APL2037 Datasheet PDF - ASB PLL Specs

APL2037 - PLL

Datasheet Summary

Description

The plerowTM PLL synthesizer module was designed for use in wireless and wireline systems in a wide range of frequency from 50 MHz to 6 GHz.

ASB’s PLL provides exceptionally low spurious and phase noise performance with fast locking time and low current consumption.

Features

+3 dBm Output Level at 2037 MHz.
Channel Step Size : 250 kHz.
2nd Harmonic : < -20 dBc.
Spurious Level : < -70 dBc.
Lock Time : < 10 ms.
23 mA Current Consumption.

Datasheet Details

Part number	APL2037
Manufacturer	ASB
File Size	134.28 KB
Description	PLL
Datasheet	APL2037 Datasheet
Additional preview pages of the APL2037 datasheet.

📁 Similar Datasheet

APL0050 - PLL Module (Advanced Semiconductor Business)

APL0075 - PLL Module (Advanced Semiconductor Business)

APL0100 - PLL Module (Advanced Semiconductor Business)

APL0115 - PLL Module (Advanced Semiconductor Business)

APL0135 - PLL Module (Advanced Semiconductor Business)

APL0155 - PLL Module (Advanced Semiconductor Business)

APL0189 - PLL Module (Advanced Semiconductor Business)

APL0215 - PLL Module (Advanced Semiconductor Business)

APL0335 - PLL Module (Advanced Semiconductor Business)

APL0360 - PLL Module (Advanced Semiconductor Business)

Full PDF Text Transcription

Click to expand full text

Features · +3 dBm Output Level at 2037 MHz · Channel Step Size : 250 kHz · 2nd Harmonic : < -20 dBc · Spurious Level : < -70 dBc · Lock Time : < 10 ms · 23 mA Current Consumption Description The plerowTM PLL synthesizer module was designed for use in wireless and wireline systems in a wide range of frequency from 50 MHz to 6 GHz. ASB’s PLL provides exceptionally low spurious and phase noise performance with fast locking time and low current consumption. All products are available in a surface-mount type package. Specifications Parameter Frequency Range Output Power Supply Voltage Current Consumption Channel Step Size 2nd Harmonics Spurious Level Lock Time Reference Frequency Reference Input Level Phase Noise (C / N) @ 10 kHz @ 100 kHz Output Impedance Operating Temp.

Published: Apr 29, 2016 |