| TMRHV-RI80 Glass-glazed Film High Voltage Resistor |
A glass-glazed film high voltage resistor is an electronic component fabricated using glass-glazed film technology, specifically designed for high-voltage circuit applications.
This type of resistor is made from a mixture of glass glaze binders and metal oxides, processed through high-temperature sintering. The mixed material is printed onto the surface of a ceramic substrate, then sintered at temperatures above 800ºC to form a functional film with a specific resistance value.
- High Voltage Resistance
It boasts excellent high-voltage insulation performance, with a voltage withstand capacity of over 30kV, enabling stable operation in high-voltage circuits.
- Wide Resistance Range
The resistance range typically spans from 100Ω to 10GΩ, catering to the diverse requirements of different high-voltage circuits.
- Superior Stability
The metal glass-glazed film technology ensures outstanding anti-aging properties and a low temperature coefficient, allowing the resistor to maintain stable performance during long-term operation and under extreme temperature conditions.
- Excellent High-frequency Performance
It features low noise and good high-frequency characteristics, making it suitable for high-frequency circuit applications.
- Non-inductive Characteristic
Unlike traditional wirewound resistors, its structural design eliminates electromagnetic induction effects, making it ideal for circuits sensitive to electromagnetic interference.
Feature:
High Power
High voltage withstands
High voltage pulsing
Stable performance,RoHS compliant, hlogen free, lead free
Appliacation:
Power supply,Environment equipment, Meters/Instruments,Industrial/Automation system
Part Number:
Dimension(mm):
| Rating Power |
Dimensions |
| L±3.0 |
D±1.0 |
R±0.5 |
| 30W |
116 |
18.0 |
M5 |
| 50W |
133 |
27.0 |
M5/M6 |
| 70W |
160 |
27.0 |
M5/M6 |
| 100W |
200 |
27.0 |
M5/M6 |
| 150W |
310 |
27.0 |
M8 |
| 200W |
210 |
32.0 |
M8 |
| 250W |
270 |
32.0 |
M8 |
| 300W/400W |
420 |
37.0 |
M8 |
| 500W |
540 |
42.0 |
M8 |
Electrical Characteristics:
