Overview
The Allen-Bradley RCR07G365JS resistor is a 3.6 megohm, 1/4 watt fixed resistor featuring ±5% tolerance and carbon composition construction. This established-reliability component meets MIL-R-39008 military specifications and is recognized for its pulse withstanding capability, high-frequency stability, and rugged hot-molded design. With oxygen-free copper leads and consistent performance across temperature ranges, the RCR07G365JS is trusted in control circuits, audio applications, and industrial electronics where reliability cannot be compromised.
Key Features
- 3.6 megohm resistance value with ±5% tolerance
- 1/4 watt (0.25W) power rating for general-purpose applications
- Hot-molded carbon composition construction for durability and low inductance
- MIL-R-39008 military-grade specifications with established reliability
- Oxygen-free copper leads for corrosion resistance and superior electrical contact
- Non-magnetic and non-inductive characteristics ideal for frequency-sensitive circuits
Technical Specifications
- Resistance: 3.6 MΩ (3,600,000 ohms)
- Power Rating: 0.25 W (1/4 watt)
- Tolerance: ±5%
- Construction: Carbon composition, hot-molded
- Lead Material: Oxygen-free copper
- Operating Temperature Range: Up to 70°C
- Maximum Voltage: 250V
- Mounting Style: Through-hole, axial leads
- Military Standard: MIL-R-39008 (RCR Grade-S)
- Condition: New in box
Typical Applications
The RCR07G365JS carbon composition resistor is widely used in:
- Industrial control systems and PLCs requiring stable bias resistors
- Audio signal conditioning and impedance matching circuits
- High-reliability military and aerospace electronics
- Pulse and transient suppression in switching applications
- Precision measurement and instrumentation circuits
- Power supply feedback networks and bleeder circuits
Compatibility & Replacements
The Allen-Bradley RCR07G365JS is an established-reliability military-grade resistor with limited direct equivalents. While modern film resistors (such as Vishay Dale RWR or RLR series) may be electrically similar, they differ in construction and frequency response characteristics. Direct substitution should be verified with design requirements, as carbon composition resistors exhibit unique non-inductive behavior valued in legacy and high-frequency applications. This component is ideal for maintenance and repair of original equipment, ensuring continuity in proven designs. Verify compatibility with your circuit specifications before ordering.
