VFM10 Search Results

VFM1019C

Abstract: BPF filter rf duplexer rf power
Contextual Info: Model VFM1019C UMTS PICOCELL FRONT END MODULE DESCRIPTION FEATURES The MODEL VFM1019C is a UMTS Node B Local Area front end module FEM . It is designed to replace all of the RF components that would be typically used in a Node B local area front end. It will

VFM1064A

Abstract: duplexer D 880
Contextual Info: Model VFM1064A EGSM Rx MODULE PRELIMINARY DESCRIPTION The MODEL VFM1064A is a EGSM Rx module. It is ROHS compliant and lead-free. Block Diagram Photo LNA1Vdd Antenna Antenna Duplexer LNA 1 BPF Tx Input LNA 2 BPF Rx output LNA2Vdd Specifications: Typical Worst case

bts 2110 1b data sheet

Abstract: BPF filter rf duplexer rf power picocell
Contextual Info: Model VFM1061A UMTS PICOCELL FRONT END MODULE PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1061A is a UMTS picocell front end module FEM . It is designed to replace all of the RF components that would be typically used in a lower power BTS front end. It is RoHS compliant and leadfree in a SMT construction.

BPF filter rf

Abstract: duplexer rf power
Contextual Info: Model VFM1076A UMTS PICOCELL FRONT END MODULE VERY PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1076A is a low power UMTS Node B Local Area front end module FEM . It is designed to replace all of the RF components that would be typically used in a Node B local area front end. It is

duplexer rf power

Abstract: BPF filter rf
Contextual Info: Model VFM1074A U.S. UMTS PCS PICOCELL FRONT END MODULE VERY PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1074A is a U.S. UMTS (PCS) Node B Local Area front end module (FEM). It is designed to replace all of the RF components that would be typically used in a Node B local area front

Contextual Info: Model VFM1035A WiMax PICOCELL FRONT END MODULE PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1035A is a 5.8 GHz WiMax picocell front end module FEM . It is designed to replace all of the RF components that would be typically used in a lower power BTS front end. It is RoHS compliant

UMTS receiver

Abstract: Rx diversity RF MODULE CIRCUIT DIAGRAM VFM1003A antenna diversity BPF filter rf RF receiver MODULE CIRCUIT DIAGRAM UMTS transistor VFM1019C VFM1004A
Contextual Info: Model VFM1003A www.ctscorp.com UMTS PICOCELL Rx MODULE FEATURES • Rx path only to be used as a second receiver. • Distributed filters offering excellent isolation and harmonic suppression. • LNA with Bypass mode to increase receiver linearity. DESCRIPTION

Contextual Info: Model VFM1068A GSM850 Rx MODULE PRELIMINARY DESCRIPTION The MODEL VFM1068A is a GSM850 Rx module. It is ROHS compliant and lead-free. Block Diagram Photo LNA1Vdd Antenna Antenna Duplexer LNA 1 BPF Tx Input LNA 2 BPF Rx output LNA2Vdd Specifications: Typical

PCS1900

Contextual Info: Model VFM1070A PCS1900 Rx MODULE PRELIMINARY DESCRIPTION The MODEL VFM1070A is a PCS1900 Rx module. It is ROHS compliant and lead-free. Block Diagram Photo LNA1Vdd Antenna Antenna Duplexer LNA 1 BPF Tx Input LNA 2 BPF Rx output LNA2Vdd Specifications: Typical

UMTS receiver

Abstract: VFM1019C
Contextual Info: Model VFM1019C UMTS PICOCELL FRONT END MODULE DESCRIPTION FEATURES The MODEL VFM1019C is a UMTS Node B Local Area front end module FEM . It is designed to replace all of the RF components that would be typically used in a Node B local area front end. It will

ac-dc 12V

Abstract: VFM1002S VFM1003S VFM1005S VFM1007S VFM1009S c converter for 1 watt "AC-DC Converter"
Contextual Info: • VFM10/VFM15/VFM20 AC-DC Converter- Open Frame Features •Universal input 85-264 VAC ·Efficiency to 82% ·Industry standard pin out ·UL/cUL,TUV,CE Approved ·PCB Mountable 10 Watt Series Model Number VFM1001S VFM1002S VFM1003S VFM1005S VFM1007S VFM1009S

VF-M10

Abstract: vfm10 VFM10-01S VFM10-07S VFM10-09S VFM15
Contextual Info: rev. page 1 of 3 date 03/2008 DESCRIPTION: open frame AC/DC power supply PART NUMBER: VFM10/15 series features •universal input 85-264 VAC ·efficiency to 82% ·industry standard pin out ·UL/cUL,TUV,CE approved ·PCB mountable ·single output 10 WATT SERIES

E210311

Abstract: VFM100 VFM100-S12 VFM100-S18 VFM100-S24 VFM100-S48 VFM100-S5 VFM100-S9 E2103
Contextual Info: rev. page 1 of 3 date 06/2008 DESCRIPTION: open frame ac-dc power supply PART NUMBER: VFM100 series features • universal input: 90~264VAC ·efficiency at 85% typical ·conductive EMI meets CISPR/FCC, class B/EN61204-3 class B ·power factor correction ·single output

BPF filter rf

Abstract: duplexer rf power UMTS receiver
Contextual Info: Model VFM1017A UMTS PICOCELL FRONT END MODULE DESCRIPTION FEATURES The MODEL VFM1017A is a low power UMTS Node B Local Area front end module FEM . It is designed to replace all of the RF components that would be typically used in a Node B local area front end. It is

D 2495 equivalent

Abstract: isolator 2 2.1 GHz RF LNA 10 GHz picocell
Contextual Info: Model VFM1072A 2.5 GHz WiMax Picocell FRONT END MODULE VERY PRELIMINARY FEATURES DESCRIPTION The MODEL VFM1072A is a 2.5 GHz WiMax picocell front end module FEM . It is designed to replace all of the RF components that would be typically used in a lower power 802.16e BTS front end. It is RoHS

VF-M10

Abstract: BPF filter rf duplexer rf power VFM1004A LNA at 15 GHZ Antenna
Contextual Info: Model VFM1004A UMTS PICOCELL FRONT END MODULE DESCRIPTION FEATURES The MODEL VFM1004A is a UMTS Node B Local Area front end module FEM . It is designed to replace all of the RF components that would be typically used in a Node B local area front end. It is

on/off switch

Contextual Info: Model VFM1073A WiMax Picocell FRONT END MODULE VERY PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1073A is a 3.5 GHz WiMax picocell front end module FEM . It is designed to replace all of the RF components that would be typically used in a lower power BTS front end. It is RoHS compliant

BPF filter rf

Abstract: duplexer rf power UMTS transistor
Contextual Info: Model VFM1077A UMTS PICOCELL FRONT END MODULE VERY PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1077A is a low power UMTS Node B Local Area front end module FEM . It is designed to replace all of the RF components that would be typically used in a Node B local area front end. It is

E210311

Contextual Info: rev. page 1 of 3 date 11/2008 DESCRIPTION: open frame ac-dc power supply PART NUMBER: VFM100 series features • universal input: 90~264VAC ·efficiency at 85% typical ·conductive EMI meets CISPR/FCC, class B/EN61204-3 class B ·power factor correction ·single output

picocell

Abstract: CTS Electronic Components antenna wimax 3500 module rf
Contextual Info: Model VFM1033A www.ctscorp.com WiMax PICOCELL FRONT END MODULE FEATURES - PA capable of delivering 22.5 dBm typical power at the antenna port - SMT configuration DESCRIPTION The MODEL VFM1033A is a 2.5 GHz WiMax picocell front end module FEM . It is designed to

duplexer

Abstract: transistor d 1710 1643MHz d 1710 DCS1800 lna x band lna c band
Contextual Info: Model VFM1069A DCS1800 Rx MODULE PRELIMINARY DESCRIPTION The MODEL VFM1069A is a DCS1800 Rx module. It is ROHS compliant and lead-free. Block Diagram Photo LNA1Vdd Antenna Antenna Duplexer LNA 1 BPF Tx Input LNA 2 BPF Rx output LNA2Vdd Specifications: Typical

duplexer rf power

Abstract: BPF filter rf
Contextual Info: Model VFM1075A U.S. UMTS PCS PICOCELL FRONT END MODULE VERY PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1075A is a U.S. UMTS (PCS) Node B Local Area front end module (FEM). It is designed to replace all of the RF components that would be typically used in a Node B local area front

picocell

Abstract: VF-M10-3
Contextual Info: Model VFM1034A WiMax PICOCELL FRONT END MODULE PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1034A is a 3.5 GHz WiMax picocell front end module FEM . It is designed to replace all of the RF components that would be typically used in a lower power BTS front end. It is RoHS compliant

VFM1066A

Abstract: BPF filter rf C Band lna duplexer rf power 915 MHZ pa
Contextual Info: Model VFM1066A EGSM PICOCELL FRONT END MODULE PRELIMINARY DESCRIPTION FEATURES The MODEL VFM1066A is a EGSM Node B Local Area front end module FEM . It is designed to replace all of the RF components that would be typically used in a Node B local area front end. It is