Description
Key Features and Benefits
- Our unique elongated body design enables easy attachment and removal.
- Gold plating on the contact pin prevents deterioration, even after years of use.
- Lock mechanism used on insulation improves reliability by preventing shifting or detaching of the center pin.
- Note1: Be sure to use Canare Crimp Tool.
- Note2: For crimping instructions, please refer to this page or the instruction manual.
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BCP-B Series Crimp Type
Model Suitable Cable Center Pin Sleeve Boot Die Set Standard package Canare Others BCP-B25HD L-2.5CHD, L-2.5CHLT VDM230 B11015E BN7129 CB02 TCD-35CA 20pcs / 100pcs BCP-B25HW L-2.5CHWS, V4-2.5CHW – B11015E BN7143 CB02 TCD-35CA 20pcs / 100pcs BCP-B26 – 1855A, 1855P B11014E BN7029C CB02 TCD-35CA 20pcs / 100pcs BCP-B28 – 1855ENH,HD PRO 0.6/2.8 AF B11015E BN7052A CB02 TCD-35CA 20pcs / 100pcs BCP-B3F L-3CFB, V*-3CFB – B11015E BN7003A CB03 TCD-35CA 20pcs / 100pcs BCP-B31F L-3CFW, V*-3CFW – B11015E BN7015A CB04 TCD-4CA, TCD-451CA 20pcs / 100pcs BCP-B4F L-4CHD, L-4CFB, V*-4CFB 1505A, 1505ANH, VPM2000, HD PRO 0.8/3.7 AF B11016E BN7015A CB04 TCD-4CA, TCD-451CA 20pcs / 100pcs BCP-B45HW L-4.5CHWS 1694F B11020D BN7016 CB05A TCD-35CA 20pcs / 100pcs BCP-B53 L-4.5CHD 1694A B11020D BN7046 CB05A TCD-35CA 20pcs / 100pcs BCP-B56 – HD PRO 1.0/4.8 AF B11020D BN7046 CB05A TCD-35CA 20pcs / 100pcs BCP-B5F L-5CFB, V*-5CFB – B11020D B75004A CB05A TCD-5CF, TCD-55FA 20pcs / 100pcs BCP-B51F L-5CFW, V*-5CFW – B11020D B75004A CB05A TCD-5CF, TCD-55FA 20pcs / 100pcs Key Features and Benefits
- Return Loss:@26.4dB@3GHz
< Return loss >
BCP-B5F
- Note1: Be sure to use Canare Crimp Tool.
- Note2: For crimping instructions, please refer to this page or the instruction manual.
- Note3: Position mark on the body makes it easier to check if the connector is locked.
- Note4: BCP-B series are specially designed for particular coax cables, and minimize return loss at until 3GHz.
Technical Note
Voltage Standing – wave Ratio (VSWR) and Return Loss
Terminating the receiving end of a limited length coaxial cable using a resistance value not equal to its characteristic impedance creates a reflected wave that returns back down the cable to the sending end. The result is interference developing between the travelling wave and the return wave which results in a standing wave that causes voltage levels to fluctuate. The degree to which terminating resistance matches the characteristic impedance is indicated using the VSWR or voltage standing-wave ratio standard shown in Fig. 1. Going hand in hand with the VSWR ratio is the return loss factor which measures the size of the reflected wave current in relation to the travelling wave current. (See Fig. 2)
Fig. 1 Voltage Distribution Over Coaxial Cable
VSWR Return Loss (dB) 2 9.54 1.5 13.98 1.2 20.83 1.1 26.44 1.05 32.26 1.02 40.09 1.01 46.06 Fig. 2 VSWR to Return Loss Conversion Table
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