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DRR040FREQ3KTC00R

Description
Rectangular Type Dielectric Resonator, 650MHz Min, 790MHz Max
CategoryPassive components    Crystal/resonator   
File Size54KB,2 Pages
ManufacturerMurata
Websitehttps://www.murata.com
Download Datasheet Parametric View All

DRR040FREQ3KTC00R Overview

Rectangular Type Dielectric Resonator, 650MHz Min, 790MHz Max

DRR040FREQ3KTC00R Parametric

Parameter NameAttribute value
Reach Compliance Codeunknown
Crystal/Resonator TypeRECTANGULAR TYPE
Dielectric constant92
Manufacturer's serial numberK
Installation featuresSURFACE MOUNT
Maximum operating frequency790 MHz
Minimum operating frequency650 MHz
physical sizeB4XH4 (mm)
surface mountYES
Terminal surfaceCOPPER
Base Number Matches1
Please read rating and
!CAUTION
(for storage, operating, rating, soldering, mounting and handling) in this catalog to prevent smoking and/or burning, etc.
!Note
•Please read rating and
!CAUTION
(for storage, operating, rating, soldering, mounting and handling) in this PDF catalog to prevent smoking and/or burning, etc.
•This catalog has only typical specifications. Therefore,thereareno space for detailed specifications. Therefore, please approve our productsheet for product specificaions approval sheet for product specifications before ordering.
This catalog has only typical specifications because you is requested to approve our product specifications or to transact the approval specifications or transact the before ordering.
O95E9.pdf 03.7.7
Dielectric Resonators (RESOMICSr)
Dielectric Resonator K Series (DRR Copper Plated Type)
s
Features
1. High dielectric constant : Er=92
2. Lower price than silver plated type
3. Excellent solderability by copper electrode
4. These resonators cover wide range of resonant
frequencies (by 10MHz step).
6.0
1.0
1.0
2.6
6.0
2.0
L*
DRR060 Type
* Dimension L can be calculated by the following,
using dielectric constant and resonant frequency.
.
L = 3 x 10
11
/(n√εr • f
0
) (f
0
: Hz)
.
λ
/ 4 TEM mode : n=4
λ
/ 2 TEM mode : n=2
(in mm)
4.0
0.6
2.0
4.0
0.7
0.5
L*
DRR040 Type
* Dimension L can be calculated by the following,
using dielectric constant and resonant frequency.
.
L = 3 x 10
11
/(n√εr • f
0
) (f
0
: Hz)
.
λ
/ 4 TEM mode : n=4
λ
/ 2 TEM mode : n=2
(in mm)
2.0
3.0
0.7
0.5
L*
0.5
1.0
3.0
0.7
0.5
L*
0.3
0.6
2.0
DRR020 Type
* Dimension L can be calculated by the following,
using dielectric constant and resonant frequency.
.
L = 3 x 10
11
/(n√εr • f
0
) (f
0
: Hz)
.
λ
/ 4 TEM mode : n=4
λ
/ 2 TEM mode : n=2
(in mm)
DRR030 Type
* Dimension L can be calculated by the following,
using dielectric constant and resonant frequency.
.
L = 3 x 10
11
/(n√εr • f
0
) (f
0
: Hz)
.
λ
/ 4 TEM mode : n=4
λ
/ 2 TEM mode : n=2
(in mm)
Part Number
18
f0
(MHz)
440 to 490
500 to 790
800 to 1300
1000 to 1690
1700 to 2200
500 to 540
550 to 640
650 to 790
800 to 890
900 to 1490
1500 to 1800
1000 to 1390
Unloaded Q
(min)
330
350
400
470
510
200
220
240
260
270
290
300
Wavelength
Lambda/4
Lambda/4
Lambda/4
Lambda/2
Lambda/2
Lambda/4
Lambda/4
Lambda/4
Lambda/4
Lambda/4
Lambda/4
Lambda/2
Za
(ohm)
5.7 (Nominal Value)
5.7 (Nominal Value)
5.7 (Nominal Value)
5.7 (Nominal Value)
5.7 (Nominal Value)
4.8 (Nominal Value)
4.8 (Nominal Value)
4.8 (Nominal Value)
4.8 (Nominal Value)
4.8 (Nominal Value)
4.8 (Nominal Value)
4.8 (Nominal Value)
Continued on the following page.
DRR060pppppKTC00T
DRR060pppppKTC00T
DRR060pppppKTC00T
DRR060pppppKPC00T
DRR060pppppKPC00T
DRR040pppppKTC00R
DRR040pppppKTC00R
DRR040pppppKTC00R
DRR040pppppKTC00R
DRR040pppppKTC00R
DRR040pppppKTC00R
DRR040pppppKPC00R
30

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