BNC T CONNECTORS INSERTION LOSS Search Results

HR-10T

Contextual Info: DC Blocks, HR series Inner and/or Outer Blocks 100 - 9,500 MHz t 50 Watt Average Power Rating t Minimal RF Insertion Loss t N Connectors standard t High Voltage Rating t High Reliability t BNC, TNC or SMA to special order HR-10N Inner Block HR-10T Inner Block

ic b 0347

Abstract: AL240
Contextual Info: FEATURES MODEL NO. 100C0347 • D C - 4 0 0 MHz ■ 0.4 dB Insertion Loss ■ 20 Watt CW Transfer Switch ■ BNC, TNC or SMA Connectors PART ID E N T IF IC A T IO N J2 MM J3 .09 .X X .X X X = .02 = .010 m ■o O TYPICAL PERFORMANCE ta 0.5 1.5 GUARANTEED PERFORMANCE

BNC T connectors INSERTION LOSS

Abstract: 55ohms
Contextual Info: FEATURES • DC MODEL NO. 400 MHz t c ■ 0.4 dB Insertion Loss 100C0347 ■ 20 Watt CW XFER Transfer Switch ■ BNC, TNC or SMA Connectors PA R T ID E N T IF IC A T IO N .6 0 J 2 M J3 M .09 .XX = .0 2 .xxx s .010 Œ 5 “ Ï s ~ Ï j ò 1.5 r 0.5 TYPICAL PERFORMANCE

Contextual Info: FEATURES • 1 0 0 -1 4 0 0 MHz ■ 0.5 dB Insertion Loss ■ 20 Watts CW ■ TTL Driver ■ SMA, BNC or TNC Connectors 1 .00 ± .0 3 PA R T ID E N T IF IC A T IO N 1.75 ± .03 T E R M ., SO LDE R 4 PLC S C O N N E C TO R , S M A , B NC, OR TN C FEM A LE

BNC T connectors INSERTION LOSS

Abstract: BNC connectors INSERTION LOSS M/AHD-05-0500
Contextual Info: Mini-Circuits - Specification for Transformer - FTB1-1-75 RF Transformer Configuration Type: FTB1-1-75 Insertion Loss Frequency MHz RATIO 1 0.50-500 3 dB MHz 2 dB MHz 1 dB MHz Case ConnStyle ection 0.50-500 5.00-300 10-100 H16 Notes: • Absolute power, voltage and current ratings:

Contextual Info: Mini-Circuits - Specification for Transformer - FTB1-1 RF Transformer Configuration Type: FTB1-1 Insertion Loss Frequency MHz RATIO 1 0.20-500 3 dB MHz 2 dB MHz 1 dB MHz Case ConnStyle ection 0.20-500 0.50-300 1.00-100 H16 Notes: • Absolute power, voltage and current ratings:

Contextual Info: Mini-Circuits - Specification for Transformer - FT1.5-1 RF Transformer Configuration Type: FT1.5-1 Insertion Loss Frequency MHz RATIO 1.50 0.10-400 3 dB MHz 2 dB MHz 1 dB MHz Case ConnStyle ection 0.10-400 0.50-200 1.00-100 H16 Notes: • Absolute power, voltage and current ratings:

BNC connectors INSERTION LOSS

Contextual Info: Mini-Circuits - Specification for Transformer - FTB1-6 RF Transformer Configuration Type: FTB1-6 Insertion Loss Frequency MHz RATIO 1 0.01-125 3 dB MHz 2 dB MHz 1 dB MHz Case ConnStyle ection 0.01-125 0.05-50 0.10-25 H16 Notes: • Absolute power, voltage and current ratings:

BNC T connectors INSERTION LOSS

Abstract: BNC connectors INSERTION LOSS
Contextual Info: Mini-Circuits - Specification for Transformer - FT1.22-1 RF Transformer Configuration Type: FT1.22-1 Insertion Loss Frequency MHz RATIO 1.22 0.01-100 3 dB MHz 2 dB MHz 1 dB MHz Case ConnStyle ection 0.01-100 0.01-50 0.05-25 H16 Notes: • Absolute power, voltage and current ratings:

Contextual Info: Standard M ulti-Position Coaxial Sw itches liiimn wiiHi'nUBiiin—iiimhitiblUTiiiniTOMiiiiiiiiw^ in i m u ffi n iii fi mil mmiiiin 'liin r imnniiifnir f m n fm i in i packaging. The “Multi-Position” electrical characteristics features extremely low insertion loss and VSWR over the entire

Contextual Info: Standard Transfer Coaxial Switches j This RLC Electronics' Standard Transfer Switch line provides extremely high reliability, long life and excellent electrical performance, it features extremely low insertion loss and VSWR over the entire DC-12,4 GHz range while maintaining high isola­

S1T23

Abstract: rf remote switching Mil-S-3928
Contextual Info: Standard Transfer Coaxial Switches This RLC Electronics' Standard Transfer Switch line provides extremely high reliability, long life and excellent electrical performance, it features extremely low insertion loss and VSWR over the entire DC-12.4 GHz range while maintaining high isolation. On remote latching units a manual override option allows

S1T23

Contextual Info: Standard Transfer Coaxial Switches This RLC Electronics' Standard Transfer Switch line provides extremely high reliability, long life and excellent electrical performance, it features extremely low insertion loss and VSWR over the entire DC-12.4 GHz range while maintaining high isolation. On remote latching units a manual override option allows

DC1240

Contextual Info: Standard Low Pass Filters RLC Electronics’ Standard Low Pass Filters are available with cut off frequencies ranging from 100 MHz to 18 GHz. These filters com­ bine minimum insertion loss and low VSWR in the Pass Band, together with sharp skirt selectivity and high rejection in the Stop

Contextual Info: Type C Transfer Coaxial Switch This RLC Electronics' Type C mid-size Transfer Switch line provides extremely high reliability, long life and outstanding electrical performance features extremely low insertion loss and VSWR over the entire DC-18 GHz range, with option to

Contextual Info: Type C Transfer Coaxial Switch This RLC Electronics' Type C mid-size Transfer Switch line provides extremely high reliability, long life and outstanding electrical performance features extremely low insertion loss and VSWR over the entire DC-18 GHz range, with option to

VVV845

Abstract: ZAPD-2
Contextual Info: POWER SPLITTERS/COMBINERS 2 WAY-0° 2 kHz to 10 GHz ZESC-2 MODEL NO. FREQ. RANGE MHz fL-fU 50 & 75Ω ZFSC-2 ISOLATION dB ZMSC-2 INSERTION LOSS, dB Above 3dB PHASE UNBAL. Degrees AMPLITUDE UNBAL. dB ZSC-2 VSWR :1 L MJ U L MJ U L MJ U L MJ U S OUT Typ. Min. Typ. Min. Typ. Min. Typ. Max. Typ. Max. Typ. Max. Max. Max. Max. Max. Max. Max. Typ. Max. Typ. Max.

Contextual Info: Low Pass Filters, LB series Reliable Rod and Bead Design 400 - 2,000 MHz Cut-Off t t t t t t 500 Watt Average Power Rating Minimal RF Insertion Loss High Power N Standard BNC, TNC, or SMA options Special filters for Wireless see LB wireless data Microlab Model LB series low pass filters are designed to suppress harmonics and out of band noise and interference,

ZFSC-2-1W-75

Contextual Info: POWER SPLITTERS/COMBINERS 2 WAY-0° 2 kHz to 10 GHz ZESC-2 MODEL NO. FREQ. RANGE MHz fL-fU 50 & 75Ω ZFSC-2 ISOLATION dB ZMSC-2 INSERTION LOSS, dB Above 3dB PHASE UNBAL. Degrees AMPLITUDE UNBAL. dB ZSC-2 VSWR :1 L MJ U L MJ U L MJ U L MJ U S OUT Typ. Min. Typ. Min. Typ. Min. Typ. Max. Typ. Max. Typ. Max. Max. Max. Max. Max. Max. Max. Typ. Max. Typ. Max.

LAV-50-R-L

Contextual Info: DC To 1000 MHz Continuously Variable Coaxial Attenuators RLC Electronics’ Low Frequency Continuously Variable Coaxial Attenuators offer wide bandwidths for applications where continuous adjustment of signal level is required with low insertion loss and good impedance matching. Units are available for 50 ohm and 75 ohm applications with three different

Contextual Info: DC To 1000 MHz Continuously Variable Coaxial Attenuators RLC Electronics’ Low Frequency Continuously Variable Coaxial Attenuators offer wide bandwidths for applications where continuous adjustment of signal level is required with low insertion loss and good impedance matching. Units are available for 50 ohm and 75 ohm applications with three different

MIL-E-5400

Contextual Info: Power Dividers Broadband Resistive Type Two Way Broadband Power Division DC-12.4 and DC-18.0 GHz bandwidth units - Symmetrical Loss and Phase Balance • Rugged Construction ■ Meets Mil-E-5400 and MH-E16400 Environment ■ Midwest Microwave's series of Resistive Two Way Power Dividers are very

MIL-E-5400

Abstract: MIL-E5400 MIL-E-16400
Contextual Info: Power Dividers Broadband Resistive Type Two Way Broadband Power Division * * * * DC-12.4 and DC-18.0 GHz bandwidth units Symmetrical Loss and Phase Balance Rugged Construction Meets Mil-E-5400 and Mil-E16400 Environment Midwest Microwave's series of Resistive Two Way Power Dividers are very

LAV-50-R

Abstract: rlc coaxial
Contextual Info: DC To 800 MHz Continuously Variable Coaxial Attenuators ohm applications with different mounting con­ figurations. Unique mechanical packaging allow a compact assembly. Proprietary lossy material give a flat response over a wide range of attenuation. RLC Electronics’ Low F requency Contin uously Variable Coaxial Attenuators offer wide bandwidths for microwave applications where con­