Product Overview
Unused NOS TEPRO TS Precision Wirewound Resistor
This axial precision resistor provides stable performance for circuits that rely on a consistent ohm/Ω value in both analog and mixed-signal layouts. It supports roles such as gain control or reference elements, and a neutral installation tip is to verify physical lead spacing before final PCB placement. This maintains predictable integration in established designs.
Product Condition
Unused, New Old Stock.
Product Overview
The TEPRO TS series is a wirewound precision line built for consistency in demanding analog and calibration tasks. This 1 W, 1000 Ω unit features a molded body over a ceramic core for reliable thermal behavior. Long-term drift characteristics help preserve circuit accuracy. Through-hole axial leads suit conventional board layouts.
Key Features
- 1 W axial precision resistor
- 1000 Ω wirewound construction
- Molded body with ceramic core
- Stable long-term resistance characteristics
- Suitable for accurate gain-setting stages
- Designed for analog and calibration networks
- Through-hole axial leads for easy placement
Applications
- Analog signal conditioning stages
- Calibration and reference resistor networks
- Gain-setting in amplifier circuits
- Instrumentation and measurement assemblies
- Restoration or repair of legacy equipment
- Precision prototyping and testing layouts
Frequently Asked Questions
Is this resistor suited for precision analog designs?
Yes, its stable wirewound construction supports circuits requiring accuracy and low drift.
Can it be installed on standard PCBs?
The axial through-hole leads accommodate most traditional PCB layouts.
Is this part appropriate for calibration networks?
Its long-term stability makes it a strong fit for reference or calibration roles.
Does the ceramic core affect performance?
The ceramic core supports dependable thermal behavior in varied operating conditions.
You can integrate it into calibration networks using its stable wirewound construction, placing the axial leads directly through your PCB to build accurate reference stages for long-term circuit reliability.
