1-8GHZ PASS BAND Search Results

Contextual Info: JXWBLB-T-HP-8-S 8GHz High Pass Filter Test report is for reference only. TEST REPORT For JXWBLB-T-HP-8-S 1 JXWBLB-T-HP-8-S 8GHz High Pass Filter Technical Specification 8 3dB Cut off GHz Pass Band Loss ≤1dB(GHz) 8.8-18 45 min @ DC-6.8 GHz Stop Band(dB)

16750

Abstract: 24ghz
Contextual Info: JXWBLB-T-BP-16750-2500/T-5CS 16750MHz Cavity Band Pass Filter Test report is for reference only. TEST REPORT For JXWBLB-T-BP-16750-2500/T-5CS 1 JXWBLB-T-BP-16750-2500/T-5CS 16750MHz Cavity Band Pass Filter Technical Specification Electrical Specifications Temperature +25 ºC

5GHz pass band

Abstract: 20GHz pass band 1-4GHz 5GHz band pass filter
Contextual Info: JXWBLB-T-BP-10000-4000-10CS 10000MHz Cavity Band Pass Filter TEST REPORT For JXWBLB-T-BP-10000-4000-10CS 1 JXWBLB-T-BP-10000-4000-10CS 10000MHz Cavity Band Pass Filter Technical Specification 8-12 1dB band pass frequency GHz 0.8 max @ Center Frequency 1.5 max @ Pass Band

JXWBLB-T-BP-9500-1400-9CS

Abstract: band pass filter 10GHz
Contextual Info: JXWBLB-T-BP-9500-1400-9CS 9500MHz Cavity Band Pass Filter Test report is for reference only. TEST REPORT For JXWBLB-T-BP-9500-1400-9CS 1 JXWBLB-T-BP-9500-1400-9CS 9500MHz Cavity Band Pass Filter Technical Specification 8800-10200 1dB Pass Band MHz 0.5 max

directional coupler chip 8 GHz

Abstract: x-band limiter electromagnetic pulse generator x-band mmic lna 5310 MMIC limiter band Limiter circulator monolithic "electromagnetic pulse" electromagnetic pulse
Contextual Info: An Examination of Recovery Time of an Integrated Limiter/LNA • Jim Looney, David Conway, and Inder Bahl G aAs monolithic microwave integrated circuits MMICs are widely used in commercial and military microwave systems. Due to the fine geometry used in MMIC transistors, these circuits are susceptible to

9.3GHz filter

Abstract: x band pass band filter
Contextual Info: JXWBLB-T-BP-8000-2000-6CSM 8000MHz Cavity Band Pass Filter TEST REPORT For JXWBLB-T-BP-8000-2000-6CSM 1 JXWBLB-T-BP-8000-2000-6CSM 8000MHz Cavity Band Pass Filter Technical Specification Frequency Range GHz 7.0-9.0 Insertion Loss(dB) 1.5 max 30 min@6.7GHz

band pass filter 10GHz

Contextual Info: JXWBLB-T-BP-9000-2000-11CS 9000MHz Cavity Band Pass Filter TEST REPORT For JXWBLB-T-BP-9000-2000-11CS 1 JXWBLB-T-BP-9000-2000-11CS 9000MHz Cavity Band Pass Filter Technical Specification 8~10 Frequency Range GHz 0.8 max Insertion Loss at Center Frequency(dB)

25D2v

Contextual Info: PO D s e r ie s Overview R F co -a x ia l connectors T h e PO D Push-on Lo ck Connectors T yp e D series consists of highly com patible, ultrasmall-size push-on lock-type coaxial connectors fo r 50J2 system ultrathin coaxial cables. T h e PO D series is suitable for high-density in-unit wiring for the m icrowave band and

Contextual Info: 4th Order Absorptive Bessel Low Pass Filters RLC Electronics’ 4th Order Absorptive Bessel Filters provide the excellent group delay response of Bessel Filters while maintaining impedance matching far into the stop band. Resistive elements are designed into these

Contextual Info: 4th Order Absorptive Bessel Low Pass Filters RLC Electronics’ 4th Order Absorptive Bessel Filters provide the excellent group delay response of Bessel Filters while maintaining impedance matching far into the stop band. Resistive elements are designed into these

15LL50-1

Contextual Info: Technical Data Sheet Economy Vector Network Analyzers MS46322A Series ShockLine Economy Vector Network Analyzers Introduction The MS46322A is part of the ShockLine™ family of Vector Network Analyzers from Anritsu. It is a low-cost series of 2U high, 2-port Economy

C5025

Abstract: C5028 C5024 C5026 POD-J-85 POD-LP-85 POD-P-85 085-inch dc-8GHz pass band 25D2v
Contextual Info: P O D series R F co -ax ial Overview The POD co nnecto rs Push-on L o c k C onnectors T y p e D series consists o f h ig h ly c o m p a tib le , ultrasm all-size push-on lo c k -ty p e coaxial connectors fo r 5 0 i2 system u ltra th in coaxial cables. T h e P O D series is suitable fo r h ig h-d en sity in -u n it w irin g fo r th e m icrow ave band and

fiber optic ps/nm

Abstract: corning smf fiber optic interleaver corning
Contextual Info: 50 GHz Compact Fiber Optical Interleaver CFOI050 Series Features • Low Insertion Loss • High Isolation • Low Dispersion • Highly Stable & Reliable • Epoxy-Free Optical Path 50 GHZ COMPACT FIBER OPTIC INTERLEAVER Oplink’s compact, low-dispersion

Contextual Info: N6460A MHL Source Compliance Test Software for Infiniium 90000A Series Oscilloscopes Data Sheet Agilent Technologies N6460A MHL source compliance test software for Infiniium 90000 Series oscilloscopes provides you with a fast and easy way to verify and characterize

Barth Electronics

Abstract: CDM 07 CP-01056-1 1517FBGA FBGA1152
Contextual Info: Using VFTLP Data to Design for CDM Robustness Charles Chu1,Antonio Gallerano1,Jeff Watt1,Tim Hoang1,Tina Tran1,Doris Chan1,Wilson Wong1, Jon Barth2,Martin Johnson3 1 Altera Corporation, 101 Innovation Drive M/S 4204, San Jose, CA 95134 Tel: (408) 544-6914, email: cchu@altera.com

Contextual Info: Approval Sheet RGTCM Series – 0806 3025 - RoHS Compliance THIN FILM CERAMIC COMMON MODE FILTER Halogens Free Product P/N: RGTCM0806350H0T *Contents in this sheet are subject to change without prior notice. Page 1 of 7 ASC_RGTCM0806350H0T_V01 Mar. 2013 Approval Sheet

COMMON MODE FILTER

Abstract: RGCMF1210180U0T LTCC GHz
Contextual Info: Approval sheet RGCMF Series – 1210 0504 - RoHS Compliance MULTILAYER CERAMIC COMMON MODE FILTER Halogens Free Product P/N: RGCMF1210180U0T *Contents in this sheet are subject to change without prior notice. Page 1 of 7 ASC_RGCMF1210180U0T_V02 Nov.2011 Approval sheet

veritech

Abstract: VM12EMD-418 Mach-Zehnder modulator
Contextual Info: P O W E R I N G O P T I C A L C O M M U N I C A T I O N S VM 12EMD FEATURES • Advanced GaAs technology • SCFL input levels: outputs up to 7.2 Vpp • Saturating mode “repairs” input deficiencies • Adjustable output voltage, Vpp • Rise and fall times < 30 ps

MAX3748

Abstract: MAX3748EVKIT pattern generator for eye HFE-4192-581 vcsel transmitter 1999
Contextual Info: Application Note: HFAN-04.5.3 Rev.1; 04/08 A Stressed Source for Testing 4Gbps 850nm FC Receivers Maxim Integrated Products A Stressed Source for Testing 4Gbps 850nm FC Receivers 1 Overview Error-free operation with margin of any fiber optic transmission link requires that the individual

Contextual Info: Approval Sheet RGTCM Series – 0806 3025 - RoHS Compliance THIN FILM CERAMIC COMMON MODE FILTER Halogens Free Product P/N: RGTCM0806650H0T *Contents in this sheet are subject to change without prior notice. Page 1 of 7 ASC_RGTCM0806650H0T_V01 Mar. 2013 Approval Sheet

veritech

Abstract: VM10EMD-425 J2/VM10EMD-425 Mach-Zehnder modulator VM10EMD J2/6061T6 modulator driver VM10EMD
Contextual Info: P O W E R I N G O P T I C A L C O M M U N I C A T I O N S VM 10EMD FEATURES • Advanced GaAs technology • SCFL input levels, outputs up to 8.2 Vpp • Saturating mode “repairs” input deficiencies • Adjustable output voltage Vpp • Rise and fall times <30 ps

JDS Uniphase phase modulator

Abstract: jds uniphase ghz khz VM10EMD-418 jds modulator attenuator VM10EMD modulator driver VM10EMD VM10EMD-418X VM10EMD-425 JDS Uniphase modulator modulator driver mach zehnder
Contextual Info: Product Bulletin VM10EMD Series 10 Gb/s Drivers for M-Z Light Modulators or EMLs These rugged, low-cost, high performance modulator-drivers utilize single-substrate COPLANAR MIC thin-film technology and state-of-art GaAs active devices. Systems using these drivers will

Contextual Info: Approval sheet RGCMF Series – 1210 0504 - RoHS Compliance MULTILAYER CERAMIC COMMON MODE FILTER Halogens Free Product P/N: RGCMF1210180U0T *Contents in this sheet are subject to change without prior notice. Page 1 of 7 ASC_RGCMF1210180U0T_V01 May 2011 Approval sheet

Contextual Info: Agilent N5431A XAUI Electrical Validation Application for Infiniium Oscilloscopes and Digital Signal Analyzers Data Sheet Fast and Accurate XAUI Validation with Superior Signal Integrity and Probing If you are designing XAUI devices, you may face challenges trying to perform