The KEMET C325C752F3G5TA is a precision ceramic capacitor from the GoldMax 300 Comm C0G series, delivering 7500 pF capacitance with ±1% tolerance at a rated voltage of 25V. Built on C0G (NP0) dielectric technology, this radial leaded component offers exceptional stability across temperature extremes from -55°C to 125°C, making it well-suited for timing circuits, oscillators, filters, and precision analog applications where capacitance drift cannot be tolerated.
The C0G dielectric ensures near-zero temperature coefficient, meaning capacitance remains stable regardless of ambient temperature fluctuations. This characteristic is paired with low equivalent series inductance (ESL), which minimizes parasitic effects at higher frequencies and supports clean signal integrity in RF coupling, resonant tank circuits, and high-speed digital applications. The 25V rating provides adequate headroom for low-voltage logic, sensor conditioning, and audio signal paths.
Housed in a compact radial through-hole package measuring 0.200" L x 0.125" W (5.08mm x 3.18mm) with a maximum seated height of 0.300" (7.62mm), the C325C752F3G5TA features formed kinked leads at 0.200" (5.08mm) spacing, simplifying board insertion and mechanical stability during wave soldering or manual assembly. The radial form factor is particularly advantageous in prototyping, repair work, and legacy system retrofits where surface-mount alternatives are impractical.
This capacitor is RoHS3 compliant and REACH unaffected, meeting current environmental regulations for lead-free manufacturing and restricted substance control. The product is classified under ECCN code EAR99 and HTSUS 8532.24.0060, streamlining export documentation and customs processing for international procurement. With an active product status and availability in bulk packaging, the C325C752F3G5TA supports both high-volume production and maintenance, repair, and operations (MRO) inventory requirements.
General-purpose applications span instrumentation front-ends, data acquisition systems, medical device filtering, industrial control circuits, and telecommunications infrastructure where long-term reliability and predictable electrical performance are non-negotiable. The combination of tight tolerance, low ESL, and C0G stability positions this component as a dependable choice for precision analog design and noise-sensitive mixed-signal environments.
C325C752F3G5TA (1)
Finding a KEMET C325C752F3G5TA Replacement Without Creating Fit, Stability, or Tolerance Risks
Replacing the KEMET C325C752F3G5TA is not just a matter of matching “7500 pF” on a bill of materials. This part is a 7500 pF, ±1%, 25 V C0G/NP0 radial ceramic capacitor, so the replacement decision depends on capacitance tolerance, temperature stability, lead spacing, package height, voltage rating, dielectric behavior, and procurement availability.
Common reasons for evaluating a C325C752F3G5TA equivalent include lifecycle planning, alternate-source approval, shortage mitigation, cost control, repair sourcing, or redesigning a through-hole PCB while preserving frequency response and low-loss behavior.
Potential replacement and alternative part numbers discussed in this article include:
- KEMET C325C752F3G5TA
- KEMET C325C752F5G5TA
- KEMET
C325C752J3G5TA
C325C752J3G5TA
KEMET
CAP CER RAD 7.5NF 25V C0G 5%
2000000
- KEMET
C320C752F3G5TA
C320C752F3G5TA
KEMET
CAP CER 7500PF 25V C0G/NP0 RAD
44855
- KYOCERA AVX SR215C752FARTR1
- Vishay K7500J15C0GF5TL2
These parts should be evaluated as engineering alternatives rather than automatic drop-in substitutes. The closest replacement depends on whether the design prioritizes electrical equivalence, mechanical compatibility, tolerance matching, supplier diversity, or availability.
What Defines the Original KEMET C325C752F3G5TA 7500 pF C0G/NP0 Radial Capacitor
The KEMET C325C752F3G5TA belongs to the KEMET GoldMax 300 Commercial C0G series. It is a through-hole multilayer ceramic capacitor designed for stable capacitance performance across temperature, voltage, and frequency compared with higher-K ceramic dielectrics.
| Specification | KEMET C325C752F3G5TA Details | Replacement Impact |
|---|---|---|
| Manufacturer | KEMET | Same-manufacturer alternates may reduce qualification effort |
| Capacitance | 7500 pF | Replacement should match nominal value unless circuit tolerance allows deviation |
| Tolerance | ±1% | Narrow tolerance supports timing, filtering, oscillator, and tuned network accuracy |
| Rated voltage | 25 V | Replacement voltage rating may be equal or higher, but physical size may change |
| Dielectric | C0G/NP0 | Alternative should also use C0G/NP0 for low drift and low loss |
| Operating temperature | -55°C to +125°C | Suitable for broad industrial and commercial operating ranges |
| Mounting type | Through hole | Surface-mount alternatives are not mechanical drop-ins |
| Package style | Radial leaded | Replacement must be checked against PCB hole spacing and body clearance |
| Lead spacing | 0.200 in / 5.08 mm | One of the main mechanical compatibility points |
| Body size | 5.08 mm x 3.18 mm, max seated height 7.62 mm | Affects board density, clearance, and assembly fit |
| Feature | Low ESL | Relevant in high-frequency bypassing, RF trimming, and fast-edge circuits |
| Compliance | RoHS3 compliant, REACH unaffected | Supports use in regulated product builds |
The main value of the KEMET C325C752F3G5TA is the combination of 7500 pF capacitance, ±1% tolerance, C0G/NP0 dielectric stability, and radial through-hole construction. In practical replacement selection, the dielectric is often more influential than the voltage rating alone. Substituting an X7R or Z5U capacitor with the same capacitance may introduce capacitance shift with bias voltage, temperature, and aging, which can alter filter corners, resonant behavior, impedance profiles, or calibration accuracy.
Typical application areas include precision analog filtering, RF coupling or bypassing, timing networks, sensor interface circuits, instrumentation, and general-purpose circuits where capacitance stability matters. For replacements, maintaining C0G/NP0 behavior is usually preferred when the original design used C325C752F3G5TA for predictable electrical performance.
Candidate Equivalent and Alternative Parts for KEMET C325C752F3G5TA
The following table compares practical candidate parts that may be considered when sourcing a KEMET C325C752F3G5TA replacement. Exact suitability depends on the PCB footprint, voltage margin, tolerance requirements, height restrictions, and approved vendor list.
| Manufacturer | Part Number | Key Specifications | Product Features | Typical Applications | Why It Can Replace the Original Part | Main Differences or Limitations | Recommended Usage |
|---|---|---|---|---|---|---|---|
| KEMET | C325C752F3G5TA | 7500 pF, ±1%, 25 V, C0G/NP0, radial through-hole, 5.08 mm lead spacing | Original GoldMax 300 Commercial C0G part, low ESL, stable dielectric, formed kinked leads | Precision filters, timing circuits, RF bypass, stable analog networks, general-purpose through-hole designs | Direct original part with the same manufacturer, value, tolerance, voltage, dielectric, and package style | Availability may vary depending on stock and production allocation | First choice when the goal is no-change replacement or maintaining the existing approved BOM |
| KEMET | C325C752F5G5TA | 7500 pF, ±1%, 50 V, C0G/NP0, radial through-hole, same C325-style family | Higher voltage version while retaining C0G/NP0 behavior and tight tolerance | Designs needing additional voltage margin, derating improvement, industrial control boards | Electrical capacitance and tolerance align closely, and the higher voltage rating is generally acceptable if physical dimensions match | May have different body thickness or availability; higher voltage part may cost more | Preferred when equal capacitance and tolerance are required and a higher voltage rating is acceptable |
| KEMET |
C325C752J3G5TA
KEMET
CAP CER RAD 7.5NF 25V C0G 5%
2000000
| 7500 pF, ±5%, 25 V, C0G/NP0, radial through-hole | Same nominal value and dielectric family with looser tolerance | Decoupling, non-trimmed filters, less tolerance-sensitive analog or digital support circuits | Maintains C0G/NP0 dielectric and voltage class while relaxing tolerance | ±5% tolerance may not suit tuned, timing, or precision filter circuits originally designed around ±1% | Suitable when circuit analysis confirms that ±5% capacitance spread will not affect performance |
| KEMET |
C320C752F3G5TA
KEMET
CAP CER 7500PF 25V C0G/NP0 RAD
44855
| 7500 pF, ±1%, 25 V, C0G/NP0, radial through-hole, C320 family body | Similar electrical target in a related KEMET radial ceramic platform | Space-conscious through-hole boards, analog filters, general-purpose stable capacitance networks | Same nominal capacitance, tolerance, voltage, and dielectric class can support electrical equivalence | Body size, lead forming, and height may differ from C325C752F3G5TA; footprint verification is required | Useful when the electrical specification must stay close but the PCB can accept the mechanical variant |
| KYOCERA AVX | SR215C752FARTR1 | 7500 pF, ±1%, C0G/NP0 radial multilayer ceramic capacitor, typically 50 V class depending on ordering suffix | Radial MLCC construction, stable Class I dielectric, alternate manufacturer source | Precision analog, RF, timing, stable bypass networks, through-hole assemblies | Offers a same-value C0G/NP0 radial alternative with tight tolerance from another major capacitor manufacturer | Exact voltage, dimensions, lead spacing, and packaging suffix must be confirmed against the datasheet and PCB drawing | Good alternate-source candidate when supplier diversification is needed |
| Vishay | K7500J15C0GF5TL2 | 7500 pF, C0G/NP0 radial ceramic capacitor, typically ±5% depending on code, through-hole format | Stable ceramic dielectric, radial leaded construction, broad industrial capacitor portfolio | General-purpose stable capacitance circuits, analog support networks, replacement in repair or maintenance builds | Can match the same capacitance and dielectric family for applications that do not require ±1% tolerance | Tolerance and mechanical details may differ; not ideal for circuits requiring the original ±1% accuracy | Consider when availability and dielectric stability are more important than exact tolerance matching |
The closest electrical alternatives are KEMET C325C752F5G5TA and KEMET
C320C752F3G5TA
because they preserve the 7500 pF value, ±1% tolerance, and C0G/NP0 dielectric. The KEMET C325C752F5G5TA is often attractive when a higher voltage rating is acceptable. The KEMET
C320C752F3G5TA
KEMET
CAP CER 7500PF 25V C0G/NP0 RAD
44855
C325C752J3G5TA
and Vishay K7500J15C0GF5TL2 are better viewed as tolerance-relaxed alternatives. KYOCERA AVX SR215C752FARTR1 provides a useful second-source path but should be checked carefully for lead spacing, height, and ordering suffix details.
C325C752J3G5TA
KEMET
CAP CER RAD 7.5NF 25V C0G 5%
2000000
Engineering Trade-Off Comparison for KEMET C325C752F3G5TA Replacement Selection
A practical C325C752F3G5TA equivalent should be compared from the circuit outward: first dielectric and capacitance behavior, then tolerance, voltage margin, mechanical fit, assembly format, and supply-chain practicality. The table below focuses on replacement decision-making rather than simple datasheet matching.
| Decision Factor | C325C752F3G5TA | C325C752F5G5TA | C325C752J3G5TA | C320C752F3G5TA | KYOCERA AVX SR215C752FARTR1 | Vishay K7500J15C0GF5TL2 |
|---|---|---|---|---|---|---|
| Electrical compatibility | Baseline original: 7500 pF, ±1%, 25 V, C0G/NP0 | Strong match with higher voltage rating | Same value and dielectric, but looser tolerance | Strong electrical match if exact ordering code confirms same ratings | Potentially strong if capacitance, tolerance, voltage, and dielectric suffix match | Moderate; same value and dielectric, tolerance may differ |
| Mechanical compatibility | Known fit: radial, 5.08 mm lead spacing, C325 body | Likely close, but confirm body size and height | Likely close within same KEMET radial family | Requires body and lead-form check because C320 package may differ | Must verify lead spacing, body width, seated height, and tape/reel lead form | Must verify lead spacing, body size, and lead style |
| Performance in precision circuits | Reference performance | Similar or slightly improved voltage derating margin | Lower accuracy due to ±5% tolerance | Similar if mechanical variant is acceptable | Similar if ±1% C0G/NP0 version is confirmed | Less suitable if tolerance is wider than original |
| Temperature stability | C0G/NP0 stability from -55°C to +125°C | Comparable C0G/NP0 behavior | Comparable dielectric stability, wider initial capacitance spread | Comparable C0G/NP0 behavior | Comparable if true C0G/NP0 version is used | Comparable dielectric stability if C0G/NP0 version is confirmed |
| Voltage derating | 25 V rated | Better derating headroom in 25 V or lower circuits | Same 25 V class | Same 25 V class | Often available in higher voltage classes, confirm suffix | Depends on exact voltage code |
| Reliability considerations | Proven original fit and qualification path | Higher voltage rating may reduce electrical stress | Dielectric reliability similar, but tolerance may affect calibration | Electrical reliability similar; mechanical stress depends on fit | Alternate-source reliability requires qualification testing | Suitable for less tolerance-sensitive use after validation |
| Package availability | Bulk packaging | Bulk or related packaging depending on suffix | Bulk or related packaging depending on suffix | Depends on distributor stock | Often available with tape/reel or ammo-style suffixes | Depends on distributor and suffix |
| Cost considerations | Baseline cost and availability | May cost more due to higher voltage rating | May be lower or easier to source due to relaxed tolerance | Pricing depends on stock and package | Cost varies with manufacturer and packaging | May be cost-effective for non-precision applications |
| Best-fit scenario | No redesign, no requalification preference | Same capacitance and tolerance with added voltage margin | General circuits where ±1% is not required | Electrical match with acceptable mechanical change | Second-source approval or alternate manufacturer strategy | Repair, maintenance, or general-purpose stable capacitance replacement |
| Main advantage | Exact original specification | Better voltage margin while preserving tight tolerance | Same dielectric with easier tolerance flexibility | Maintains tight electrical target | Supplier diversification | Stable dielectric option where tolerance is flexible |
| Main limitation | Stock availability may drive replacement need | Confirm physical size and procurement cost | Not ideal for precision filters or timing circuits | Mechanical verification needed | Datasheet suffix confirmation required | Wider tolerance and mechanical differences may limit use |
For precision filters, oscillators, tuned analog networks, or calibration-sensitive circuits, the replacement should remain close to the original ±1% C0G/NP0 profile. In those cases, KEMET C325C752F5G5TA or KEMET
C320C752F3G5TA
are usually stronger candidates than tolerance-relaxed options. If the capacitor is used for stable bypassing, coupling, or non-critical general-purpose functions, KEMET
C320C752F3G5TA
KEMET
CAP CER 7500PF 25V C0G/NP0 RAD
44855
C325C752J3G5TA
or Vishay K7500J15C0GF5TL2 may be acceptable after circuit tolerance review.
C325C752J3G5TA
KEMET
CAP CER RAD 7.5NF 25V C0G 5%
2000000
For second-source planning, KYOCERA AVX SR215C752FARTR1 is worth evaluating because it can provide a manufacturer-diverse 7500 pF C0G/NP0 radial capacitor alternative. However, the final decision should include PCB hole fit, component height, lead forming, soldering process compatibility, and confirmation of the exact voltage and tolerance code.
Quotations and availability checks for KEMET C325C752F3G5TA replacement parts, equivalent capacitors, and alternative sourcing options can be requested through IC-Components.com or by emailing Info@IC-Components.com.
