Contextual Info: Voltage Controlled Oscillators MW500-1707 4200MHz to 6200MHz Specifications Frequency Tuning Voltage Power Output Phase Noise 4200MHz to 6200MHz 0/20 V 2 +/- 2 dBm 10 kHz Offset 100 kHz Offset Frequency Pushing Frequency Pulling Harmonic Suppression -80 typ dBc/Hz

MW500-1358

Abstract: anritsu power
Contextual Info: Voltage Controlled Oscillators MW500-1358 5300MHz to 6200MHz Specifications Frequency Tuning Voltage Power Output Phase Noise 5300MHz to 6200MHz 0/16 V 1 +/- 3 dBm 10 kHz Offset 100 kHz Offset Frequency Pushing Frequency Pulling Harmonic Suppression -90 typ dBc/Hz

IDT5V99

Contextual Info: Frequently Asked Questions about the TurboClock II Family Since the introduction of the TurboClock II family, we have encountered some of the following frequently asked questions by customers. Below are answers to these questions. 1. What’re the differences between different part numbers?

Contextual Info: Spec Sheet INDUCTORS High-Q Multilayer Chip Inductors for High Frequency Applications HK series Q type / AQ series HKQ04024N3H-E Features Item Summary 4.3nH(±3%), 230mA, 8, 01005 Lifecycle Stage Mass Production Standard packaging quantity (minimum) Taping 40000pcs

Contextual Info: VOLTAGE CONTROLLED OSCILLATOR SURFACE MOUNT MODEL: DCRO500620-5 5000 - 6200 MHz OPTIMIZED BANDWIDTH FEATURES: ► Exceptional Phase Noise Performance ► Small Size, Surface Mount ► Lead Free Patented REL-PRO Technology ► Planar Resonator Construction

Contextual Info: SMD Ceramic Multilayer Chip Inductors - CLH Series CLH Series Features Applications  RoHS compliant  RF Resonance and Impedance Matching Circuit  Excellent Q factor and SRF characteristics  RF and wireless communication  Small size of 1005/1608 is suitable for small portable equipment.

Contextual Info: SMD Ceramic Multilayer Chip Inductors - CLH Series CLH Series The CLH Series is a type of ceramic chip inductor produced using the multilayer technology. The series provides excellent Q factor and SRF characteristics and is suitable for high frequency applications.

Contextual Info: SMD Ceramic Multilayer Chip Inductors - CLH Series CLH Series The CLH Series is a type of ceramic chip inductor produced using the multilayer technology. The series provides excellent Q factor and SRF characteristics and is suitable for high frequency applications.

Contextual Info: SGK5867-30A C-Band Internally Matched GaN-HEMT FEATURES  High Output Power: P5dB=45.0dBm Typ.  High Gain: GL=13.5dB (Typ.)  High PAE: add=45% (Typ.)  Broad Band: 5.85 to 6.75GHz  Impedance Matched Zin/Zout = 50ohm  Hermetically Sealed Package

Contextual Info: Spec Sheet INDUCTORS High-Q Multilayer Chip Inductors for High Frequency Applications HK series Q type / AQ series HKQ04024N3H-T Features Item Summary 4.3nH(±3%), 230mA, 8, 01005 Lifecycle Stage Mass Production Standard packaging quantity (minimum) Taping 20000pcs

Contextual Info: Spec Sheet INDUCTORS High-Q Multilayer Chip Inductors for High Frequency Applications HK series Q type / AQ series HKQ0603S4N7C-T Features Item Summary 4.7nH(-0.2nH to +0.2nH), 220mA, 13, 0201 Lifecycle Stage Mass Production Standard packaging quantity (minimum)

CLH1005T-2N2S-S

Abstract: CLH1005T-8N2J-S CLH0603T-2N0S-F CLH1608T-R27J-S CLH1608T-R22J CLH0603T-15NJ-F
Contextual Info: SMD Ceramic Multilayer Chip Inductors - CLH Series CLH Series The CLH Series is a type of ceramic chip inductor produced using the multilayer technology. The series provides excellent Q factor and SRF characteristics and is suitable for high frequency applications.

Contextual Info: VOLTAGE CONTROLLED OSCILLATOR SURFACE MOUNT MODEL: DCRO500620-5 5000 - 6200 MHz OPTIMIZED BANDWIDTH FEATURES: ► Exceptional Phase Noise Performance ► Small Size, Surface Mount ► Lead Free Patented REL-PRO Technology ► Planar Resonator Construction

Contextual Info: SMD Ceramic Multilayer Chip Inductors - CLH Series CLH Series The CLH Series is a type of ceramic chip inductor produced using the multilayer technology. The series provides excellent Q factor and SRF characteristics and is suitable for high frequency applications.