CRYSTEK CCHD Search Results

CVCO55BE-1400-1624

Abstract: CVCO55CL-0830-0970 CVCO55BE-0800-1600 CVCO55BE CVCO55BE-1440-1620 cvhd-950 crystek vco in rf pll CVCO55BE-0400-0800 CVCO55BE-1000-1500 CVCO55CL-0200-0400
Contextual Info: 3 Model CVCO25 VCO Selector Guide 0.25”x0.25” SMD Crystek Part Number Frequency Range MHz Phase Noise @ 10KHz offset Typ Tuning Voltage (Vdc) Kvco (MHz/V) 2nd Harm, Typ. (dBc) (dBm) Operating Temp (ºC) Supply Voltage Vcc Supply Current Icc Max (Vdc)

Contextual Info: CCHD-957 Model 9x14 mm SMD, 3.3V, HCMOS 22.5792 MHz HCMOS 3.3V -97 24.576 MHz HCMOS 3.3V z c/H B d 0d -17 z /H Bc 45.1584 MHz HCMOS 3.3V -10 49.152 MHz HCMOS 3.3V z c/H B d 9d -16 z /H Bc Crystek’s Model CCHD-957 HCMOS CLOCK oscillator family has been designed specifically for High Definition

Contextual Info: CCHD-957 Model 9x14 mm SMD, 3.3V, HCMOS 22.5792 MHz HCMOS 3.3V -97 24.576 MHz HCMOS 3.3V z c/H B d 0d -17 z /H Bc 45.1584 MHz HCMOS 3.3V -10 49.152 MHz HCMOS 3.3V z c/H B d 9d -16 z /H Bc Crystek’s Model CCHD-957 HCMOS CLOCK oscillator family has been designed specifically for High Definition

CCHD-950

Contextual Info: CCHD-950 Model 9x14 mm SMD, 3.3V, CMOS 50MHz HCMOS 3.3V 80MHz HCMOS 3.3V K STE CRY -9 5 0 D CCH Hz 50 M K STE CRY -9 5 0 D H CC Hz 80 M z /H Bc z /H Bc 6d -16 1d -16 100MHz HCMOS 3.3V 130MHz HCMOS 3.3V K STE CRY -9 5 0 D CCH Hz M 130 K STE CRY -9 5 0 D CCH Hz

Contextual Info: CCHD-950 Model 9x14 mm SMD, 3.3V, HCMOS 50 MHz HCMOS 3.3V 80 MHz HCMOS 3.3V K STE CRY -9 5 0 D CCH Hz 50 M K STE CRY -9 5 0 D H CC Hz 80 M z /H Bc z /H Bc 6d -16 1d -16 100 MHz HCMOS 3.3V 130 MHz HCMOS 3.3V K STE CRY -9 5 0 D CCH Hz M 130 K STE CRY -9 5 0

Contextual Info: CCHD-950 Model 9x14 mm SMD, 3.3V, CMOS 50MHz HCMOS 3.3V 80MHz HCMOS 3.3V K STE CRY -9 5 0 D CCH Hz 50 M K STE CRY -9 5 0 D H CC Hz 80 M z /H Bc z /H Bc 6d -16 1d -16 100MHz HCMOS 3.3V 130MHz HCMOS 3.3V K STE CRY -9 5 0 D CCH Hz M 130 K STE CRY -9 5 0 D CCH Hz

Contextual Info: CCHD-575 Model 5x7.5 mm SMD, 3.3V, HCMOS 21 1 - c dB z /H @ Hz 10 6 -1 8 z /H c dB @ 10 M Hz Model CCHD-575 is the industry’s lowest jitter clock oscillator in a 5×7.5 mm package. It features a typical phase jitter of 82 fSec RMS at 100 MHz. Close-in phase noise is -90 dBc/Hz @ 10 Hz while its

Contextual Info: CCHD-575 Model 5x7.5 mm SMD, 3.3V, HCMOS 2 -1 1 H c/ B d z @ 1 H 00 z -1 68 z /H c dB @ 10 M Hz Model CCHD-575 is the industry’s lowest jitter clock oscillator in a 5×7.5 mm package. It features a typical phase jitter of 82 fSec RMS at 100 MHz. Close-in phase noise is -90 dBc/Hz @ 10 Hz while its

Contextual Info: CCHD-950 Model 9X14 mm SMD, 3.3V, CMOS Frequency Range: Frequency Stability: Temperature Range: Option M (Option X) Storage: Input Voltage: Input Current: Output: Symmetry: Rise/Fall Time: Logic: 50MHz to 125MHz ±20ppm, ±25ppm, ±50ppm 0°C to 70°C (±20ppm, ±25ppm, ±50ppm)

Crystek CcHD

Abstract: CCHD-950 oscillator 50mhz smd 50MHz 50PPm
Contextual Info: ee Fr ad HS t e L Ro plian m Co CCHD-950 Model 9X14 mm SMD, 3.3V, CMOS Frequency Range: Frequency Stability: Temperature Range: Option M (Option X) Storage: Input Voltage: Input Current: Output: Symmetry: Rise/Fall Time: Logic: 50MHz to 125MHz ±20ppm, ±25ppm, ±50ppm

Contextual Info: CCHD-950 Model 9X14 mm SMD, 3.3V, CMOS Frequency Range: Frequency Stability: Temperature Range: Option M (Option X) Storage: Input Voltage: Input Current: Output: Symmetry: Rise/Fall Time: Logic: 50MHz to 100MHz ±20ppm, ±25ppm, ±50ppm 0°C to 70°C (±20ppm, ±25ppm, ±50ppm)

Contextual Info: CCHD-950 Model 9X14 mm SMD, 3.3V, CMOS Frequency Range: Frequency Stability: Temperature Range: Option M (Option X) Storage: Input Voltage: Input Current: Output: Symmetry: Rise/Fall Time: Logic: 50MHz to 105MHz ±20ppm, ±25ppm, ±50ppm 0°C to 70°C (±20ppm, ±25ppm, ±50ppm)

Crystek Crystals 601107

Abstract: CVCO45CL-0421-0441 CVCO55BE-1785-1900 VCO 925-970 CVCO55BE-1400-1624 CVCO55CL-0805-0900 CVCO55CT-0902-0928 CCLD-033-50-100 CXOH20-BP-10 CVCO55BE-1800-2200
Contextual Info: NEW! High Performance Clock Oscillators Dimensions in mm Fig. 1 1.01 14.0 5.3 9.0 1 2 4 3 1.77 5.08 Frequency MHz Input Voltage 1 80.0000 100.0000 3.3V 3.3V 2 77.7600 100.0000 106.2500 125.0000 155.5200 156.2500 161.1328 200.0000 212.5000 250.0000 311.0400

atmel 735 24c02 software

Contextual Info: SP16160CH1RB High-IF Receiver Reference Design Board LMH6517 + ADC16DV160 + LMK04031B User’s Guide 1.0 Reference Board Overview 2 2.0 Evaluation Kit Contents 4 3.0 System Description 4 4.0 Data Capture 5 5.0 Quick Start 5 6.0 Functional Description 7 7.0 System Performance

CCHD-950

Abstract: CRCW0402120RJNED CRYSTAL OSCILLATOR C49 4 MHZ resistor 270 ohm kemet R79 DSO81204A E5052A LMK03001C R110 R112
Contextual Info: LMK03001C Precision Clock Conditioner with Integrated VCO Evaluation Board Operating Instructions 8-1-2007 National Semiconductor Corporation Interface 2900 Semiconductor Dr. MS A2-600 Santa Clara, CA, 95052-8090 L M K 0 3 0 0 1 C E V A L U A T I O N B O A R D

R13 SMA

Abstract: LMK3033C CCHD-950 DSO81204A E5052A R110 R112 lpt oscilloscope
Contextual Info: LMK3033C Precision Clock Conditioner with Integrated VCO Evaluation Board Operating Instructions 8-11-2008 National Semiconductor Corporation Precision Timing Devices 10333 North Meridian St. Suite 400 Indianapolis, IN 46290 L M K 0 3 0 0 0 C E V A L U A T I O N

CRYSTAL OSCILLATOR C49 4 MHZ

Abstract: 501-04517D C0402C104J4RAC resistor 270 ohm ADT2-1T CCHD-950 DSO81204A E5052A LMK03000C R110
Contextual Info: LMK03000C Precision Clock Conditioner with Integrated VCO Evaluation Board Operating Instructions 4-16-2009 National Semiconductor Corporation Interface 2900 Semiconductor Dr. MS A2-600 Santa Clara, CA, 95052-8090 L M K 0 3 0 0 0 C E V A L U A T I O N B O A R D

Contextual Info: LMK03002C Precision Clock Conditioner with Integrated VCO Evaluation Board Operating Instructions 7-23-2007 National Semiconductor Corporation Interface 2900 Semiconductor Dr. MS A2-600 Santa Clara, CA, 95052-8090 L M K 0 3 0 0 2 C E V A L U A T I O N B O A R D

c225 diode smd

Abstract: SMD C236 DIODE SB950 Diode 1_b SMD diode C237 Crystek CVHD TSF153F c225 capacitor smd smd schottky diode c148 C241-C243
Contextual Info: National Semiconductor RD-179 High Speed Signal Path Applications October 8, 2009 1.0 Design Description 2.0 Features The SP16160CH1RB demonstrates a high-IF sampling receiver subsystem that provides signal amplification, digitization and clocking as used in wireless infrastructure systems.

LIDAR radar

Abstract: ADC digital calibration time interleaved ADC081000 ADC081500 ADC083000 ADC08500 ADC08B3000 ADC08D1000 ADC08D1020 ADC08D1500
Contextual Info: GHz Sampling Design Challenge 1 National Semiconductor Ghz Ultra High Speed ADCs Target Applications Test & Measurement Communications Transceivers Ranging Applications Lidar/Radar Set-top box direct RF down-conversion Highest Performance Highest Dynamic Performance

R67-R69

Abstract: LTC6950 SML-010
Contextual Info: DEMO MANUAL DC1795A LTC6950 1.4GHz Low Phase Noise, Low Jitter PLL with Clock Distribution Description Demonstration circuit 1795A features the LTC 6950, a 1.4GHz low phase noise, low jitter PLL with clock distribution. For ease of use, the DC1795A comes installed with a

national semiconductor

Abstract: ADC08500 LIDAR adc ADC081000 ADC081500 ADC083000 ADC08B3000 ADC08D1000 ADC08D1020 ADC08D1500
Contextual Info: GHz 采样系统的设计问题 1 美国国家半导体 1 GHz 以上的超高速模拟/数字转换器 相关应用 测试及测量仪表 通信系统收发器 光波检测及定位系统 Lidar / 雷达 机顶盒直接射频采样系统 卓越性能 最高的动态性能

A109D

Abstract: A274D LTC6950
Contextual Info: LTC6950 1.4GHz Low Phase Noise, Low Jitter PLL with Clock Distribution Description Features Low Phase Noise and Jitter n Additive Jitter: 18fs RMS 12kHz to 20MHz n Additive Jitter: 85fs RMS (10Hz to Nyquist) n EZSync Multichip Clock Edge Synchronization

6Bp SMD

Abstract: 6BT SMD W17 marking code sot 23 marking w18 sot23-5 marking code E5 SMD ic sot23-5 smd marking e5 5Pin smd marking sot23 W16 smd transistor 6Bp sot marking code w17 Z5238BLT1
Contextual Info: • The user can use the on-board clock source or provide 1.0 Design Description their own clock source and operate the ADC under various sampling frequencies ■ The analog input has two ports, one for single-ended sources and one for differential sources