C1210X473M5JACAUTO
Part Number C1210X473M5JACAUTO
Manufacturer KEMET
Description CAP CER 0.047UF 50V U2J 1210
Quantity Available 517928 pcs new original in stock.
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Datasheets 1.C1210X473M5JACAUTO.pdf2.C1210X473M5JACAUTO.pdf
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Technical Information of C1210X473M5JACAUTO
Manufacturer Part Number C1210X473M5JACAUTO Category Capacitors
Manufacturer KEMET Description CAP CER 0.047UF 50V U2J 1210
Package / Case 1210 (3225 Metric) Quantity Available 517928 pcs
Voltage - Rated 50V Tolerance ±20%
Thickness (Max) 0.035" (0.88mm) Temperature Coefficient U2J
Size / Dimension 0.130" L x 0.102" W (3.30mm x 2.60mm) Series SMD Auto U2J Flex
Ratings AEC-Q200 Package / Case 1210 (3225 Metric)
Package Tape & Reel (TR) Operating Temperature -55°C ~ 125°C
Mounting Type Surface Mount, MLCC Lead Style -
Lead Spacing - Height - Seated (Max) -
Features Low ESL, Soft Termination, Low Dissipation Factor Failure Rate -
Capacitance 0.047 µF Base Product Number C1210X
Applications Automotive, Boardflex Sensitive  
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Frequently Asked Questions

  • How does the capacitance value and tolerance of the C1210X473M5JACAUTO influence the design of low-pass filters in noise-prone automotive environments? The C1210X473M5JACAUTO features a 0.047 µF capacitance with ±20% tolerance, allowing designers to achieve approximately 47 nF effective capacitance for cutoff frequencies in the 10-100 MHz range, depending on the inductive parasitics of the circuit. This tolerance band means the actual performance could vary by up to 20%, so empirical testing is recommended to confirm EMI suppression levels.
  • What voltage rating considerations apply when using the C1210X473M5JACAUTO in decoupling applications on 5V or 12V automotive power lines? The 50V rating of the C1210X473M5JACAUTO provides a substantial margin above typical automotive supply voltages, accommodating transient overvoltages up to 60-80V without risk of dielectric breakdown. This enables reliable operation in power distribution networks where voltage spikes are common due to inductive loads.
  • In what manner does the U2J temperature coefficient specification of the C1210X473M5JACAUTO affect circuit stability across the full automotive temperature spectrum from -55°C to 125°C? The U2J temperature coefficient of the C1210X473M5JACAUTO maintains capacitance variation within typical X7R limits of about ±15% to +22% over -55°C to 125°C, preventing significant detuning in resonant circuits or drift in analog measurements in harsh thermal conditions encountered in engine bays or underbody sensors.
  • Why might the low equivalent series inductance of the C1210X473M5JACAUTO be advantageous when placing bypass capacitors near high-speed digital interfaces in embedded automotive modules? With its low ESL, the C1210X473M5JACAUTO minimizes additional series inductance in the decoupling path, helping to maintain signal integrity and reduce ringing in signals operating at hundreds of MHz, which is typical in modern automotive Ethernet or CAN FD transceivers.
  • How does the soft termination of the C1210X473M5JACAUTO contribute to long-term reliability in boardflex sensitive PCB layouts? The soft termination technology of the C1210X473M5JACAUTO allows the terminations to flex elastically with the substrate, reducing the risk of solder joint fatigue or dielectric cracking during repeated board bending or thermal cycling common in flexible automotive displays or sensor arrays.
  • What benefits does the low dissipation factor provide to the C1210X473M5JACAUTO in high-frequency communication circuits integrated into vehicle systems? The low dissipation factor of the C1210X473M5JACAUTO translates to minimal power loss and heat generation at RF frequencies, preserving efficiency in antenna matching networks or reducing distortion in IF amplifiers used in automotive radar or infotainment systems.
  • How does the AEC-Q200: qualification associated with the C1210X473M5JACAUTO influence qualification testing and failure rate expectations in automotive design cycles? The AEC-Q200: rating of the C1210X473M5JACAUTO implies it has been subjected to automotive reliability tests including 1000 temperature cycles and high-temperature storage, offering lower failure rates in field conditions compared to non-qualified parts, particularly important for safety-critical ECUs.
  • Is the C1210X473M5JACAUTO appropriate for deployment in boardflex applications within consumer electronics that connect to automotive control networks? The boardflex sensitive construction of the C1210X473M5JACAUTO makes it suitable for consumer devices featuring flexible circuits interfacing with automotive modules, such as in connected wearables or portable infotainment units, as long as flexing stresses are controlled below the part's demonstrated limits.
  • When would the C1210X473M5JACAUTO be preferred over standard industrial ceramic capacitors in vibration-heavy industrial equipment? In environments with mechanical vibration, the C1210X473M5JACAUTO's AEC-Q200: qualification and robust termination provide better resistance to mechanical shock and fatigue compared to standard parts, maintaining capacitance stability and preventing intermittent connections that could occur in non-automotive grade components.
  • What trade-offs should be evaluated when considering the 1210 package size of the C1210X473M5JACAUTO for space-constrained versus high-reliability designs? While the compact 1210 (3225 Metric) dimensions of the C1210X473M5JACAUTO optimize board real estate and reduce parasitic effects through its low ESL, the limited height of 0.88 mm may constrain stacking in high-density assemblies, requiring alternative packaging for ultra-thin applications.
  • How does the combination of low ESL and soft termination in the C1210X473M5JACAUTO support alternative selection strategies in designs originally using leaded or larger capacitors? The low ESL and soft termination features of the C1210X473M5JACAUTO enable direct replacement in many cases where traditional capacitors were used, improving high-frequency performance and accommodating board flex without the mechanical constraints of larger leaded components, thus facilitating migration in existing automotive or industrial layouts.
  • In comparison to non-AEC qualified alternatives, what key advantages does the C1210X473M5JACAUTO present for long-term use in temperature-variable industrial settings? Beyond the U2J temperature coefficient and low dissipation factor, the C1210X473M5JACAUTO's AEC-Q200: qualification distinguishes it by providing proven endurance under combined thermal and mechanical stresses, leading to improved overall system reliability and potentially reduced warranty claims in applications spanning -55°C to 125°C.
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