Noise Filter Common Mode Choke DDY WBA1008D102PT-F-HF Ferrite Core Copper Wire Electronic Component

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

COMMON MODE CHOKE - WBA1008D

This document outlines the specifications for the WBA1008D series Common Mode Choke, a product from HUI ZHOU DE LI ELECTRONICS CO., LTD. These chokes are designed for various electronic applications requiring effective noise suppression.

Product Attributes

Brand: DDY
Origin: HUI ZHOU DE LI ELECTRONICS CO., LTD, CHINA
Material: Ferrite Core, Enameled Copper Wire
Certifications: LF (Lead Free), HF (Halogen Free), FP (Red Phosphor Free)

Technical Specifications

Part Number	Z () @ 100MHz	Rdc () Max	Irms (mA) Max	Rated Voltage (Volts) Max	Insulation Resistance (M) Min
WBA1008D301PT-F-HF	300	0.20	400	50	10
WBA1008D451PT-F-HF	450	0.30	350	50	10
WBA1008D601PT-F-HF	600	0.38	330	50	10
WBA1008D102PT-F-HF	1000	0.50	240	50	10

General Specifications

Rating DC Current: Temperature rise (T) is approximately 40 at Irms.

Operating Temperature: -40 to +85

Storage Temperature: -10 to +40 R.H.: 65% Max

Moisture Sensitivity Level (MSL): 2 (1 year floor life at 30/65% relative humidity)

Soldering Conditions

Re-flow Soldering (Lead Free):

Preheat circuit and products to 150
260 tip temperature (max)
Reflow times: no more than 2 times
Solder paste thickness: best 0.08mm, max 0.1mm

Hand Soldering:

Use a 20 watt soldering iron with tip diameter of 1.0mm
Limit soldering time to 3 sec.

Packaging Information

Type: 1008

Quantity per Reel: 2000 PCS

Taping Drawings: Reel Dimensions (UNIT:mm) - A: 1782.0, B: 222.0, C: 12.51.5, N: 572.0, G: 12

Peeling Off Force: 0.05 to 0.7N

Box and Carton Specifications:

Per Reel: 2000 PCS
Inner Box: 4 Reels (8000 PCS)
Outer Carton Options: 6 Boxes (48000 PCS), 8 Boxes (64000 PCS), 10 Boxes (80000 PCS)

Note: This material is not intended for automotive or related product applications. HUI ZHOU DE LI ELECTRONICS CO., LTD assumes no responsibility for quality or liability issues arising from such applications.