ACT170 Search Results

ACT1100

Contextual Info: 0044 0 118 979 1238 0044(0)118 979 1283 info@act crystals.com ACT1100 & ACT1700 Standard Dil14 / Dil8 HCMOS SPXO ● Stability: ● Output: ● Frequency: ±10ppm* double package option available. HCMOS/TTL (Universal) 1 ~ 160MHz (HCMOS 50pF) Characteristics

ACT1700

Abstract: ACT1700 CL SERIES ACT1100 RG41
Contextual Info: Tel : Fax : email : 0044 0 118 979 1238 0044 (0)118 979 1283 info@actcrystals.com ACT1100 / ACT1700 Standard Clock Oscillators The ACT1100 is a full size through hole oscillator. The ACT1700 is a half size through hole oscillator. The popularity of these families still remains even after the advent of smaller surface mount devices. With wide

ACT1700

Abstract: ACT1100 ACT1100HS ACT1700HS RG41
Contextual Info: Tel : Fax : email : 0044 0 118 979 1238 0044 (0)118 979 1283 info@actcrystals.com ACT1100HS / ACT1700HS HCMOS/TTL Clock Oscillators The ACT1100HS/ACT1700HS series are popular full/half size DIL oscillators that allow for stabilities of ±10ppm, frequencies <500kHz & >125MHz.These devices offer a good cost ratio

Contextual Info: 0044 0 118 979 1238 0044(0)118 979 1283 info@act crystals.com ACT1100HS & ACT1700HS HS Dil14 / Dil8 HCMOS SPXO ● Stability: ● Output: ● Frequency: ±25ppm ~±100pm (-40~85°C)* HCMOS/TTL (Universal) 20kHz ~160MHz Characteristics Frequency Range (MHz)

metal can crystal oscillators

Abstract: 9325WC
Contextual Info: Oscillators - Overview Watch Crystals Introduction to ACT Oscillators Most of our oscillators are available to customer specified options which cover the vast majority of most requirements. Tristate is an option for most oscillators as is package size and output.

low frequency sine oscillator 455 khz

Contextual Info: Product Selector Guide Welcome to the new Advanced Crystal Technology shortform We hope it assists with easy selection of product s for the many wide ranging applications our customers are involved in. There are many new highlighted products which we hope you will welcome as additional solutions to frequency / timing design demands.