DS1075X-M60

1 of 2 011101
Use the Module for Quick and Easy Evaluation of the DS1075
EconOscillator in Existing Crystal-Based Oscillator Designs
§ Matches common 8-pin and 14-pin crystal oscillator footprints
§ Evaluate the DS1075 in existing crystal oscillator applications
§ Output-enable function
§ Programmable output frequencies from 27kHz to 100kHz
Dallas Semiconductor's DS1075 EconOscillator™ offers designers a programmable replacement for bulky
resonators and oscillators. A single-chip, fixed-frequency oscillator, the DS1075 can be programmed to
produce a set frequency between 27kHz and 100MHz.
A programmable EEPROM divider and prescaler is used to produce the desired output frequencies. These
values can either be pre-programmed at the factory or user-configured. The chip maintains a 1% accuracy
over the specified temperature and voltage ranges. No external components are required, so the DS1075
saves board space for other functions.
The DS1075X-M Crystal Replacement Module is an evaluation tool allowing the installation of the DS1075
EconOscillator in an existing 8-pin and 14-pin oscillator sockets. The DS1075X-M consists of a printed
circuit board containing a DS1075Z but with the footprint and pinout matching most standard oscillator
footprints. The DS1075X-M is available in 30MHz, 33.333MHz, 40MHz, and 50MHz. Special frequencies
are available on request. Contact Maxim Direct for free samples or further information. Supplies are limited
to the quantities at hand.
The DS1075K, an evaluation and programming kit for the DS1075, is also available for $99.
Application Note 172
DS1075X-M Crystal Replacement Module
www.maxim-ic.com
EconOscillator is a trademark of Dallas Semiconductor.
AN172
2 of 2
Description
1) The DS1075X-M makes prototyping and product evaluation easy
Use the module for quick and easy evaluation of the DS1075 EconOscillator in existing crystal-based
sockets.
2) Replacing an oscillator with an 8-pin DIP footprint
Saw off the lower part of the PC board, insert, and power-up your board.
3) Replacing a crystal oscillator with a 14-pin footprint
Remove the two center pins on the module (see diagram). Pins can be removed by desoldering or cutting
them off.
4) Output-enable function
The enable pin operates like most crystal oscillator enable functions. If your design does not require this
function, the enable pin on the DS1075X-M can be tied high on your system board, or you can hardwire it to
pin 8 on the DS1075X board.
Ordering Information
PART NO. MAX FREQ DEFAULT FREQ
DS1075X-M10 100.000MHz 50.000MHz
DS1075X-M80 80.000MHz 40.000MHz
DS1075X-M66 66.666MHz 33.333MHz
DS1075X-M60 60.000MHz 30.000MHz

DS1075X-M60

Mfr. #:
Manufacturer:
Maxim Integrated
Description:
Clock Generators & Support Products
Lifecycle:
New from this manufacturer.
Delivery:
DHL FedEx Ups TNT EMS
Payment:
T/T Paypal Visa MoneyGram Western Union

Products related to this Datasheet