Product Overview
Precision 3.01MΩ Metal Film Through-Hole Resistors - 1/8 Watt
Product Condition
Unused, New Old Stock resistors supplied in bulk packaging. Leads are trimmed to approximately 5mm average length. 50+ pieces per pack. Components show no signs of installation.
Ships same business day. Hard-to-find parts since 1999. Fair prices, real help.
Product Overview
Beyschlag 3.01M Ohm metal film resistors rated at 1/8 watt with ±1% tolerance. Axial through-hole format designed for PCB mounting or compact point-to-point wiring. The 3.01MΩ value is commonly used in high-impedance signal paths, bias networks, leakage measurement circuits, and precision voltage dividers where stable resistance is required. Metal film construction offers tighter tolerance and predictable performance compared to general-purpose carbon types. Trimmed leads make them practical for dense board layouts or repairs where excess lead length is not needed.
Key Features
- Resistance: 3.01M Ohm (3,010,000 Ω)
- Tolerance: ±1%
- Power rating: 1/8 Watt (.125W)
- Metal film construction
- Axial, through-hole package
- Leads trimmed to ~5mm average length
- Bulk pack of 50+ pieces
- Beyschlag branded components
Applications
- High-impedance amplifier input stages
- Precision voltage divider networks
- Instrumentation and test equipment circuits
- Audio bias and feedback paths
- Compact PCB layouts requiring shorter leads
- Repair of legacy European electronics
- Educational lab projects and circuit prototyping
Frequently Asked Questions
What does trimmed leads mean for installation?
The leads are shortened to approximately 5mm on average. They are suitable for close PCB mounting but may not be ideal for wide lead spacing or breadboard use.
Can these be used in precision measurement circuits?
Yes. The ±1% tolerance and metal film construction make them appropriate for many precision divider and bias applications, provided the 1/8W power rating meets your design requirements.
Is 3.01MΩ interchangeable with 3.0MΩ?
3.01MΩ is slightly higher than 3.0MΩ. In many circuits the difference is small, but verify your design tolerance before substituting.
Are these suitable for high-voltage applications?
They are rated for 1/8 watt power dissipation. Maximum working voltage depends on circuit conditions and should be confirmed against your design calculations.
Short leads, tight tolerance, and a value that shows up in careful designs. These are built for circuits where details matter.
