Common Mode Chokes
-
Multilayer chip ferrite higher loss inductor microgate MGGB0603M471HT-LF with excellent solderability and heat resistance
Multilayer Chip Ferrite Higher Loss InductorThe Multilayer Chip Ferrite Higher Loss Inductor is designed for high reliability with its multilayer monolithic construction. It offers excellent solderability and heat resistance, making it suitable for both flow and reflow soldering processes. This inductor provides substantial EMI suppression over a wide frequency range and is ideal for noise suppression in digital equipment such as computers and their peripherals, DVD players,
-
Multilayer Chip Ferrite Inductor microgate MGGB1005M121HT-LF for EMI Suppression in Computers and Cameras
Multilayer Chip Ferrite Higher Loss InductorThe Multilayer Chip Ferrite Higher Loss Inductor features a multilayer monolithic construction for high reliability, excellent solderability, and heat resistance. It provides substantial EMI suppression over a wide frequency range, making it ideal for noise suppression in digital equipment such as computers and their peripherals, DVD players, cameras, and OA equipment.Product AttributesBrand: (Microgate)Origin: ChinaTechnical
-
noise filtering chip common mode choke MetalLions ACT3225L-110-2P-TF with compact wire wound design
Product OverviewThe ACT3225 Series Wire Wound Chip Common Mode Chokes are designed for high-frequency common mode noise filtering. Their winding type enables a small size and low profile, making them suitable for space-constrained applications. These chokes offer excellent solderability and operate across a wide temperature range of -40 to +125.Product AttributesBrand: Metal-Lions (implied by website)Product Series: ACT3225Hazardous Substance Free: Yes (indicated by 'F' in
-
Precision engineered microgate MGGB0603M601HT-LF resistor suitable for advanced electronic assemblies
2304140030_microgate-MGGB0603M601HT-LF_C281123.pdf
-
noise suppression MetalLions ACM4532-2P-800TF wire wound chip common mode filter for digital circuits
Product OverviewThe ACM4532 Series Wire Wound Chip Common Mode Filters are designed for high-frequency noise suppression in digital interfaces. Their compact, low-profile design and wire-wound construction offer excellent common mode noise prevention for applications like USB 2.0 and LVDS lines. These filters feature no polarity and excellent solderability, with an operating temperature range of -40 to +125.Product AttributesBrand: metal-lions.comProduct Series: ACM4532
-
Common Mode Choke Coil Microgate MGRC3225L601T-2-LF Wire Wound Chip for in General Electronic Equipment
Product Overview The MGRC3225L601T-2-LF is a Common Mode Choke Coil designed for noise suppression in general electronic equipment. This wire-wound chip component offers reliable performance and is suitable for applications in office supply equipment, telecommunications systems, measuring equipment, and household equipment. It is RoHS compliant and manufactured by SHENZHEN MICROGATE TECHNOLOGY CO., LTD. Product Attributes Brand: MICROGATE Manufacturer: SHENZHEN MICROGATE
-
Industrial microgate MGGB2012M070HT-LF device engineered for seamless integration in control systems
2304140030_microgate-MGGB2012M070HT-LF_C281153.pdf
-
Wire Wound Chip Common Mode Choke MetalLions ACT45B-220-2P-TF for Automotive CANBUS Noise Filtering
Product OverviewThe ACT45B Series Wire Wound Chip Common Mode Chokes are designed for high common mode impedance at high frequencies, offering excellent noise suppression performance. These chokes are ideal for common mode noise filtering in automotive CAN-BUS and signal lines. They operate in a wide temperature range of -55 to +150 and are built with high reliability, complying with AEC-Q200 standards. The products are 100% Lead(Pb) & Halogen-Free and RoHS compliant.Product
-
Wire Wound Common Mode Filter MetalLions ACW5020-142T15 for EMI RFI Noise Reduction Applications
Product OverviewThe ACW- Wire Wound Type Common Mode Filter is designed for noise suppression. It utilizes a wire-wound construction to effectively filter common mode noise in electronic circuits. This series is suitable for various applications requiring reliable EMI/RFI filtering.Product AttributesBrand: MeledProduct Type: ACW- Wire Wound Type Common Mode FilterSeries: ACW5020-SERIESFile No.: SP-20103001Origin: Not specifiedMaterial: Core: Ferrite (FENGYIN OR EQ), Wire:
-
CAN Bus Noise Filter microgate AMGRC4532B510T-2-LF Common Mode Choke Coil for Automotive Electronics
Product Overview The AMGRC4532B series of Common Mode Choke Coils are designed for automotive electronics applications, specifically for CAN bus systems. These components offer common mode impedance and inductance to filter noise and ensure signal integrity. They are AEC-Q200 compliant, indicating suitability for demanding automotive environments. The series is manufactured by SHENZHEN MICROGATE TECHNOLOGY CO., LTD. and is RoHS compliant. Product Attributes Brand: MICROGATE
-
Lead Free Wire Wound Common Mode Filter MetalLions ACM855050F-202T15 Ideal for USB2.0 IEEE1394 and LCDs
Product OverviewThe ACM series of Wire Wound Type Common Mode Filters offers excellent noise suppression performance due to high common mode impedance at high frequencies. These filters are designed for small size and low profile, making them ideal for compact electronic devices. They are 100% Lead(Pb) & Halogen-Free and RoHS compliant, with an operating temperature range of -40~+125. Applications include USB2.0, IEEE1394, PCs, peripheral equipment, small digital AV equipment
-
Wire wound common mode choke MetalLions ACM7060F 400T150 designed for power line noise and automotive
Product OverviewThe ACM7060F Series Wire Wound Common Mode Chokes are designed for high-frequency noise prevention and power line noise countermeasures in electronic equipment. They feature a small size, low profile, and excellent solderability, making them ideal for applications like notebooks, servers, batteries, high-current circuits, automotive wireless charging, and power device designs.Product AttributesBrand: Metal-LionsProduct Series: ACM7060FCertifications: RoHS
