CD19FD431GO3 Equivalent & Substitute Parts

Part Overview

The CD19FD431GO3 is a 430 pF mica capacitor rated for 500 V operation in a radial through-hole package, manufactured by Cornell Dubilier Electronics (CDE). This component is classified as a general-purpose mica capacitor with ±2% tolerance and operates across the temperature range of -55°C to 125°C. The part is currently in active production status with 783 units available in inventory.

Mica capacitors in this specification are used in applications requiring stable capacitance values, low loss, and high voltage performance. Alternative equivalent parts may be required due to inventory constraints, supply chain considerations, or specific application requirements for different series designations within the same electrical and mechanical parameters.

Substiute Parts

CD19FD431GO3
Cornell Dubilier Electronics (CDE)In Stock: 858CD19FD431GO3 Datasheet
CD19FD431GO3
Current Part
CM06FD431GO3
Cornell Dubilier Electronics (CDE)In Stock: 770CM06FD431GO3 Datasheet
CM06FD431GO3
Parametric Equivalent

Key Parameters

Parameter Value Unit
Capacitance 430 pF
Tolerance ±2%
Voltage - Rated 500 V
Dielectric Material Mica
Operating Temperature Range -55 to 125 °C
Mounting Type Through Hole
Package / Case Radial
Lead Spacing 0.343 (8.70) in (mm)
Features General Purpose

Substitute Part Grouping Explanation

Substitution of the CD19FD431GO3 is based on strict equivalence of the following electrical and mechanical parameters:

Electrical Equivalence Criteria:

  • Capacitance value: 430 pF (exact match required)
  • Tolerance: ±2% (exact match required)
  • Voltage rating: 500 V (exact match required)
  • Dielectric material: Mica (exact match required)
  • Operating temperature range: -55°C to 125°C (exact match required)

Mechanical Equivalence Criteria:

  • Mounting type: Through Hole (exact match required)
  • Package configuration: Radial (exact match required)
  • Lead spacing: 0.343" / 8.70 mm (exact match required)
  • Physical dimensions: 0.642" L × 0.201" W / 16.30 mm × 5.10 mm (exact match required)
  • Maximum seated height: 0.512" / 13.00 mm (exact match required)

The substitute part CM06FD431GO3 meets all electrical and mechanical equivalence criteria and is therefore classified as a parametric equivalent.

Parameter Comparison

Parameter CD19FD431GO3 CM06FD431GO3 Match
Manufacturer Cornell Dubilier Electronics (CDE) Cornell Dubilier Electronics (CDE) Yes
Series CD19 CM06 Different Series
Capacitance 430 pF 430 pF Yes
Tolerance ±2% ±2% Yes
Voltage - Rated 500 V 500 V Yes
Dielectric Material Mica Mica Yes
Operating Temperature -55°C to 125°C -55°C to 125°C Yes
Mounting Type Through Hole Through Hole Yes
Package / Case Radial Radial Yes
Lead Spacing 0.343" (8.70 mm) 0.343" (8.70 mm) Yes
Size / Dimension 0.642" L × 0.201" W (16.30 mm × 5.10 mm) 0.642" L × 0.201" W (16.30 mm × 5.10 mm) Yes
Height - Seated (Max) 0.512" (13.00 mm) 0.512" (13.00 mm) Yes
RoHS Status RoHS non-compliant RoHS non-compliant Yes
REACH Status REACH Affected REACH Affected Yes
ECCN EAR99 EAR99 Yes
HTSUS 8532.29.0020 8532.29.0020 Yes
Inventory Status 783 Pcs New Original In Stock 668 Pcs New Original In Stock Both Available

Engineering Selection Recommendations

Both the CD19FD431GO3 and CM06FD431GO3 are active production components manufactured by Cornell Dubilier Electronics and carry identical electrical and mechanical specifications. Selection between these parts should be based on the following factors:

Product Status: Both parts maintain active production status, ensuring continued availability and consistent manufacturing standards.

Compliance and Certifications: Both parts share identical regulatory classifications:

  • RoHS non-compliant status
  • REACH Affected designation
  • EAR99 export classification
  • HTSUS code 8532.29.0020

Inventory Availability: The CD19FD431GO3 has 783 units in stock, while the CM06FD431GO3 has 668 units available. Selection may depend on immediate supply requirements.

Series Designation: The parts differ only in series designation (CD19 versus CM06), which reflects internal CDE product line organization but does not affect functional equivalence or performance characteristics.

Frequently Asked Questions (FAQ)

Q: Can CM06FD431GO3 be used as a direct replacement for CD19FD431GO3?

A: Yes. The CM06FD431GO3 is a parametric equivalent with identical electrical and mechanical specifications. All critical parameters including capacitance, voltage rating, tolerance, temperature range, lead spacing, and physical dimensions match exactly.

Q: What is the difference between the CD19 and CM06 series?

A: The series designation reflects internal product line organization within Cornell Dubilier Electronics. From an engineering perspective, both series use identical mica dielectric technology and meet the same performance specifications for this 430 pF, 500 V application.

Q: Are the physical dimensions identical between these parts?

A: Yes. Both parts have identical dimensions of 0.642" L × 0.201" W (16.30 mm × 5.10 mm), identical lead spacing of 0.343" (8.70 mm), and identical maximum seated height of 0.512" (13.00 mm). They are mechanically interchangeable in PCB layouts.

Q: Do both parts have the same temperature operating range?

A: Yes. Both the CD19FD431GO3 and CM06FD431GO3 operate across -55°C to 125°C, providing identical thermal performance characteristics.

Q: What is the tolerance specification for these capacitors?

A: Both parts carry a ±2% tolerance specification, ensuring precise capacitance values within this range across the operating temperature spectrum.

Q: Are there any compliance differences between these parts?

A: No. Both parts share identical compliance status: RoHS non-compliant, REACH Affected, EAR99 export classification, and HTSUS code 8532.29.0020.

Q: Which part should I select based on inventory?

A: Selection should be based on project timeline and supply requirements. The CD19FD431GO3 has higher inventory (783 units) compared to CM06FD431GO3 (668 units). For applications with no series preference, either part is functionally equivalent.

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