Supply of Japanese shock-resistant hybrid solid-liquid capacitors is tight; YMIN provides full-size, automotive-grade domestic alternatives.

 

Japanese shock-resistant base plate capacitors enter a period of supply shortage.

Recently, affected by fluctuations in upstream raw material supply and capacity adjustments, Japanese shock-resistant capacitors have experienced varying degrees of shortages and extended delivery times. This situation has already impacted the normal production schedules of customers in the automotive electronics sector, making the search for stable and reliable alternatives a key focus for automotive end-users.

YMIN’s shock-resistant hybrid solid-liquid capacitor solution.

Shanghai YMIN Electronics has been deeply involved in the automotive electronics field for many years, breaking through the monopoly of Japanese capacitors with its independent innovation technology. YMIN’s automotive-grade, high-shock-resistant hybrid solid-liquid capacitors can achieve pin-to-pin replacement, performance benchmarking, and mass delivery of Japanese shock-resistant base plate capacitors, providing a safe, reliable, and controllable domestic solution for the automotive electronics industry chain.

1. Full range of shock-resistant products: Diameter specifications including 6.3mm, 8mm, 10mm, and 12.5mm are all in mass production and stably supplied.

2. Large-scale delivery verification to automotive electronics end-users: Adaptable to various key automotive components, covering core application scenarios such as electric drive systems, vehicle electronic control units, electronic water pumps, electronic oil pumps, electric power steering systems (EPS), and transmission control units (TCUs).

3. Shock resistance up to 30G, supporting pin-to-pin replacement of Japanese capacitors.

Specific specifications are shown in the table below:

 

Part Number Replacement Japanese Brand Model Rated Voltage (V.DC) Surge Voltage (V.DC) Capacitance (μF) Dimensions (mm) Operating Temperature (℃) Lifespan (H) ESR (Ω max) Ripple Current (mA) Leakage Current (μA max) Shock Resistance Grade
VHTCO771E151MVKZ / 25 28.8 150 6.3*7.7 -55~+125 4000 0.03 1400 37.5 30G
VHTD1051E221MVKZ EEHZC1E221V 25 28.8 220 8*10.5 -55~+125 4000 0.027 1600 55 30G
VHTE1051E331MVKZ EEHZC1E331V 25 28.8 330 10*10.5 -55~+125 4000 0.02 2800 82.5 30G
VHRE1051E331MVKZ EEHZE1E331V 25 28.8 330 10*10.5 -55~+150 2000 0.025 900 82.5 30G
VHRE1051E471MVKZ / 25 28.8 470 10*10.5 -55~+150 2000 0.025 900 117.5 30G
VHUE1701E102MVKZ / 25 28.8 1000 10*17 -55~+135 4000 0.01 2850 250 30G
VHTCO581V470MVKZ EEHZC1V470V 35 41 47 6.3*5.8 -55~+125 4000 0.06 900 16.5 30G
VHTCO771V101MVKZ EEHZK1V471V 35 41 100 6.3*7.7 -55~+125 4000 0.035 1400 35 30G
VHTE1051V331MVKZ EEHZK1V331V 35 41 330 10*10.5 -55~+125 4000 0.02 2800 115.5 30G
VHUE1051V331MVKZ EEHZS1V331V 35 41 330 10*10.5 -55~+135 4000 0.02 2000 115.5 30G
VHUL1351V681MVKZ / 35 41 680 12.5*13.5 -55~+135 4000 0.016 2650 238 30G
VHTE1051V471MVKZ / 35 41 470 10*10.5 -55~+125 4000 0.02 2000 164.5 30G
VHTE1051H101MVKZ EEHZC1H101V 50 58 100 10*10.5 -55~+125 4000 0.025 1600 50 30G
VHTE1301H221MVKZ / 50 58 220 10*13 -55~+125 4000 0.02 2400 110 30G
VHUE1301J121MVKZ / 63 73 120 10*13 -55~+135 4000 0.022 2100 75.6 30G
VHUE1051K470MVKZ / 80 92 47 10*10.5 -55~+135 4000 0.03 1400 37.6 30G
VHME1701K121MVKZ / 80 92 120 10*17 -55~+125 4000 0.012 3650 96 30G
VHTCO541K180MVKZ / 80 92 18 6.3*5.4 -55~+105 2000 0.12 850 14.4 30G
VHTCO581K220MVKZ / 80 92 22 6.3*5.8 -55~+105 2000 0.12 900 17.6 30G
VHTD1051K680MVKZ / 80 92 68 8*10.5 -55~+105 5000 0.045 1600 54.4 30G
VHTE1051K151MVKZ / 80 92 150 10*10.5 -55~+105 5000 0.035 1800 120 30G

Note: The above specifications are some typical alternative combinations. If you need sample testing, technical evaluation or bulk purchase, please contact us.


Post time: May-07-2026