FAC1801X - Fixed Attenuator Chip

Yantel

General Description

FACXXXXX X - Soldering method A or B XX- attenuation:

dB.

10: DC to 10GHz 12: DC to 12.4GHz 18: DC to 18GHz 26: DC to 26.5GHz.

Soldering method A:The gold terminals in this series are just designed to use wire-boning application.

Key Features

Thin film.
High attenuation accuracy.
Small VSWR.
Ceramic chip: 99% alumina.
Laser trimmed.
Low cost-high performance Model No.

📥 Download Datasheet

FAC1801X fixed attenuator chip by Yantel - Datasheet Preview

Datasheet Details

Part number	FAC1801X
Manufacturer	Yantel
File Size	749.55 KB
Description	Fixed Attenuator Chip
Datasheet	FAC1801X Datasheet

📁 Similar Datasheet

Part Number	Description	Manufacturer
FAC1501H	3A 150KHz PWM Buck DC/DC Converter	First Silicon
FAC2576	3A 52Khz PWM Buck DC/DC Converter	First Silicon
FAC2596	3A 150KHZ PWM Buck DC/DC Converter	First Silicon

Other Datasheets by Yantel

Part Number	Description
FAC1802X	Fixed Attenuator Chip
FAC1803X	Fixed Attenuator Chip
FAC1804X	Fixed Attenuator Chip
FAC1806X	Fixed Attenuator Chip
FAC1810X	Fixed Attenuator Chip

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text

FAC1801X Fixed Attenuator Chip Fixed Attenuator Chip  DC to 18 GHz  1 dB  200mW Features  Thin film  High attenuation accuracy  Small VSWR  Ceramic chip: 99% alumina  Laser trimmed  Low cost-high performance Model No. Description FACXXXXX X - Soldering method A or B XX- attenuation: **dB. XX- frequency range 06: DC to 6GHz 10: DC to 10GHz 12: DC to 12.4GHz 18: DC to 18GHz 26: DC to 26.5GHz. Soldering method A:The gold terminals in this series are just designed to use wire-boning application. Soldering method B:The gold terminals in this series are just designed to use lead free reflow application. Package Outlines TYP TYP MIN GROUND Specifications Frequency Range DC to 18 GHz Attenuation 1 dB Attenuation Accuracy（Typical.） ±0.5 dB DC to 4 GHz + 0.5 dB 4 to 8 GHz + 0.