Z-COMM APPLICATION Search Results

GR874-D20

Abstract: MIDISCO sliding
Contextual Info: VCO Application Notes AN-113 Pulling Measurement Of Z-COMM VCOs The pulling response of Z-COMM VCOs is directly affected by improper matching and insufficient isolation. The frequency variation due to load mismatching is defined as pulling. Measured pulling

Z-COMM

Abstract: SN96 SB35
Contextual Info: APPLICATION NOTE AN-107 MANUAL SOLDERING TECHNIQUE FOR Z-COMM VCOs This note describes common manufacturing methods used to solder Z-COMM surface mount and pin mount VCOs. Following the suggested practices will ensure optimum performance and repeated product reliability.

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Value Unit Tol. Impedance @ comm 25 MHz Z 20 Ω ±25% Impedance @ comm 100 MHz Z 30 Ω ±25% Impedance @ 2 turn 25 MHz Z 75 Ω ±25% Impedance @ 2 turn

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Value Unit Tol. Impedance @ comm 25 MHz Z 34 Ω ±25% Impedance @ comm 100 MHz Z 52 Ω ±25% Impedance @ 2 turn 25 MHz Z 136 Ω ±25% Impedance @ 2 turn

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Value Unit Tol. Impedance @ comm 25 MHz Z 20 Ω ±25% Impedance @ comm 100 MHz Z 30 Ω ±25% Impedance @ 2 turn 25 MHz Z 75 Ω ±25% Impedance @ 2 turn

R04003

Abstract: R0-4003 AN-101
Contextual Info: APPLICATION NOTE AN-101 MOUNTING AND GROUNDING OF Z-COMM SURFACE MOUNT VCOs Z-Comm VCOs are available in several surface mount packages. The VCO ground plane should be in direct contact with the PCB ground plane which must consist of a conductor covering the full underside

411X

Abstract: ABP1 10MHZ AN-202 LMX2306
Contextual Info: Application Note AN-202 Programming Z-COMM Phase Locked Loops Nomenclature Z-COMM has three models of Phase Locked Loops available, each using either the National Semiconductor or the Analog Devices PLL synthesizer chip. PSNxxxxx: PSAxxxxx: PCAxxxxx: Phase Locked Loop, Standard Package 0.6” x 0.9” , National Semiconductor.

electronic assembly tape

Abstract: EIA-481-2
Contextual Info: Application Note AN-111 MARKING ORIENTATION AND TAPE PLACEMENT OF Z-COMM VCOs The proper orientation of Z-COMM VCOs can be determined by a reference marker etched on the shield of the VCO. All text is laser marked on the shield of the VCO. This application note

ro4003

Abstract: motherboard drawing AN-101
Contextual Info: Application Note AN-101 Mounting and Grounding of Z-Comm Surface Mount VCOs Z-COMM VCOs are available in several surface mount packages. The VCO ground plane should be in direct contact with the PCB ground plane which must consist of a conductor covering the full underside of

EIA-481-2

Contextual Info: Application Note AN-111 Marking Orientation and Tape Placement of Z-COMM VCOs The proper orientation of Z-COMM VCOs can be determined by a reference marker etched on the shield of the VCO. All text is laser marked on the shield of the VCO. This application note shows the location of

V585ME06

Abstract: frequency multiplier in Mhz MSA-0986 vco wide AN-101 AN-110 HMC187MS8 Z-COMM
Contextual Info: VCO Application Notes AN-110 Low Cost, Extremely Wide Bandwidth VCO Design Using Multipliers And Z-COMM VCOs Many of Z-COMM’s higher frequency VCOs can be converted, by the use of multipliers, into an extremely wide band high frequency VCO at a low cost. For the following example, a 1000-2000 MHz

sliding

Contextual Info: Application Note AN-113 Pulling Measurement of Z-COMM VCOs The pulling response of Z-COMM VCOs is directly affected by improper matching and insufficient isolation. The frequency variation due to load mismatching is defined as pulling. Measured pulling performance of ZCOMM VCOs can be verified using the pulling test setup and procedure described in the following.

AN-101

Abstract: AN-110 HMC187MS8 V585ME06 MHz VCO vcos
Contextual Info: Application Note AN-110 Low Cost, Extremely Wide Bandwidth VCO Design Using Multipliers and Z-COMM VCOs Many of Z-COMM’s higher frequency VCOs can be converted, by the use of multipliers, into an extremely wide band high frequency VCO at a low cost. For the following example, a 1000-2000 MHz VCO will be

microstripline

Abstract: RF Transistor Selection AN-101
Contextual Info: APPLICATION NOTE AN-102 PROPER OUTPUT LOADING OF Z-COMM VCOs Z-COMM VCOs are designed to operate with an output VSWR of less than 1.67:1 RL = 12.0 dB . To tolerate impedance mismatch introduced by loading device(s) (e.g. mixers, prescalars) some form of isolation is needed at the RF output. A 10 dB pad and buffer amplifier are recommended (Zout = 50Ω

JEDEC SMT reflow profile

Abstract: J-STD-020 SAC305 SAC305 SAC305 reflow JEDEC J-STD-020 SAC305 reflow profile reflow profile SAC305 solder paste SMT Process Z-Communications
Contextual Info: Application Note AN-112 Using Convection Ovens for Attaching Z-COMM VCOs Introduction: This application note is to provide a basic SMT process guideline for solder reflowing Z-Communications voltage-controlled oscillators. The data provided complies with JEDEC J-STD-020 specification for peak

pll vco 2000 -2200 MHz

Contextual Info: PSA2150AF-LF Rev A1 Fractional-N Phase-Locked Loop Surface Mount Module Applications Application Notes • Fixed Wireless • Satellite Communications • • AN-107: Manual Soldering Technique • AN-202: Programming Z-COMM PLLs Performance Specifications

Contextual Info: PSA2150AF-LF Rev A1 Fractional-N Phase-Locked Loop Surface Mount Module Applications Application Notes • Fixed Wireless • Satellite Communications • • AN-107: Manual Soldering Technique • AN-202: Programming Z-COMM PLLs Performance Specifications

ADF4156

Abstract: AN-202
Contextual Info: PSA2100AF-LF Rev A1 Fractional-N Phase-Locked Loop Surface Mount Module Applications Application Notes • Fixed Wireless • Point to multipoint • • AN-107: Manual Soldering Technique • AN-202: Programming Z-COMM PLLs Performance Specifications Min

Contextual Info: PSA1450F-LF Rev A1 Fractional-N Phase-Locked Loop Surface Mount Module Applications Application Notes • Fixed Wireless • Test Equipments • • AN-107: Manual Soldering Technique • AN-202: Programming Z-COMM PLLs Performance Specifications Min Frequency

ADF4156

Abstract: AN-202
Contextual Info: PSA1450F-LF Rev A1 Fractional-N Phase-Locked Loop Surface Mount Module Applications Application Notes • Fixed Wireless • Test Equipments • • AN-107: Manual Soldering Technique • AN-202: Programming Z-COMM PLLs Performance Specifications Min Frequency

Contextual Info: PSA2100AF-LF Rev A1 Fractional-N Phase-Locked Loop Surface Mount Module Applications Application Notes • Fixed Wireless • Point to multipoint • • AN-107: Manual Soldering Technique • AN-202: Programming Z-COMM PLLs Performance Specifications Min

Contextual Info: PSA2100AF-LF Rev A1 Fractional-N Phase-Locked Loop Surface Mount Module Applications Application Notes • Fixed Wireless • Point to multipoint • • AN-107: Manual Soldering Technique • AN-202: Programming Z-COMM PLLs Performance Specifications Min

RCA-CA3039

Abstract: CA3039 CA3039T MONOLITHIC DIODE ARRAYS RCA CA3039 21aoi
Contextual Info: G E SOLID STATE 01 I e| 3Ö7SDÖ1 GOmSTt. 4 Arrays _ ;_ CA3039 T 'S ^ 'Z H Diode Array Six Matched Diodes on a Common Substrate Ultra-Fast Low -Capacitance Matched Diodes For Applications in Comm unications and Switching Systems Features:

mini circuits vco

Abstract: shunt resistor AN-117
Contextual Info: Application Note AN-117 Evaluation Board: MINIEVAL The MINIEVAL evaluation board can be used with Z-COMM VCOs in the MINI package. Model numbers are: VxxxMExx, VxxxMCxx, CLVxxxxx, CROxxxxx, and SLVxxxxx. The topology of the MINIEVAL was designed with simplicity in mind. Only the essential components