Product Overview
TEPRO TS 1 Watt, 1 Ohm, 0.1% Precision Axial Wirewound Resistor
This axial resistor provides a stable 1 Ω reference for circuits requiring consistent ohm/Ω readings across analog or mixed-signal stages. It fits miniature layouts while supporting continuous full-power roles, and a practical layout tip is to verify lead spacing before integrating it into a PCB for secure thermal contact. This helps maintain predictable circuit behavior under load.
Product Condition
Unused, New Old Stock.
Product Overview
The TEPRO TS series is engineered for accurate low-value resistance in precision assemblies. This 1 W, 1 Ω, 0.1% resistor delivers a tightly controlled tolerance suitable for demanding reference or current-sensing applications. Its high-temperature silicone protection aids reliability in elevated ambients, while the wirewound core supports durability in continuous operation. The axial leads allow straightforward mounting in compact layouts.
Key Features
- 1 W axial precision wirewound resistor
- 1 Ω value with 0.1% tolerance
- Miniature size for dense assemblies
- Supports continuous full power operation
- High-temperature silicone protection
- Shock- and moisture-resistant construction
- High long-term stability
Applications
- Current-sensing stages in control circuits
- Low-value reference and calibration networks
- Precision analog instrumentation
- High-ambient electronics assemblies
- Compact PCB layouts requiring mini axial parts
- Restoration or repair of precision equipment
Frequently Asked Questions
Is the 0.1% tolerance suitable for precision sensing?
Yes, the tight tolerance supports applications that require consistent low-value measurements.
Does the high-temperature silicone protection affect use?
It enhances reliability in higher ambient environments and continuous power conditions.
Can this resistor be used in miniature assemblies?
Its small axial form factor is designed for compact PCB layouts.
Is it appropriate for current-sense roles?
The 1 Ω wirewound construction and 0.1% tolerance make it a strong fit for accurate current-sensing circuits.
You can place it in compact PCB assemblies and take advantage of its miniature size with stable wirewound construction to build reliable current-sensing stages that maintain accuracy in long-term operation.
