Laird Technologies EMI BMI-S-203-C

Part Number:: BMI-S-203-C

Manufacturer:: Laird Technologies EMI

Ventron No:: 4396540-BMI-S-203-C

Description:: BOARD SHIELD 1.032X1.032" COVER

ECAD Model:

Datasheet:: BMI-S-203-C

Specifications

Laird Technologies EMI BMI-S-203-C technical specifications, attributes, parameters and parts with similar specifications to Laird Technologies EMI BMI-S-203-C.

Factory Lead Time
4 Weeks
Mounting Type
Snap Fit
Material
Aluminium
Packaging
Bulk
Series
SMT 2 Piece
Published
2008
Part Status
Active
Moisture Sensitivity Level (MSL)
1 (Unlimited)
Color
Grey
Depth
5.08mm
Ventilation
Vent Holes in Pattern
Length
26.21mm
Width
26.21mm
Thickness
5.08mm
Length - Overall
1.050 26.67mm
Width - Overall
1.050 26.67mm
Height - Overall
0.079 2.00mm
REACH SVHC
Unknown
RoHS Status
RoHS Compliant

Description

BMI-S-203-C Overview
Various applications are available for this type of Cover.It is suitable for general RF Shield when it is set to Snap Fit.There is a RF Shield in the SMT 2 Piece series.Bulk is the solid enclosure in which it is packaged.In accordance with Aluminium's materials, RF Shield is packaged.

BMI-S-203-C Features
As a type of Cover
Snap Fit value
SMT 2 Piece
A solid enclosure of Bulk

BMI-S-203-C Applications
There are a lot of Laird Technologies EMI
BMI-S-203-C RF Shields applications.

Lightning strikes
Solar flares
Static electricity
Cosmic noise
Generators
Lightings
Rectifiers
Inverters
Satellites
Transmission

BMI-S-203-C More Descriptions

Board Mount EMI Enclosures 26.67 x 26.67 x 2mm RF Absorber One-piece CRS Tin SMD
Electromagnetic, Enclosure Shields, 2.00x26.67x26.67MM, SBS, COVR, BP | Laird Performance Materials BMI-S-203-C
EMI Gaskets, Sheets, Absorbers & Shielding
Surface Mount Shield Cover 2x26.7x26.7mm
SBSCOVRB 2.00X26.67X26.67MM CPN96690-322
RF SHIELD 1.05" X 1.05" SNAP FIT
EMI SHIELD, SURFACE MOUNT; Product Range: -; Shielding Type: EMI Shielding; Gasket Material: -; Length: 26.21mm; Width: 26.21mm; Depth: 5.08mm; Attenuation: -; SVHC: No SVHC (15-Jan-2018)

Certification