MAX7383 - Silicon Oscillator with Low-Power Frequency Switching

Name: MAX7383
SKU: MAX7383-444250

Maxim

📥 Download Datasheet

MAX7383 Datasheet Preview — Preview of MAX7383 PDF

Datasheet Details

Part number	MAX7383
Manufacturer	Maxim
File Size	219.63 KB
Description	Silicon Oscillator with Low-Power Frequency Switching
Datasheet	MAX7383_MaximIntegratedProducts.pdf

MAX7383 Product details

Description

The MAX7383 dual-speed silicon oscillator replaces ceramic resonators, crystals, and crystal-oscillator modules as the primary and secondary clock source for microcontrollers in 3V, 3.3V, and 5V applications.

Features

a factory-programmed high-speed oscillator, a 32.768kHz oscillator, and a clock-selector input. The clock output can be switched at any time between the high-speed clock and the 32.768kHz clock for low-power operation. Switchover is synchronized internally to provide glitch-free clock switching. Unlike typical crystal and ceramic-resonator oscillator circuits, the MAX7383 is resistant to vibration and EMI. The high-output-drive current and absence of highimpedance nodes makes the oscillator less.

📁 MAX7383 Similar Datasheet

MAX738 - (MAX730 / MAX738 / MAX750 / MAX758) Step Down Current Mode PWM Regulators (Maxim Integrated Products)
MAX7381 - 3-Pin Silicon Oscillator (Maxim Integrated Products)
MAX7384 - Silicon Oscillator (Maxim Integrated Products)
MAX7387 - System Monitoring Oscillator (Maxim Integrated Products)
MAX7388 - System Monitoring Oscillator (Maxim Integrated Products)
MAX7389 - Microcontroller Clock Generator (Maxim Integrated)
MAX738A - Current-Mode PWM DC-DC Converters (Maxim Integrated)
MAX730A - Current-Mode PWM DC-DC Converters (Maxim Integrated)

Other Datasheets by Maxim

MAX7382 - Silicon Oscillator with Reset Output
MAX730 - 5V / Step-Down / Current-Mode PWM DC-DC Converters
MAX7300 - 20-Port or 28-Port I/O Expander
MAX7301 - 20-Port and 28-Port I/O Expander
MAX731 - +5V/Adjustable Step-Up Current-Mode DC-DC Converters
MAX7312 - 2-Wire-Interfaced 16-Bit I/O Port Expander

Published: May 2, 2005 |