| Safety class | X1 440 VAC / Y2 300 VAC (IEC 60384-14) |
|---|---|
| Automotive qualification | AEC-Q200 qualified part numbers available |
| Capacitance | 100–10,000 pF (Y5P / Y5U / Y5V) |
| Temperature cycling | 3,000 cycles, −55 °C to +125 °C |
| Lead spacing | 7.5 / 10.0 mm |
| Approvals | CQC · VDE/ENEC · IECEE CB · UL/cUL |
Automotive radial ceramic safety capacitors, Class X1 440 VAC / Y2 300 VAC, 100–10,000 pF. AEC-Q200 qualified part numbers available.
Showing 21 of 21 part numbers
| G07B1E101KN0B2HQN0 |
|---|
| G07B1E221KN0B2HQN0 |
| G07B1E331KN0B2HQN0 |
| G07B1E471KN0B2HQN0 |
| G07B8E101KP0T2HQP0 |
| G07B8E471KP0T2HQP0 |
| G07E1E102MN0B0EQN0 |
| G07E1E102MN0B2HQN0 |
| G08B1E681KN0B0SQN0 |
| G08B1E681KN0B2HQN0 |
| G09E1E152MN0B2HQN0 |
| G10B1E102KN0B2HQN0 |
| G10E1D222MN0B2HQN0 |
| G10E1E222MN0B2HQN0 |
| G10E3E222MA0B2HQN0 |
| G10E3E222MA0B2HQN6 |
| G10E3E222MA5B2HQN0 |
| G10E8E222MP0T2HQP0 |
| G12E1E332MN0B2HQN0 |
| G14E1E472MN0B2HQN0 |
| G14E2E472MN0B2HQN0 |
Need a value that is not listed? Send us your specification.
Datasheets, technical documents and approval certificates for this series. English editions of documents marked “Chinese” are available on request.
Radial disc ceramic safety capacitors for automotive power electronics, Class X1 440 VAC / Y2 300 VAC to IEC 60384-14, for EMI suppression and coupling across basic or supplementary insulation. Y5P, Y5U and Y5V, 100–10,000 pF. AEC-Q200 qualified part numbers available; 85 °C / 85% RH for 1,000 h; 3,000 temperature cycles from −55 °C to +125 °C.
| Function | Radial single-layer ceramic safety capacitor for X1/Y2 EMI suppression and coupling. Not a substitute for Y1 reinforced insulation, and not a complete equipment approval. |
|---|---|
| Safety class | IEC 60384-14 · X1 440 VAC / Y2 300 VAC |
| Insulation class | Y2: basic or supplementary insulation. Where the equipment requires reinforced insulation, use a Y1 capacitor (CY or CD series). |
| Automotive qualification | AEC-Q200 qualified part numbers available; AEC-Q200 revision, qualification report and qualified part-number list on request |
| Damp heat | 85 °C / 85% RH, 1,000 h |
| Temperature cycling | 3,000 cycles, −55 °C to +125 °C |
| Operating temperature | −40 °C to +125 °C (approval range); operating grade and voltage derating on request |
| Capacitance range | Y5P 100–680 pF (6 values) · Y5U 1,000–10,000 pF (6 values) · Y5V 10,000 pF |
| Capacitance tolerance | Y5P K ±10% · Y5U/Y5V M ±20% |
| Body dimensions, Y5P | D max. 7.5 mm (100–470 pF), 8.5 mm (680 pF) · T max. 5.0 mm |
| Body dimensions, Y5U | D max. 7.5 / 9.5 / 10.5 / 12.5 / 15.0 / 17.0 mm at 1 / 1.5 / 2.2 / 3.3 / 4.7 / 10 nF · T max. 5.0 or 5.5 mm |
| Y5V version, 10,000 pF | M ±20% · D max. 14.5 · T max. 5.5 · F 7.5 or 10.0 · d 0.65 mm |
| Leads | F 7.5 or 10.0 ±0.5 mm · d 0.60 or 0.65 ±0.05 mm, depending on value |
| Measuring conditions | Capacitance and dissipation factor at 25 °C · 1 kHz · 1 Vrms |
| Dissipation factor | ≤2.5% (initial) |
| Rated voltage | X1 440 VAC / Y2 300 VAC |
| Dielectric strength | 2,600 VAC |
| Insulation resistance | ≥10,000 MΩ |
| DC rating | Rated for X1/Y2 AC. The CE approvals include 1,500 VDC for designated constructions; DC rating of individual part numbers on request |
| Humidity robustness | CE approvals: Annex I grade IIIB, 1,000 h at 85 °C / 85% RH with rated voltage; applicability to individual automotive part numbers and post-test limits on request |
| Certified capacitance range | 100–10,000 pF · Y5P 100–1,000 pF · Y5U 680–10,000 pF · Y5V 1,000–10,000 pF |
| Lead forms and coating extension | Long straight · short straight · single outer-bent · front/rear raised; coating extension ≤2.5 mm (body ≤10 mm) or ≤3.0 mm (body >10 mm) where applicable |
| Bulk lead length | Long straight ≥16.0 mm · short/bent 2.5–<6.0 mm ±0.5 or 6.0–10.0 mm ±1.0 |
| Taping | F 7.5/10 mm; P0 12.7 / P 25.4 mm or P0 15 / P 15 mm; 18 mm carrier tape; seating height depends on lead form |
| Wave soldering | Preheat 30–130 s to 115 °C · rapid rise to 260 °C max. · solder ≤10 s · cooling ≤5 °C/s; validate immersion depth and board thermal mass |
| Hand rework | 360 °C max. · 3 s max. · solder joint ≥2 mm from coating |
| Leakage current | No component limit specified; calculate from maximum C, f and V for every Y capacitor and check the touch-current budget of the equipment |
| Further data on request | Rated-voltage frequency range, derating and repetitive transient limits · damp-heat bias voltage, sample size, recovery and post-test limits · temperature-cycling dwell, transfer time and post-test limits · dielectric-strength frequency, duration and ramp · insulation-resistance measuring voltage and charging time · capacitance versus temperature, AC/DC bias, frequency and aging for Y5P, Y5U and Y5V · reflow suitability, cleaning and coating compatibility, lead-forming limits, storage conditions and shelf life · AEC-Q200 results, impulse, endurance, biased humidity, vibration, shock, lead strength and solder-heat data |
Start from the insulation diagram of the equipment and the maximum continuous AC/DC voltage. Then check Y-capacitor leakage, effective capacitance, impulse duty, AEC-Q200 and approval scope, humidity and cycling data, dimensions, marking and assembly process for one part number.
Identify line-to-earth, primary-to-secondary or across-the-line duty from the equipment standard. Confirm that Y2 basic or supplementary insulation is sufficient; use Y1 where reinforced insulation is required.
Use the approval voltage code of the selected part. The 1,500 VDC approval scope, the 2.6 kVAC proof test and the impulse duty are different quantities; none replaces another. Impulse data on request.
Calculate common-mode attenuation and I = 2πfCV at maximum voltage, frequency and tolerance for every Y capacitor. Use temperature, bias, frequency and aging curves so that nominal capacitance is not mistaken for effective capacitance.
Request the AEC-Q200 revision and report, qualified part numbers, grade, site, stress groups, sample sizes, results and PPAP/change control, together with the current CQC, VDE, CB and UL scope for the same marking and construction.
Check the capacitance and approval voltage codes, drawing, blue coating and marking, lead form and length, taping, soldering, cleaning, storage and post-process acceptance of the selected part number.
AEC-Q200 stress qualification and IEC 60384-14 safety approvals are separate. The approvals below cover the CE construction. Approval and AEC-Q200 coverage of individual part numbers on request.
| Agency | Standard | Certificate | Scope |
|---|---|---|---|
| CQC | GB/T 6346.14-2023 | CQC19001213202 | CE X1/Y2, 100–10,000 pF; X1 440/400 VAC, Y2 300/275/250 VAC; Y5P/Y5U/Y5V, tolerance K/M, 40/125/21/B; Annex H 1,500 VDC; Annex I grade IIIB. Issued 15 Nov 2023, valid subject to surveillance. |
| VDE / ENEC | EN 60384-14 | 40025748 | CE series, 100–10,000 pF; X1 440/400 VAC, Y2 300/275/250 VAC; Y5P/Y5U/Y5V, 40/125/21, class B; Annex H 1,500 VDC; Annex I grade IIIB. |
| IECEE CB | IEC 60384-14:2013 + AMD1:2016 | DE1-67721/B2 | CE series, 100–10,000 pF, X1/Y2, AC ratings as above, 40/125/21/B; Annex H 1,500 VDC; Annex I grade IIIB; voltage proof Test A at 2,600 VAC. Issued 9 Aug 2023. |
| UL / cUL | ANSI/UL 60384-14 / CAN/CSA-E60384-14 | E208107 | Recognized component, USA and Canada: CE, 100–10,000 pF, X1 400/440 VAC, Y2 250/275/300 VAC, 1,500 VDC, −40 °C to +125 °C, tolerance K/M, grade IIIB. |
Each certificate covers the types and ratings listed on it.
Select from the insulation diagram of the equipment, not from the capacitor marking alone. Where the circuit requires reinforced insulation, use a Y1 capacitor and verify PCB and enclosure creepage, clearance and abnormal-condition design.
Use maximum capacitance, tolerance, line frequency and voltage for each Y capacitor and total the complete network. Keep margin for the temperature, bias and aging behavior of the dielectric and for the touch-current limits of the equipment.
X1/Y2 AC ratings, the 1,500 VDC Annex H scope, the 2.6 kVAC proof test and the impulse duty are different quantities. Check each value and its test method for the selected part and circuit position.
CQC, VDE, CB and UL approvals confirm the safety classification of the component. They do not establish automotive stress qualification, PPAP, site traceability or mission-profile life. Both must apply to the same part number.
Observe the wave-soldering profile and the 360 °C hand-rework limit. Keep heat and bending stress away from the coating. Review cleaning, coating, storage, shelf-life and vibration data before production.
Example ordering code. Not every combination is available.
G · 10 · E · 3 · E · 222 · M · A0 · B · 2 · H · Q · N · 0
| Code | Meaning |
|---|---|
| G | Rated-voltage code: G = Y2 |
| 10 | Body diameter code |
| E | Temperature characteristic: B = Y5P, E = Y5U, F = Y5V |
| 3 | Lead form: 1 = long straight, 2 = single outer-bent, 3 = short straight, 8 = front/rear raised |
| E | Lead spacing: E = 7.5 mm, D = 10.0 mm |
| 222 | Capacitance code: 222 = 2,200 pF |
| M | Capacitance tolerance: M ±20%, K ±10% |
| A0 | Lead length or taped seating-height code, depending on lead form and packing |
| B | Packaging: B = bulk, T = tape |
| 2 | Environmental code: 2 = RoHS + halogen-free, 0 = RoHS |
| H | Marking and approval voltage code: H = X1 440 VAC / Y2 300 VAC |
| Q | Automotive product code |
| N | Internal management code |
| 0 | Internal management code |
