SC3037B / RF Monolithics, Inc - Datasheet(PDF) Chat AI

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Part No.	SC3037B
Manufacturer	RFM
Size	77 Kbytes
Pages	2 pages
Description	350.0 MHz Differential Sine-Wave Clock

Datasheet Summary with AI

️· Test Circuit: A typical test circuit is illustrated.
️· Timing Definitions: Definitions for propagation delay and symmetry are explained.
️· Patents: Mentions relevant US patents.

Applications:

This oscillator is likely intended for use in high-frequency applications where a stable and accurate clock source is required. Examples include:

️· Wireless Communication Systems
️· High-Speed Digital Logic
️· RF Synthesis
️· Frequency Control

In essence, this datasheet provides all the necessary information for engineers to select, integrate, and utilize the SC3037B-111899 crystal oscillator in their designs.

## Summary of the RF Monolithics SC3037B-111899 Datasheet

This document is a datasheet for the RF Monolithics SC3037B-111899, a 350.0 MHz Surface Mount Crystal Oscillator (XO). Here's a breakdown of key information:

Key Features & Specifications:

️· Frequency: 350.0 MHz
️· Output: Differential (Q and Q')
️· Supply Voltage (VCC): Not explicitly stated, but implied to be around 5V based on the test circuit.
️· Load Impedance: 50 Ohms
️· Package: Surface Mount (dimensions detailed on page 2)
️· Stability: Not explicitly stated but designed for applications requiring a stable frequency source.
️· Jitter: Specifies performance regarding jitter and spurious outputs, recommending voltage regulation and careful PCB layout for optimal performance.
️· Enable/Disable: Controlled by an ENABLE pin (pin 8).

Key Information/Details:

️· Pinout: Detailed pinout diagram provided on page 1.
️· Dimensions: Surface mount package dimensions are provided on page 2 in both millimeters and inches.
️· Footprint: A recommended PCB land pattern is shown.
️· Test Circuit: A typical test circuit is illustrated.
️· Timing Definitions: Definitions for propagation delay and symmetry are explained.
️· Patents: Mentions relevant US patents.

Applications:

This oscillator is likely intended for use in high-frequency applications where a stable and accurate clock source is required. Examples include:

️· Wireless Communication Systems
️· High-Speed Digital Logic
️· RF Synthesis
️· Frequency Control

In essence, this datasheet provides all the necessary information for engineers to select, integrate, and utilize the SC3037B-111899 crystal oscillator in their designs.