SDR1005-152KL Bourns Inc., SDR1005-152KL Datasheet

SDR1005-152KL

Manufacturer Part Number

SDR1005-152KL

Description

INDUCTOR 1500UH SMD POWER

Manufacturer

Bourns Inc.

Series

SDR1005r

Type

Ferrite Corer

Datasheet

1.SDR1005-472KL.pdf (2 pages)

Specifications of SDR1005-152KL

Inductance

1.5mH

Current

250mA

Current - Saturation

300mA

Tolerance

±10%

Shielding

Unshielded

Dc Resistance (dcr)

3.3 Ohm Max

Q @ Freq

91 @ 70kHz

Self Resonant Freq

2MHz

Package / Case

0.500" L x 0.393" W x 0.197" H (12.70mm x 10.00mm x 5.00mm)

Mounting Type

Surface Mount

Operating Temperature

-40°C ~ 125°C

Frequency - Test

1kHz

Material - Core

Ferrite

Applications

Power Supplies

Current - Temperature Rise

Maximum Dc Current

0.25 Amp

Maximum Dc Resistance

6.3 Ohms

Self Resonant Frequency

2 MHz

Q Minimum

Dimensions

5 mm W x 12.7 mm L

Termination Style

SMD/SMT

Lead Free Status / RoHS Status

Lead free / RoHS Compliant

Current - Temperature Rise

Lead Free Status / Rohs Status

Lead free / RoHS Compliant

Other names

SDR1005-152KL

Available stocks

Company

Part Number

Manufacturer

Quantity

Price

Company:

Bonase Electronics (HK) Co., Limited

Part Number:

SDR1005-152KL

Manufacturer:

BOURNS

Quantity:

66 000

Company:

Meier Automation Equipment Co., Limited

Part Number:

SDR1005-152KL

Manufacturer:

BOURNS/伯恩斯

Quantity:

20 000

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I N D U C T I V E C O M P O N E N T S

Bourns Manufacturers Representatives

Corporate Distributor Product Managers

Americas Sales Team

Asia Sales Team

Europe Sales Team

Bourns Internal

Bourns Plant Managers

June, 2010

Non-shielded Power Inductor Model SDR1005

and Shielded Power Inductor Model SRR1005

Mounting Base Material Change

Effective for manufacturing date code 1021 and later, the mounting base material Liquid Crystal

Polymer (LCP) used on all

SDR1005

and

SRR1005

power inductor models has been changed to

Diallyl Phthalate (DAP).

Recently, Bourns discovered a deformation of the LCP mounting base on a few SDR and SRR1005

models after normal IR reﬂ ow soldering processing. As a result, Bourns has implemented a change

to use DAP which has better thermal stability and strength than LCP under both IR reﬂ ow and

normal operating environments.

Reliability tests performed on inductors assembled with DAP mounting bases revealed that the

components’ mechanical structure remained unchanged. The implementation of the new mount-

ing base material does not affect either the inductors’ electrical characteristics or its mechanical

dimensions.

IC1025

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