / 27.5 / 18000‑86000 / 120‑140 / 0.025‑0.050 / 150‑400 / 900‑1800 35 / 20 / 38.5 / 12000‑60000 / 90‑100 / 0.025‑0.065 / 150‑400 / 900‑1800 50 / 30 / 55 / 8000‑32000 / 65‑75 / 0.025‑0.070 / 170‑400 / 1000‑2400 63 / 38 / 70 / 1800‑18000 / 40‑190 / 0.025‑0.200 / 126‑400 / 900‑1800 … (additional values across rated voltages and sizes in datasheet) |
Features
Features
Tantalum case, Hermetically Sealed, Cylindrical, Radial‑lead, Heteropolarity, with mounting flange
Commingled by Electrolytic Tantalum Capacitor and Electrochemical Capacitor, small size, super capacitance
Stable in electrical performances, high reliability, long life‑span
Maximum in the density of capacitance and energy
Built‑in as battery in energy‑conversed and power‑pulsed circuits, functioned as filtering, energy storage and time‑delay circuit
Applications
Engineered for high energy density hybrid tantalum applications such as power conditioning, filtering, energy storage and time‑delay circuits in industrial and power electronics systems requiring robust performance and secure flange mounting.