K102K15C0GF53L2 Equivalent & Substitute Parts

Part Overview

The K102K15C0GF53L2 is a 1000 pF radial ceramic capacitor manufactured by Vishay Beyschlag/Draloric/BC Components from the Mono-Kap™ K series. This component operates at 50V with C0G/NP0 temperature coefficient and ±10% tolerance, designed for general-purpose applications in through-hole configurations. The part maintains active product status with 1001 units in stock. Substitute parts are identified when equivalent electrical performance is required due to inventory constraints, design optimization, or application-specific parameter adjustments.

Key Parameters

Parameter	Value
Capacitance	1000 pF
Tolerance	±10%
Voltage - Rated	50V
Temperature Coefficient	C0G, NP0
Operating Temperature Range	-55°C ~ 125°C
Mounting Type	Through Hole
Package / Case	Radial
Lead Spacing	0.098" (2.50mm)
RoHS Status	ROHS3 Compliant

Substitute Part Grouping Explanation

Substitution eligibility for the K102K15C0GF53L2 is determined by the following critical parameters: capacitance value (1000 pF), mounting type (through-hole radial), lead spacing (0.098" / 2.50mm), and compliance certifications (ROHS3, REACH Unaffected). Substitute parts are grouped into three categories based on allowed parameter variations:

Category 1: Tolerance Upgrade (Same Voltage, Same Temperature Coefficient) K102J15C0GF53L2 maintains identical electrical specifications with improved tolerance (±5% vs ±10%), same 50V rating, and C0G/NP0 temperature coefficient. Physical dimensions and lead spacing remain unchanged.

Category 2: Voltage Upgrade (Same Tolerance Class, Same Temperature Coefficient) K102J20C0GH53L2 provides increased voltage rating (100V vs 50V) with improved tolerance (±5%), maintaining C0G/NP0 temperature coefficient. Physical dimensions increase to accommodate higher voltage rating; lead spacing remains 0.098" (2.50mm).

Category 3: Temperature Coefficient Variation (Same Voltage, Same Tolerance) K102K10X7RF53L2 and K102K15X7RF53L2 substitute C0G/NP0 with X7R temperature coefficient at 50V rating with ±10% tolerance. K102K10X7RF53L2 uses smaller package dimensions; K102K15X7RF53L2 maintains original package size.

Category 4: Voltage Upgrade with Temperature Coefficient Variation K102K15X7RH53L2 combines 100V rating with X7R temperature coefficient and ±10% tolerance, maintaining original package dimensions.

Category 5: Cross-Manufacturer Equivalent SR215A102KAR (KYOCERA AVX SkyCap® SR series) provides electrical equivalence with C0G/NP0 temperature coefficient and ±10% tolerance at 50V. Physical dimensions and lead spacing differ; lead style is formed kinked leads versus straight leads.

Parameter Comparison

Part Number	Manufacturer	Capacitance	Tolerance	Voltage	Temp Coeff	Size (L x W)	Lead Spacing	Inventory
K102K15C0GF53L2	Vishay	1000 pF	±10%	50V	C0G/NP0	0.157" x 0.102"	0.098"	1001
K102J15C0GF53L2	Vishay	1000 pF	±5%	50V	C0G/NP0	0.157" x 0.102"	0.098"	49800
K102J20C0GH53L2	Vishay	1000 pF	±5%	100V	C0G/NP0	0.197" x 0.126"	0.098"	20393
K102K10X7RF53L2	Vishay	1000 pF	±10%	50V	X7R	0.142" x 0.091"	0.098"	16272
K102K15X7RF53L2	Vishay	1000 pF	±10%	50V	X7R	0.157" x 0.102"	0.098"	22368
K102K15X7RH53L2	Vishay	1000 pF	±10%	100V	X7R	0.157" x 0.102"	0.098"	9081
SR215A102KAR	KYOCERA AVX	1000 pF	±10%	50V	C0G/NP0	0.200" x 0.125"	0.200"	2773

Engineering Selection Recommendations

All listed substitute parts maintain active product status and ROHS3 compliance. Selection between substitutes depends on application-specific requirements:

For applications requiring tolerance improvement without electrical parameter changes, K102J15C0GF53L2 provides ±5% tolerance while maintaining 50V C0G/NP0 specifications and identical package dimensions.

For applications where voltage margin is required, K102J20C0GH53L2 (100V, ±5% C0G/NP0) or K102K15X7RH53L2 (100V, ±10% X7R) are suitable, with the latter offering larger inventory availability.

For applications where temperature coefficient stability is not critical and X7R characteristics are acceptable, K102K15X7RF53L2 maintains original package dimensions at 50V with ±10% tolerance and higher inventory stock.

Cross-manufacturer substitution with SR215A102KAR (KYOCERA AVX) is electrically equivalent but requires PCB layout verification due to different lead spacing (0.200" vs 0.098") and lead style (formed kinked vs straight).

Frequently Asked Questions (FAQ)

Q: Can K102J15C0GF53L2 replace K102K15C0GF53L2 directly? A: Yes. K102J15C0GF53L2 is a direct substitute with improved tolerance (±5% vs ±10%). All electrical parameters, package dimensions, and lead spacing are identical. This substitution provides tighter capacitance tolerance without design changes.

Q: What is the difference between C0G/NP0 and X7R temperature coefficients? A: C0G/NP0 provides superior temperature stability with minimal capacitance variation across the operating range (-55°C to 125°C). X7R exhibits greater capacitance variation with temperature but remains within acceptable limits for general-purpose applications. Selection depends on circuit requirements for temperature stability.

Q: Can K102J20C0GH53L2 be used in place of K102K15C0GF53L2? A: K102J20C0GH53L2 is electrically compatible but has larger physical dimensions (0.197" x 0.126" vs 0.157" x 0.102"). PCB layout verification is required to confirm adequate space. The 100V rating provides additional voltage margin beyond the original 50V specification.

Q: Is SR215A102KAR compatible with the original part? A: SR215A102KAR is electrically equivalent but has different physical characteristics. Lead spacing is 0.200" (vs 0.098"), and lead style is formed kinked (vs straight). PCB redesign is required for this cross-manufacturer substitution.

Q: What inventory considerations apply to these substitutes? A: K102J15C0GF53L2 offers the highest inventory (49800 units), followed by K102K15X7RF53L2 (22368 units). Original part K102K15C0GF53L2 has limited stock (1001 units). Substitute selection should consider both technical compatibility and supply chain availability.

Q: Can multiple substitutes be used interchangeably in the same design? A: No. Each substitute has distinct electrical or physical characteristics. Once a substitute is selected for a design, that specific part number must be used consistently. Mixing different substitutes in the same circuit is not recommended without circuit analysis.

Request Quote (Ships tomorrow)

Part Number

Quantity

Company

Contact Name

E-mail

Message