Noise suppression common mode choke SOREDE SRCM.3225.601TT00 featuring Ni-Zn ferrite core and copper wire construction

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The SRD-WI-17168 is a common mode choke designed for electronic applications. It is manufactured by Shenzhen Sorvida Electronics Co., Ltd. and is suitable for various usage scenarios requiring effective noise suppression.

Product Attributes

Brand: Sorvida ()
Origin: Shenzhen, China
Material: Ni-Zn Ferrite Core, Sn-0.7Cu Solder, Copper Wire P180-G1

Technical Specifications

Part Number	Impedance () 25%	Test Freq. (MHz)	DCR Max. ()	Rated Voltage Vdc (max.)	Rated Current (mA)(max.)	Withstand Volt. (Vdc) max.	IR () min.
SRCM.3225.601TT10	600	100	0.20	50	1000	125	10M

Item	Specifications	Test Methods
Solder- Ability	More than 90% of termination should be covered with new solder.	Solder: Sn, Temperature: 255+5/-0, Flux: rosin, Duration: 3.50.5s
Leaching Resistance	More than 75% of termination Should be covered with new solder.	Solder: Sn, Temperature:270+2/-0, Flux: rosin, Duration: 100.5s
Drop	No mechanical damage shall be noticed; Impedance shall be within 20% of the initial value	Drop 10 times on a concrete floor from a height of 1m.
Vibration	-	Frequency: 10 to 55Hz, Amplitude: 1.52mm, Direction and time: X, Y and Z directions for 2 hours each.
Humidity resistance	a. Test condition: Temp. 405, Humidity 90%~95%, Test time: 50012hr. b. Measurement method: The component should be stabilized at normal condition for 24 hours before test.	-
High temperature resistance	a. Test condition: Applied rated current, Temp. 855, Test time: 50012hr. b. Measurement method: The component should be stabilized at normal condition for 24 hours before test.	-
Low temperature resistance	No mechanical damage shall be noticed; Impedance shall be within 20% of the initial value	a. Test condition: Temp. -405, Test time: 50012hr. b. Measurement method: The component should be stabilized at normal condition for 24 hours before test.
Thermal shock	a. Test condition: 1) Temp. -40, time: 303min 2) Temp. +85, time: 303min, 100 cycles b. Measurement method: The component should be stabilized at normal condition for 24 hours before test.	-