MC13143 Datasheet, Mixer, Motorola

MC13143 Features

• Mixer a mixer linearity control to preset or auto program the mixer dynamic range, an enable function and a wideband IF so the IC may be used either as a down converter or an up converter. Cu

PDF File Details

Part number:

MC13143

Manufacturer:

Motorola

File Size:

176.41kb

Download:

📄 Datasheet

Description:

Ultra low power dc - 2.4 ghz linear mixer. General The MC13143 is a double  –balanced Mixer. This device is designated for use as the frontend section in analog a

MC13143 Application

• Applications INFORMATION Evaluation PC Board The evaluation PCB is very versatile and is intended to be used across the entire useful frequency rang

TAGS

MC13143

Motorola

📁 Related Datasheet

MC13141 - Low Power DC - LNA and Mixer (Motorola Semiconductor)
w w w .d e e h s a t a . u t4 m o c .. .

MC13142 - MIXER and VCO (Motorola)
Order this document By MC13142/D Advance Information Low Power DC - 1.8 GHz LNA, Mixer and VCO The MC13142 is intended to be used as a first amplifie.

MC13144 - VHF - 2.0 GHz LOW NOISE AMPLIFIER WITH PROGRAMMABLE BIAS (Motorola)
Order this document by MC13144/D MC13144 Advance Information VHF - 2.0 GHz Low Noise Amplifier with Programmable Bias The MC13144 is designed in th.

MC13145 - UHF WIDEBAND RECEIVER SUBSYSTEM (LNA / Mixer / VCO / Prescalar / IF Subsystem / Coilless Detector) (Motorola)
.

MC13146 - LOW POWER DC - 2.0 GHz TRANSMITTER (Motorola)
Order this document by MC13146/D 3 Product Preview MC13146 LOW POWER DC – 2.0 GHz TRANSMITTER Low Power Integrated Transmitter for ISM Band Applic.

MC1314P - CBS SQ LOGIC DECODER SYSTEM (Motorola)
.. .

MC1310 - FM STEREO DEMODULATOR (Motorola)
.

MC1310 - (MC1310 / MC1311) High Speed MegaPixel CMOS Camera (mikrotron)
High Speed megaPixel CMOS Camera MC1310/11 • • • • • • • • • • • MC1310 monochrome MC1311 RGB colour with BAYER filter Up to 500 fps @ 1280 (H) x 102.

MC1310 - (MC1306 - MC1330) Mount (Lambda)
.

MC13104 - (MC13104 / MC13105) 1 Ghz Receiver LNA/Mixer/VCO (Freescale Semiconductor)
.