TMCF11 Axial film capacitors
By Shenzhen Topmay Electronic Co., Ltd.
Compiled by Factinery from publicly available sources.
TMCF11 is an axial metallized-polyester capacitor family for coupling and filtering functions.
TMCF11 is an axial metallized-polyester capacitor family for coupling and filtering functions.
Specifications
| Attribute | Value | Conditions | Source |
|---|---|---|---|
| Rated DC voltage options | 100; 160; 250; 400; 630; 1000; 1200 V DC | Original rating row; dimension headers explicitly use VDC. | Official TMCF11 product specification. |
| Capacitance tolerance options | ±5; ±10; ±20 % | Original J/K/M options. | Official TMCF11 product specification. |
| Dielectric construction | Metallized polyester | Explicit original construction paragraph. | Official TMCF11 product specification. |
Applications
- Electronic circuit coupling and filtering
Sources and updates
Scope of this page: Only the TMCF11 model/series and the listed source-supported attributes. Series maximums or model-dependent ranges are identified in the conditions; options and prices are not inferred. The top specification range (0.010–30 µF) differs from listed dimension entries including 0.001 µF. The capacitance range is omitted, without selecting one conflicting boundary. The family is counted once, without separate MEA/MET shape rows.
Official TMCF11 product information
Public source from the named publisher · Shenzhen Topmay Electronic Co., Ltd.
Only the TMCF11 model/series and the listed source-supported attributes. Series maximums or model-dependent ranges are identified in the conditions; options and prices are not inferred. The top specification range (0.010–30 µF) differs from listed dimension entries including 0.001 µF. The capacitance range is omitted, without selecting one conflicting boundary. The family is counted once, without separate MEA/MET shape rows.
Source accessed: 27 October 2026
Content updated 27 October 2026. Source dates describe the documents or the recorded access to them.
How information is documented