LDB212G4005C-001 Murata, LDB212G4005C-001 Datasheet - Page 2

• Manufacturer Part Number: LDB212G4005C-001
• Description: Filters 2400MHz 50 OHM BALUN
• Manufacturer: Murata
• Type: Chip Multilayer Hybrid Balunsr
• Series: LDBr

Specifications of LDB212G4005C-001

• Product: Ceramic Filters
• Frequency: 2400 MHz
• Frequency Range: 2300 MHz to 2500 MHz
• Impedance: 50 Ohms
• Operating Temperature Range: - 40 C to + 85 C
• Termination Style: SMD/SMT
• Package / Case: 0805 (2012 metric)
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

!Note
LDB21906M20C-001 906.0 19.0MHz
LDB21924M05C-001 924.5 35.5MHz
LDB21924M20C-001 924.5 35.5MHz
LDB21942M05C-001 942.5 17.5MHz
LDB21942M20C-001 942.5 17.5MHz
LDB311G5005C-300
LDB311G5010C-300
LDB311G5020C-420
LDB311G6005C-300
LDB311G6010C-300
LDB311G6020C-300
LDB311G7005C-300
LDB311G7010C-300
LDB311G7020C-300
LDB311G8005C-300
LDB311G8010C-451
LDB311G8020C-300
LDB311G9005C-300
LDB311G9010C-440
LDB311G9020C-452
LDB312G4005C-300
LDB312G4010C-418
LDB312G4020C-301
LDB31900M05C-417
LDB31900M20C-416
Continued from the preceding page.
Part Number
• This catalog has only typical specifications because there is no space for detailed specifications. Therefore, please approve our product specifications or transact the approval sheet for product specifications
• You are able to read a detailed specifications in the website (http://search.murata.co.jp/) before to require our product specifications or to transact the approval sheet for product specifications.
before ordering. Especially, please read rating and !CAUTION (for storage, operating, rating, soldering, mounting and handling) in them to prevent smoking and/or burning, etc.
Microwave Components
Frequency Range
1500 100MHz
1500 100MHz
1500 100MHz
1600 100MHz
1600 100MHz
1600 100MHz
1700 100MHz
1700 100MHz
1700 100MHz
1800 100MHz
1800 100MHz
1800 100MHz
1900 100MHz
1900 100MHz
1900 100MHz
2400 100MHz
2400 100MHz
2400 100MHz
900 100MHz
900 100MHz
(MHz)
1.3 max. (at 25 C)
1.3 max. (at 25 C)
1.3 max. (at 25 C)
1.4 max. (at 25 C)
1.3 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
0.8 max. (at 25 C)
Insertion Loss I)
(dB)
1.4 max. (-25~+85 C)
1.4 max. (-25~+85 C)
1.4 max. (-25~+85 C)
1.5 max. (-25~+85 C)
1.4 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
0.9 max. (-25~+85 C)
Insertion Loss II)
(dB)
Unbalance Impedance
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
(ohm)
Balance Impedance (Differential)
200 (Nominal)
200 (Nominal)
200 (Nominal)
100 (Nominal)
200 (Nominal)
100 (Nominal)
200 (Nominal)
100 (Nominal)
200 (Nominal)
100 (Nominal)
200 (Nominal)
100 (Nominal)
200 (Nominal)
100 (Nominal)
200 (Nominal)
200 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
50 (Nominal)
(ohm)
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