Three terminal chips offer superior ability to withstand transient voltages and surges and deliver excellent filtering performance in high current applications, while providing exceptional solderability and resistance to solder heat.
Three Terminal Chip EMI Filters
|Capacitance Range||COG (NPO) 22 pF to 470 pF
X7R 470 pF to 47,000 pF
Y5V 100,000 pF to 220,000 pF
|Capacitance Tolerance||COG (NPO) +50/-20%
|Temperature Coefficient||COG (NPO) 0 ±/30 ppm/°C, -55 to +125°C
X7R +/-15%, -55 to +125°C
Y5V -25 to +85°C
|Insulation Resistance||Up to 22,000 pF 10,000 Megohms
47,000 pF 5,000 Megohms
|DC Resistance||0.4 Amp or less 0.3 ohm max.
1 Amp 0.08 ohm max.
2 Amp 0.04 ohm max.
|Rated Voltage||Up to 100 VDC|
|Rated Current||Up to 2 amps|
Deterioration of solderability can be caused by oxidization/sulfurization due to the high temperature, high humidity, or chlorine/sulfur gas. Parts should be used within 6 months, if possible and stored below 40°C and below 70% RH in an atmosphere free of sulfur, chlorine, or toxic gasses.
These EMI filters are made of ceramic material. Please avoid dropping or other mechanical shock that could damage the parts.
The products kept in your storage for over 6 months should be used only after checking solderability.
These products are designed and manufactured for the use in ordinary electronic products. Performance deterioration or failure is possible, depending on the application they are being used. The capacitor itself will generate heat due to excessive current. Therefore, the circuit board could be damaged by fire. Please talk to API Technologies if your intent is to use these products in applications or products that require high quality and reliability, or where product defects or its misconduct might may directly or indirectly threaten human life, hurt human body, damage properties, or may cause a social problem. Please consult the sales offices and product team well in advance. Applications include:
When using these products in circuit designs, end users need to contact API immediately if the products are having any problems. Safety of these products must be kept in the sufficient, fail safe design by securing the circuit protection. These precautions must be taken consideration in order to maintain the safety of the complete system.