Da New York all'Italia $ 39,95 Tariffa forfettaria per la spedizione!

Offerte online esclusive

Iscriviti alla nostra newsletter oggi.

+1.631.689.7733
Carrello(0)item(s)

Non hai articoli nel carrello.

Product was successfully added to your shopping cart.

CPPFX Serie

CPPFX

Dove is an authorized programming facility for CPPFX (Ext. Temp. Range) Series programmable oscillators. In-Stock now with a 1-2 day lead time. Buy online or request a quote.

Immagine

   

Numero di parte

   

Scheda dati

   

Disponibilità

  

Opzioni di acquisto

   

Tipologia di prodotto

   

Descrizione

   

Fabbricante

   

Serie di parti

   

Frequenza

   

Tensione di alimentazione

   

Temperatura di esercizio

   

Dimensione del pacchetto (W x L)

   

Altezza del pacco

   

Estabilidad de Frecuencia

   

Tipo di uscita

   

Consumo corrente (massimo)

   

Funzione

   

Terminali

   

Simmetria

   

Involucro del dispositivo

   

Tipo di montaggio

   

Tipo di pacchetto

   

Confezione

   

Rohs

   

Senza piombo

   

CPPFXC4T-A7BD-121.5PD CPPFXC4T-A7BD-121.5PD 1 pz.
Disponibile
Oscillatori programmabili Cmos 5v 20ppm -40/+85c
dove item# : dov015131
Cardinal Components CPPFX 121.5 MHz 5.0V -40°C to +85°C 13.20mm x 13.20mm 5.60mm ±20ppm CMOS 45mA Max. Power Down (PD) 8 Pin 45% to 55% Metal Thru-hole Half Size Tubed Yes Yes
CPPFXC7L-BR XXX.XXXXXXPD CPPFXC7L-BR XXX.XXXXXXPD 2 Business Days Oscillatori programmabili Cmos 3.3v 5x7 25ppm 0/+70
dove item# : dov065325
Cardinal Components CPPFX Enter Custom Frequency 3.3V 0°C to +70°C - - ±25ppm CMOS - Power Down (PD) - - Ceramic - 5 x 7 Tape and Reel,Tubed,Cut Tape - -
CPPFXC7LZ-A7BR 34.560TS CPPFXC7LZ-A7BR 34.560TS Oscillatori programmabili Cmos 3.3v 5x7 25ppm -40/+85
dove item# : dov010476
Cardinal Components CPPFX 34.56 MHz 3.3V -40°C to +85°C 7.00mm x 5.00mm 1.70mm ±25ppm CMOS 25mA Max. Tri-State 4 Pad 45% to 55% Ceramic Surface Mount 5 x 7 Tape and Reel Yes Yes
CPPFXT7L-A7B6 XXX.XXXXXXPD CPPFXT7L-A7B6 XXX.XXXXXXPD 2 Business Days Oscillatori programmabili Ttl 3.3v 5x7 100ppm -40/+85
dove item# : dov065341
Cardinal Components CPPFX Enter Custom Frequency 3.3V -40°C to +85°C - - ±100ppm TTL - Power Down (PD) - - Ceramic - 5 x 7 Tape and Reel,Tubed,Cut Tape - -
CPPFXC7L-A7BP 5.644PD CPPFXC7L-A7BP 5.644PD Oscillatori programmabili Cmos 3.3v 5x7 50ppm -40/+85
dove item# : dov012254
Cardinal Components CPPFX 5.644 MHz 3.3V -40°C to +85°C 7.00mm x 5.00mm 1.70mm ±50ppm CMOS 25mA Max. Power Down (PD) 4 Pad 45% to 55% Ceramic Surface Mount 5 x 7 Tape and Reel,Tubed,Cut Tape Yes Yes
CPPFXT7-BD XXX.XXXXXXPD CPPFXT7-BD XXX.XXXXXXPD 2 Business Days Oscillatori programmabili Ttl 5v 5x7 20ppm 0/+70
dove item# : dov065357
Cardinal Components CPPFX Enter Custom Frequency 5.0V 0°C to +70°C - - ±20ppm TTL - Power Down (PD) - - Ceramic - 5 x 7 Tape and Reel,Tubed,Cut Tape - -
CPPFXC7L-A7BR 32.000TS CPPFXC7L-A7BR 32.000TS Oscillatori programmabili Cmos 3.3v 5x7 25ppm -40/+85
dove item# : dov013284
Cardinal Components CPPFX 32 MHz 3.3V -40°C to +85°C 7.00mm x 5.00mm 1.70mm ±25ppm CMOS 25mA Max. Tri-State 4 Pad 45% to 55% Ceramic Surface Mount 5 x 7 Tape and Reel,Tubed,Cut Tape Yes Yes
CPPFXC7L-A7B6-3.6864TS CPPFXC7L-A7B6-3.6864TS Oscillatori programmabili Cmos 3.3v 5x7 100ppm -40/+85c
dove item# : dov072329
Cardinal Components CPPFX 3.6864 MHz 3.3V -40°C to +85°C 7.00mm x 5.00mm 1.70mm ±100ppm CMOS 25mA Max. Tri-State 4 Pad 45% to 55% Ceramic Surface Mount 5 x 7 Tape and Reel,Tubed,Cut Tape Yes -
CPPFXC5LT-A7BR 12.2880TS CPPFXC5LT-A7BR 12.2880TS Oscillatori programmabili Cmos 3.3v 5x3.2 25ppm -40/+85
dove item# : dov015546
Cardinal Components CPPFX 12.288 MHz 3.3V -40°C to +85°C 5.00mm x 3.20mm 1.20mm ±25ppm CMOS 25mA Max. Tri-State 4 Pad 45% to 55% Ceramic Surface Mount 5 x 3.2 Tubed,Bulk Yes Yes
CPPFXC5-A7BR 10.7500PD CPPFXC5-A7BR 10.7500PD Oscillatori programmabili Cmos 5v 5x3.2 25ppm -40/+85
dove item# : dov017214
Cardinal Components CPPFX 10.75 MHz 5.0V -40°C to +85°C 5.00mm x 3.20mm 1.20mm ±25ppm CMOS 45mA Max. Power Down (PD) 4 Pad 45% to 55% Ceramic Surface Mount 5 x 3.2 Tubed,Bulk Yes Yes