9.5GHZ FILTER Search Results

Contextual Info: JXWBLB-T-BP-9500-1000-9CS 9500MHz Cavity Band Pass Filter Test report is for reference only. TEST REPORT For JXWBLB-T-BP-9500-1000-9CS 1 JXWBLB-T-BP-9500-1000-9CS 9500MHz Cavity Band Pass Filter Technical Specification 9.0-10.0 1dB Pass Band GHz 1.5 max Insertion Loss(dB)

617 connector

Abstract: 9.5GHz filter
Contextual Info: JXWBLB-T-BP-11000-2000-11CSMF 11GHz Cavity Band Pass Filter Test report is for reference only. TEST REPORT For JXWBLB-T-BP-11000-2000-11CSMF 1 JXWBLB-T-BP-11000-2000-11CSMF 11GHz Cavity Band Pass Filter Technical Specification Center Frequency GHz 11 1dB Bandwidth(GHz)

Contextual Info: Band Pass Filter Module 4.4-5.0 GHz Model Number: BPFC2 The most important thing we build is trust. GMS’ Miniature Band-Pass Filters combine high performance with a small foot print! These economical ceramic filters provide low insertion loss, low pass-band ripple, and wide bandwidths.

land pattern BGA 0.75

Abstract: AG38 10ghz low pass filter marking code s22 SN63 PB37
Contextual Info: Product Family: Bessel Absorptive Filter—7th Order Part Number Series: FL7 Series Construction: Features: • • • • • High Purity Alumina Substrate Nickel alloy thin-film resistive element Epoxy-resin overcoat Available in RoHS Sn95.5/Ag3.8/Cu0.7

Contextual Info: FL02M651.00 - Rev J - Page 1 of 3 Product Family: Bessel Absorptive Filter—7th Order Part Number Series: FL7 Series Construction: Features: •     High Purity Alumina Substrate Nickel alloy thin-film resistive element Epoxy-resin overcoat

Contextual Info: PBtttl G E C P L E S S E Y DC2020/23, DC2171H/72H & DC2600 Series MICROSTRIP PIN DIODES DESCRIPTION APPLICATIONS DC2020/DC2600 Series are a range of broadband microstrip PIN diodes. Both switching modules and passive limiters are available. In the passive limiters the chip and

Contextual Info: FL02M651.00 - Rev J - Page 1 of 3 Construction: •    High Purity Alumina Substrate Nickel alloy thin-film resistive element Epoxy-resin overcoat Available in RoHS Sn95.5/Ag3.8/Cu0.7 or Non-RoHS (Sn63/Pb37)    

Contextual Info: 37bflSE2 0Ü1ÔS34 Ibi M P L S B w GEC PLESSEY SEMICONDUCTORS DC2020/23, DC2171H/72H & DC2600 Series MICROSTRIP PIN DIODES DESCRIPTION APPLICATIONS DC2020/DC2600 Series are a range of broadband microstrip PIN diodes. Both switching modules and passive limiters are available. In the passive limiters the chip and

8b 10b m-phy

Abstract: cgy2141 LQFP32 LQFP48 QFP64 TSSOP16 TZA3014 TZA3034 TZA3044 BARE die
Contextual Info: Chip sets for optical networking Delivering the broadband revolution Introduction: As a result of the Internet revolution in communications infrastructure the demand for data transmission bandwidth is expanding tenfold each year. Fiber optic transmission is the

Contextual Info: ZL40815 10GHz Fixed Modulus ÷ 4 Data Sheet Features • • • • • • Issue 1 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than 150dBc/Hz at 1 kHz 5V Single Supply Operation Low Power Dissipation: 420mW (Typ)

OC192

Abstract: OC48 ZL40812
Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • July 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than 152dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 500mW (Typ)

OC192

Abstract: OC48 ZL40815
Contextual Info: ZL40815 10GHz Fixed Modulus ÷ 4 Data Sheet Features • • • • • • July 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -146dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 510mW (Typ)

8 lead SOIC-N package

Abstract: 9.5GHz filter dcf fiber parameters OC192 OC48 ZL40812 ULTRA HIGH SPEED FREQUENCY DIVIDER
Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • July 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than 152dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 500mW (Typ)

Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • Issue 1 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -150dBc/Hz at 1kHz 5V Single Supply Operation Low Power Dissipation: 420mW (Typ)

9.5GHz filter

Abstract: OC192 OC48 ZL40812
Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • Issue 1 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -150dBc/Hz at 1kHz 5V Single Supply Operation Low Power Dissipation: 420mW (Typ)

Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • Issue 1 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -150dBc/Hz at 1kHz 5V Single Supply Operation Low Power Dissipation: 420mW (Typ)

OC192

Abstract: OC48 ZL40812 ULTRA HIGH SPEED FREQUENCY DIVIDER
Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • January 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -152dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 500mW (Typ)

Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • January 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -152dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 500mW (Typ)

OC192

Abstract: OC48 ZL40810
Contextual Info: ZL40810 10-GHz Fixed Modulus ÷ 8 Data Sheet Issue 1 Features • • • • • • Ordering Information Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than 150dBc/Hz at 1kHz 5V Single Supply Operation

OC192

Abstract: OC48 ZL40812 ULTRA HIGH SPEED FREQUENCY DIVIDER
Contextual Info: ZL40812 10GHz Fixed Modulus ÷ 16 Data Sheet Features • • • • • • July 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than 152dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 500mW (Typ)

OC192

Abstract: OC48 ZL40815
Contextual Info: ZL40815 10GHz Fixed Modulus ÷ 4 Data Sheet Features • • • • • • July 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -146dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 510mW (Typ)

OC192

Abstract: OC48 ZL40815
Contextual Info: ZL40815 10GHz Fixed Modulus ÷ 4 Data Sheet Features • • • • • • November 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -146dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 510mW (Typ)

Contextual Info: ZL40815 10GHz Fixed Modulus ÷ 4 Data Sheet Features • • • • • • January 2003 Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than -146dBc/Hz at 10kHz 5V Single Supply Operation Low Power Dissipation: 510mW (Typ)

Contextual Info: ZL40810 10-GHz Fixed Modulus ÷ 8 Data Sheet Issue 1 Features • • • • • • October 2002 Ordering Information Very High Operating Speed Operation down to DC with Square Wave Input Low Phase Noise Typically better than 150dBc/Hz at 1kHz 5V Single Supply Operation