Voltage 50-1000V
Capacitance 100pF-7.2uF
Size Custom and Standard: Circular, Sub D and ARINC
Dielectric NPO, X7R
UTC Planar Capacitor Arrays are reliably constructed for continuous operation at the rated voltage and operating temperatures specified by the MIL-STD. The temperature range for our Planar Capacitor Arrays are -55°C to + 125°C at the rated voltage. Size and shape can be circular, rectangular, or custom using NPO and X7R dielectrics.
Planar Array Application
UTC Planar Arrays are designed to meet or exceed all the requirements of MIL-PRF-15733 and MIL-PRF-28861. Electromagnetic interference (EMI) can effect the operation of electronic equipment through connectors attached the interface cable. Filter arrays are designed to reduce such emissions by acting as low-pass filter that restrict high frequency currents at the cable connector.
Quantic™ UTC can produce any of the standard filters in rectangular, circular, or shaped arrangements. We can build in accordance with the following specifications: MIL-STD-1651, 1560A, 1669, 1554, MIL-STD C 24308 Sub “D”, and MIL V 83723 Micro-Style array arrangements.
- Designed to meet or exceed all the requirements of MIL-PRF-15733 and MIL-PRF-28861
- Compact size enables efficient use of space on printed circuit boards (PCBs)
- Allow for integration with other passive components into a single package or layout
- Exhibit consistent electrical characteristics across components within the array
- Mitigate noise
- Reduce EMI by acting as a low-pass filter restricting high-frequency currents at the connector
- Temperature range: -55°C to +125°C
- Voltage range: 25V–2000V
- Capacitance range: 100pF–μF
- Size: Custom and Standard: circular, Sub D, and ARINC
- Dielectric NPO, X7R
- RoHS compliant
Quantic Capacitors
At Quantic, we believe in the power of specialization. That’s why the Quantic Capacitors portfolio includes four distinct brands – Evans, Eulex, Paktron, and UTC – each a leader in their respective technologies. Together, we offer unparalleled expertise to solve your toughest electronic challenges.
Leave a Reply