datasheetbank_Logo    Integrated circuits, Transistor, Semiconductors Search and Datasheet PDF Download Site
Part Name  

P/N + Description + Content Search

Search Words :

Part Name(s) : RCA-SMD RCA-SMD-60A RCA-SMD-77A PREMO
PREMO CORPORATION S.L
Description : RADIO CLOCK RECEIVER ANTENNA SMD

PCB area (surface and internal layers) for welding the ANTENNA must be free of Ground or Power Supply plane in order to achieve a right behaviour of the ANTENNA.

View
Part Name(s) : SI476X Silabs
Silicon Laboratories
Description : High-Performance Automotive AM/FM RADIO RECEIVER and HD RADIO Tuner

Description
The Si476x RADIO RECEIVER family employs 100% RF CMOS technology to bring outstanding RECEIVER performance to the automotive infotainment industry, which demands high performance and quality.
The Si476x RECEIVER family supports worldwide FM and AM RADIO reception. Additional variants support weather band, shortwave, longwave frequencies, and dual ANTENNA FM phase diversity reception.

Features
- Worldwide FM band support (64–108 MHz)
- AM/FM HDR support
- Worldwide AM band support (520–1710 kHz)
- Advanced RDS/RBDS demodulator/decoder
- Digital FM MPX decoder
- Integrated FM active splitter
- Addresses companion AF/RDS data RECEIVER
- Advanced AM/FM noise blankers
- Dynamic AM/FM channel bandwidth control
- Advanced FM hi-cut control
- Programmable FM stereo-mono blend
- Programmable AM/FM soft mute
- Full suite of signal metrics: RSSI, SNR, multi-path interference, frequency offset, adjacent channel strength, USN
- Analog and digital (I2S) audio outputs
- Digital (I2S) baseband AM/FM I/Q
- Analog FM MPX output
- Low-IF architecture
- Eliminates expensive 10.7 MHz IF ceramic filters
- On-chip AM/FM AGC with integrated resistor and varactor banks
- Eliminates external pin diode attenuators and varactors
- 1.5 to 5 V power supplies
- QFN 40, 6 x 6 x 0.85 mm
   - Pb-free/RoHS compliant
- AEC-Q100 qualified

Applications
- OEM automotive infotainment systems
- Aftermarket car RADIO systems
- OEM automotive PND docking system

View
Part Name(s) : UPP1001E3 UPP1002E3 UPP1004E3 Microsemi
Microsemi Corporation
Description : Powermite Package Commercial Two-Way RADIO ANTENNA Switch Diode

DESCRIPTION
With high isolation, low loss, and low distortion characteristics, this Microsemi Powermite PIN diode is perfect for two-way RADIO ANTENNA switch applications where size and power handling capability are critical. Its advantages also include the low forward bias resistance and high zero bias impedance that are essential for low loss, high isolation and wide bandwidth ANTENNA switch performance. The Powermite packages full metallic bottom eliminates the possibility of solder flux entrapment during assembly, and its unique locking tab acts as an integral heat sink. Its innovative design makes this device ideal for use with automatic insertion equipment.

FEATURES
• High power surface mount package with very low thermal resistance.
• Specified low distortion.
• Low bias current requirements.
• High zero bias impedance.
• Full metallic bottom eliminates flux entrapment.
• Integral heat sink/locking tabs.
• RoHS compliant.

APPLICATIONS / BENEFITS
• Two-way RADIO ANTENNA switch.
• Low forward bias resistance.
• High zero bias resistance.
• Low loss high isolation for wide bandwidth performance.
• Small size DO-216 package.
• Compatible with automatic insertion equipment.
• Very low inductance and capacitance.

View
Part Name(s) : LA1061 LA1061M SANYO
SANYO -> Panasonic
Description : ANTENNA switching controller

Overview
The LA1061M is an ANTENNA switching controller for mobile RADIO equipment. The LA1061M uses a number of inputs from the RECEIVER circuitry to select the main ANTENNA or sub-ANTENNA according to signal strength and quality. Weak and strong signals are detected with the S-meter DC voltage and F.E. AGC voltage, respectively. Multi-path distortion is detected from the AC component of the IF output, using the same high-sensitivity counter circuit as in Sanyo's earlier LA1060 device. An auxiliary circuit keeps the main ANTENNA selected for a fixed time period when reception conditions outside a moving vehicle are changing rapidly.

Features
• Uses Sanyo's proprietary AGC amplifier and detector, providing accurate detection of multi-path distortion.
• High-current Main and Sub-ANTENNA switching outputs.
ANTENNA switching frequency limiting circuit.
• On-board comparators for F.E AGC (strong signal) and S-meter DC (weak signal) detection.
• Surface-mount 14-pin MFP.

View
Part Name(s) : PA12 PA.12 TAOGLAS
Taoglas antenna solutions
Description : 2.4GHz Band Dielectric Ceramic PIFA SMT ANTENNA for Bluetooth/WLAN/Zigbee Applications

Introduction
This specification covers the Dielectric PIFA ANTENNA for 2400-2484MHz, covering such applications as Wi-Fi, Bluetooth and Zigbee. A ceramic dielectric   
PIFA ANTENNA offers smallest footprint, superior gain characteristics and improved isolation over traditional PCB based ANTENNAs. This ANTENNA has been developed for the top left hand corner edge of the component side of the Board (bottom right corner edge), the ANTENNA has to be positioned on a non-ground (copper/metal free) area with the feed-point matched direct to the module. Please refer to Recommended Foot print Diagram (8.0 Page 13.).
   
Description :
    2400-2484Mhz, 1.5dBi Peak Gain
    Size: 10mm*4mm*3mm
    Designed for the top left hand corner
    edge of the Component side of the board
    (bottom right corner edge)
    SMT Mount
    RoHS Compliant
   

View
Part Name(s) : STA3005 ST-Microelectronics
STMicroelectronics
Description : Dual-IF AM/FM digital RADIO RECEIVER

Description
STA3005 is a high-performance, fully programmable advanced RADIO RECEIVER, designed to target AM/FM/HD RADIO, speech and audio applications. It is a dual-IF RADIO processor, with dynamically variable channel filtering; it also features both digital diversity (for dual-tuner systems) and digital directional ANTENNA (single-tuner multiple ANTENNAs) for outstanding reception capability.

Feature summary
■ DIGITAL DIVERSITY SYSTEM
■ DIGITAL DIRECTIONAL ANTENNA SYSTEM
■ TWO 5-BIT Σ∆ INTERMEDIATE FREQUENCY ADCs
■ INTERMEDIATE FREQUENCY PROCESSOR
■ AUDIO FILTER PROCESSOR
■ TWO 16-BIT STEREO AUDIO ADCs WITH INPUT AUDIO MULTIPLEXER
■ TWO 24-BIT STEREO AUDIO DACs WITH 5-BIT ANALOG VOLUME CONTROL
RADIO DATA SYSTEM (RDS) PROCESSOR
■ DSP-EMERALD SUBSYSTEM
  24-bit, fixed point, 116MIPS DSP-EMERALD core
  16k x 32bit (64kByte) program ROM (PROM)
  6k x 32bit (64kByte) program RAM (PRAM)
  6k x 24bit (18kByte) data XRAM
  6k x 24bit (18kByte) data YRAM
■ ARM7 SUBSYSTEM
  32-bit, fixed point, 58MIPS ARM7TDMI core
  14kByte data RAM
  38kByte program RAM (PRAM)
  26kByte program ROM
  JTAG/ETM7 real-time debugging Internal Peripheries:
– Direct Memory Access (DMA)
– Asynchronous Serial Interface UART (SCI)
– Synchronous Serial Interfaces BSPI (SPI2)
– 32 multifunctional bidirectional I/O lines (GPIO)
– I2C interface
– Watch Dog (WDOG)
– Wake-up Interrupt Management Unit (WUIMU)
– Timer (EFT)
■ DIGITAL INPUT INTERFACES (SAI1-4, SPDIF)
■ DIGITAL OUTPUT INTERFACES (IBOC, DRM, SAI1-4)
■ ON-BOARD XTAL OSCILLATOR AND PLL
CLOCK REFERENCE GENERATION FOR FRONT_END IC
■ EXTERNAL CONTROL INTERFACES (JTAG/ETM7, I2C, SPI1, SPI2, SCI, GPIO)

View
Part Name(s) : TEA6101 TEA6101T TEA6101T/N2 Philips
Philips Electronics
Description : ANTENNA diversity circuit

GENERAL DESCRIPTION
Intended for multi-ANTENNA FM car RADIO reception (ANTENNA diversity system), the TEA6101/T selects the most favourable signal from one of up to four ANTENNAe. Founded upon audible signal disturbance the criteria are
derived from two signals: high frequency components (e.g. spikes due to noise and multipath reception) and
variations in signal level as a result of multipath reception or fluctuations in field strength.

FEATURES
• Ability to switch between up to four ANTENNAe
• Switching signal derived from two signals: the audio and the level signals
• Floating switching threshold adjusts switching rate to prevailing circumstances:
– increasing threshold due to excessive noise
– increasing threshold due to numerous level variations
• Memory for the most favourable ANTENNA signal to overcome unnecessary switching
• Signal-dependent `soft` muting circuit
• Mode selection to the first ANTENNA receiving an AM signal whilst the diversity system is reset.

APPLICATIONS
• Car RADIO RECEIVERs
• Mobile RADIO communications equipment

View
Part Name(s) : ANT-J20 Mitsumi
Mitsumi
Description : GPS ANTENNA

OUTLINE
This is a highly sensitive, efficient ANTENNA for receiving GPS satellite waves. The ANTENNA element can be supplied separately, and so it optimum for small sets, such as portable equipment.

FEATURES
1. Small ANTENNA element (20mm 20mm, thickness t=2 or 4mm).
2. Thickness can be selected to suit the desired gain (t=2 or 4mm).
3. The ANTENNA pattern can be custom designed to match the specified case.

View
Part Name(s) : CMM-6-40 CMM-6-60 CMM-6-775 CMM6 ETC1
Unspecified
Description : RC RECEIVER module

[RF Technology]

DESCRIPTION
Together with the ferrite ANTENNA, the RECEIVER module CMM6 forms a complete RECEIVER unit for RADIO controlled signals of frequencies 40kHz, 60kHz and 77.5kHz. For individual part numbers please refer to technical data below

View
Part Name(s) : UM9402 UM9401 UM9415 UMX9401 UMX9415 Microsemi
Microsemi Corporation
Description : COMMERCIAL TWO WAY RADIO ANTENNA SWITCH DIODES

DESCRIPTION
Microsemi offers a series of PIN diodes specifically designed and characterized for solid state ANTENNA switches in commercial two-way RADIOs. ANTENNA switches using the UM9401 and UM9415 series PIN diodes provide high isolation, low loss and low distortion characteristics formerly possible only with electromechanical relay type switches.
The UM9401 and the UM9402 diodes can handle 100 W of transmitter power, while the UM9415 will handle over 1000 W. The extensive characterization of these PIN diodes in ANTENNA switch applications has resulted in guaranteed low distortion specifications under transmit and receive conditions. These diodes also feature low forward bias resistance and high zero bias impedance which are required for low loss, high isolation and wide bandwidth ANTENNA switch performance. For RoHS compliant devices, use the UMX prefix. (IE: UMX9415)

KEY FEATURES
▪ High transmitter power
   UM9401/UM9402 => 100 W
   UM9415 => 1000 W
▪ Low harmonic distortion
▪ Low third order distortion
▪ High carrier lifetime
▪ Non cavity design
▪ Thermally matched configuration
▪ Low capacitance at 0 V bias
▪ Low conductance at 0 V bias
▪ Compatible with automatic insertion equipment
▪ RoHS complaint versions available. 1
▪ Lead finish
   UM9401: Pb/Sn
   UM9402: Gold
   UM9415: Pb/Sn
   UMX9401,UMX9415: Matte Tin

APPLICATIONS/BENEFITS
▪ Isolated stud package available
▪ Surface mount package available
▪ Maximum soldering temperature
   260 °C for 30 seconds.

View

1

2345678910 Next

 

All Rights Reserved © datasheetbank.com 2014 - 2019 [ Privacy Policy ] [ Request Datasheet ] [ Contact Us ]