RN70D2000FBSL Equivalent & Substitute Parts

Part Overview

The RN70D2000FBSL is a 200 Ohms ±1% 0.75W through-hole axial resistor manufactured by Vishay Dale. This metal film resistor features flame retardant coating, military-grade construction, and moisture resistance, meeting MIL-R-10509/3 specifications. The component is classified as Active product status and is suitable for applications requiring precision resistive elements in military and high-reliability environments. Substitute parts may be required due to inventory constraints, application-specific power requirements, or resistance value adjustments in circuit redesign.

Substiute Parts

RN70D2000FBSL

Vishay DaleIn Stock: 750RN70D2000FBSL Datasheet

Current PartRFQ

RN65D1501FRE6

Vishay DaleIn Stock: 1316RN65D1501FRE6 Datasheet

DirectRFQ

Key Parameters

Substitute Part Grouping Explanation

The RN70D2000FBSL lists RN65D1501FRE6 as a substitute part. Substitution eligibility is determined by the following parameters:

Substitution Criteria:

• Composition: Metal Film (identical)
• Tolerance: ±1% (identical)
• Temperature Coefficient: ±100ppm/°C (identical)
• Operating Temperature Range: -65°C to 175°C (identical)
• Package Type: Axial (identical)
• Features: Flame Retardant Coating, Military, Moisture Resistant, Safety (identical)
• Series Classification: Military-grade construction (both MIL-R-10509 compliant)

Differing Parameters:

• Resistance Value: 200 Ohms (RN70D2000FBSL) vs. 1.5 kOhms (RN65D1501FRE6)
• Power Rating: 0.75W (RN70D2000FBSL) vs. 0.5W (RN65D1501FRE6)
• Packaging Format: Bulk (RN70D2000FBSL) vs. Cut Tape (RN65D1501FRE6)
• Base Series: RN70 (RN70D2000FBSL) vs. RN65 (RN65D1501FRE6)

Substitution is valid only when circuit design permits the different resistance value and lower power rating, and when the cut tape packaging format is acceptable for procurement and assembly processes.

Parameter Comparison

Engineering Selection Recommendations

Both RN70D2000FBSL and RN65D1501FRE6 maintain Active product status and comply with identical military specifications, RoHS non-compliance status, REACH Affected classification, and ECCN/HTSUS coding. Selection between these components must be based on circuit-specific requirements:

The RN70D2000FBSL is the primary selection when 200 Ohms resistance and 0.75W power dissipation are required. The RN65D1501FRE6 serves as a substitute only when circuit design accommodates 1.5 kOhms resistance and 0.5W maximum power dissipation, and when cut tape packaging is compatible with assembly processes. Both components satisfy military-grade reliability and environmental performance requirements.

Frequently Asked Questions (FAQ)

Q: Can RN65D1501FRE6 directly replace RN70D2000FBSL in any application?

A: No. Direct replacement is not possible due to different resistance values (200 Ohms vs. 1.5 kOhms) and power ratings (0.75W vs. 0.5W). Substitution requires circuit redesign to accommodate the higher resistance value and lower power dissipation capability.

Q: Are the tolerance and temperature characteristics identical between these parts?

A: Yes. Both components share ±1% tolerance, ±100ppm/°C temperature coefficient, and -65°C to 175°C operating range. These parameters are equivalent and do not restrict substitution eligibility.

Q: What is the significance of the packaging format difference (Bulk vs. Cut Tape)?

A: Bulk packaging (RN70D2000FBSL) is supplied as loose components, while Cut Tape (RN65D1501FRE6) is supplied on continuous tape for automated assembly. Packaging format affects procurement, storage, and assembly process compatibility but does not impact electrical performance.

Q: Do both parts meet the same military specifications?

A: Both components comply with MIL-R-10509 military resistor specifications. RN70D2000FBSL meets MIL-R-10509/3, while RN65D1501FRE6 meets MIL-R-10509/2. Both maintain identical compliance status for RoHS, REACH, ECCN, and HTSUS classifications.

Q: Can the lower power rating of RN65D1501FRE6 (0.5W) be used in place of the 0.75W rating?

A: Only if circuit analysis confirms that actual power dissipation does not exceed 0.5W under all operating conditions, including worst-case scenarios and temperature extremes. The substitute part cannot handle power levels between 0.5W and 0.75W.