THHB Series Common Mode Choke

Remark: Design as Customer’s request specification.

SHAPE AND DIMENSIONS

A toroidal chokes inductor is an electronic component that is designed to filter or suppress common mode noise in electrical circuits by providing a high impedance path to the common mode current while allowing the desired differential mode current to pass through with minimal impedance.
The applications for this toroidal chokes inductor is for power adapter, DC-DC converter or AC-DC converter as example. The insulation between two winding normally will be 1.5KV at minimun. The core which used on the pin type of toroidal chokes inductor will be manganese zinc and nanocrystal core to achieve higher inductance value and lower DC resistance. Customer’s specifications are welcome.

Zxcompo Leadtime:
Zxcompo’s standard delivery time is 1~2 weeks, and in urgent cases, fast delivery plans are available. For specific product ranges, we can dispatch goods within 10 or 20 working days. This offer customer reliable quality and stable (short) delivery date (urgent case, the delivery date could be 1 weeks only)

Zxcompo Customization:
Except for the standard characteristic of our series specification, ZXcompo Electronics also offer the customization product with low minimum order quantity (MOQ), tighter tolerance, different inductance and frequency applications.

Image	Title	Size(mm)	Inductance(uH)	Irms Max(mA)	DCR Max(Ω)	Action
	THHB9-301	13 x 13	300	700	0.045	Details label Inquiry label
	THHB9-501	13 x 13	500	20	0.080	Details label Inquiry label
	THH6026-220	21 x 12	22	900	0.045	Details label Inquiry label
	THH6026-180	21 x 12	180	500	0.250	Details label Inquiry label
	THH26826A-1R5	22 x 10	1.5	1000	0.005	Details label Inquiry label
	THH28026-1R2	24 x 10	1.2	1000	0.005	Details label Inquiry label
	TH10608-300	32 x 16	30	2000	0.045	Details label Inquiry label

PRODUCT IDENTIFICATION

• Series name.
• Product symbol (I、H、II、HH).
• Magnetic core specification.
• Material No.
• Inductance: R47-0.47uH  4R7-4.7uH  470-47uH .
• Tolerance:  K: ±10%  M: ±20%  N: ±30%  .