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Part Manufacturer Description PDF & SAMPLES
CC1110EM315_REFDES Texas Instruments CC1110EM 315MHz Reference Design
SN74LVC1404DCUR Texas Instruments Oscillator Driver for Crystal Oscillator or Ceramic Resonator 8-VSSOP -40 to 125
SN74LVC1404DCTR Texas Instruments Oscillator Driver for Crystal Oscillator or Ceramic Resonator 8-SM8 -40 to 125
SN74LVC1404YZPR Texas Instruments Oscillator Driver for Crystal Oscillator or Ceramic Resonator 8-DSBGA -40 to 85
SN74LVC1404DCURG4 Texas Instruments Oscillator Driver for Crystal Oscillator or Ceramic Resonator 8-US8 -40 to 85
SN74LVC1404DCURE4 Texas Instruments Oscillator Driver for Crystal Oscillator or Ceramic Resonator 8-US8 -40 to 85

315mhz quartz resonator

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 315MHz band. The XE1201 is a half-duplex FSK single chip transceiver that is normally built to work on both the 433MHz ISM band and on the 390-470MHz band. By using a SAW Resonator at 315MHz (carrier , Resonator FIGURE 1: SAW RESONATOR CIRCUIT The SAW Resonator RO2073A (RFM) designed for 315MHz , PCB board Transceiver circuit XTAL Quartz SAW resonator Decoupling capacitor VDD chemical , Components SAW Resonator LNA tank circuit Up Converter tank circuit LO tank circuit Rfout Matching Xemics
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AN1201 433MHz saw Based Transmitter Schematic philips 433mhz RF transmitter 3 pins trimmer capacitor philips 433mhz receiver SAW resonator 433MHz 315mhz resonator 315MH 433MH 390-470MH A0010-42 CS-180-X
Abstract: 315MHz band. The XE1201 is a halfduplex FSK single chip transceiver that is normally built to work on both the 433MHz ISM band and on the 390470MHz band. By using a SAW Resonator at 315MHz (carrier , SAW Resonator RO2073A (RFM) designed for 315MHz application has a Transducer Static Capacitance that , XTAL Quartz SAW resonator Decoupling capacitor VDD chemical Decoupling capacitor ceramic Decoupling , Components SAW Resonator LNA tank circuit Up Converter tank circuit LO tank circuit Rfout Matching Xemics
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315MHZ SAW 41651 390-470MHz 433MHz saw Based receiver Schematic 2 to 22pf trimmer TZC03Z060A110 390470MH CS-330-X CS-220-XJBC CS-470-XJBC SMA-50-3-15/111 TQFP32
Abstract: frequency deviation, and accurate carrier frequency, the crystal resonator frequency will be lower than the specified value. The recommended crystal resonator frequency is 9.8388MHz and 13.5545MHz for 315MHz and , C4 C5 C6 C7 L1 L2 Value 315MHz 9.844M 10K 100K 0 0 22p 22p 1 220p 8.2p 18p 2.2 , is 4KV and 400V. REFERENCE OSCILLATOR For a quartz crystal to oscillate in the specified , CL to oscillate with specified frequency. The temperature coefficient of quartz crystal will cause Princeton Technology
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PT4452 150MIL 27BSC ptc 180n 315Mhz remote keyless rf transmitter 22p capacitor 13.56Mhz rf amplifier circuit diagram wireless alarm door 300MH 450MH 886-66296288F 434MH
Abstract: CIRCUIT The SAW Resonator RO2073A (RFM) designed for 315MHz application has a Transducer Static , circuit XTAL Quartz SAW resonator Decoupling capacitor VDD chemical Decoupling capacitor ceramic , Introduction I - External Components SAW Resonator LNA tank circuit Up Converter tank circuit LO tank , the XE1201 in the 315MHz band. The XE1201 is a halfduplex FSK single chip transceiver that is normally built to work on both the 433MHz ISM band and on the 390470MHz band. By using a SAW Resonator at Xemics
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TZC03Z030A110 smc50-0-1 10E-2 C121 SMC-50-0-1/111 A0111-42
Abstract: CIRCUIT The SAW Resonator RO2073A (RFM) designed for 315MHz application has a Transducer Static , XTAL Quartz SAW resonator Decoupling capacitor VDD chemical Decoupling capacitor ceramic Decoupling , Introduction I - External Components SAW Resonator LNA tank circuit Up Converter tank circuit LO tank , the XE1201 in the 315MHz band. The XE1201 is a halfduplex FSK single chip transceiver that is normally built to work on both the 433MHz ISM band and on the 390470MHz band. By using a SAW Resonator at Xemics
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315MHZ SAW nec SAW 433 SM-2 433.92mhz rf receiver 433mhz resonator philips Trimmers TRIMMER capacitor A0211-42
Abstract: frequency deviation, and accurate carrier frequency, the crystal resonator frequency will be lower than the specified value. The recommended crystal resonator frequency is 9.8388MHz and 13.5545MHz for 315MHz and , C4 C5 C6 C7 L1 L2 Value 315MHz 9.844M 10K 100K 0 0 NC 27p 1u 15p 8.2p 8.2p 2.2u , Body Mode) and MM (Machine Mode) ESD strength is 4KV and 400V. REFERENCE OSCILLATOR For a quartz , quartz crystal will cause the VCO output frequency drift in high/low temperature range. In the FSK mode Princeton Technology
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MS-012AA ASK 433.9 MHz Transmitter 315 MHz crystal controlled transmitter circuit diagram of Garage Door Openers 434mhz oscillator 434MHZ transmitter pcb antenna 13.56 MHz 250MH
Abstract: SAW Resonator The SAW Resonator RO2073A (RFM) designed for 315MHz application has a Transducer , Transceiver circuit XTAL Quartz SAW resonator Decoupling capacitor VDD chemical Decoupling capacitor , Introduction I - External Components SAW Resonator LNA tank circuit Up Converter tank circuit LO tank , the XE1201A in the 315MHz band. The XE1201A is a halfduplex FSK single chip transceiver that is normally built to work on both the 433MHz ISM band and on the 390470MHz band. By using a SAW Resonator at Xemics
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trimcapacitor Quartz 4,096 MHz AN1201A A0301-42
Abstract: over temperature for a SAW Resonator on quartz substrate material follows a negative parabolic shape , resonator. For SAWR based oscillators basics we refer to the EPCOS application note for SAW Automotive #1 , capacitance, Cp the internal IDT capacitance In the Colpits oscillator, the one resonator output port is , port configuration). Calculation of Qloaded for a SAW resonator in 2-port configuration Ql = Qu , -port configuration) of a 1-port SAW Resonator more clear, we set up an simulation based on the electrical equivalent EPCOS
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SIEMENS epcos BFR92 epcos 500 05 r851 D-81617
Abstract: , superheterodyne receiver, 315MHz-433MHz receiver, crystal oscillator, quartz crystal oscillators Mar 27, 2002 APPLICATION NOTE 1017 How to Choose a Quartz Crystal Oscillator for the MAX1470 Superheterodyne Receiver Quartz crystals are available from various vendors in a variety of shapes and sizes, and can range widely , receiver circuit. Quartz crystals are available from various vendors in a variety of shapes and sizes, and , of the resonator. The shunt capacitance, Co, is a function of the crystal electrodes, holder, and Maxim Integrated Products
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MAX1472 MAX1473 AN1017 APP1017 crystal 433mhz DC TO 20khz crystal oscillator 10.7mhz crystal oscillator series and parallel resonance circuit superheterodyne receiver circuit
Abstract: MICRF213 3.3V, QwikRadio® 315MHz Receiver General Description Features The MICRF213 is a general purpose, 3.3V QwikRadio Receiver that operates at 315MHz with typical sensitivity of -110dBm. , Image Rejection Mixer Frequency from 300MHz to 350MHz Low current consumption: 3.9mA @ 315MHz , 4.7ÂuF 315MHz, 1kHz Baud Rate Example QwikRadio is a registered trademark of Micrel, Inc. Micrel , . 9 GND Pin Function Reference resonator input connection to Colpitts oscillator stage. May Micrel Semiconductor
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10E-02 350MH MICRF213AYQS 81563MH ICRF213AYQS M9999-052307-A
Abstract: MICRF213 3.3V, QwikRadio® 315MHz Receiver General Description Features The MICRF213 is a general purpose, 3.3V QwikRadio Receiver that operates at 315MHz with typical sensitivity of -110dBm. , Mixer Frequency from 300MHz to 350MHz Low current consumption: 3.9mA @ 315MHz, continuous on data , 16 15 14 Y1 9.81563MHz 13 12 11 10 9 DO C6 0.47uF C4 4.7uF 315MHz, 1kHz , Function Reference resonator input connection to Colpitts oscillator stage. May also be driven by external Micrel Semiconductor
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RF M4 Receiver - 315MHz 9.81563 rf traNsmitter receiver 315mhz helical am receiver 315MHz antenna matching calculation QR211HE1
Abstract: resonance resistance of up to 1.5dB or 20, or even less. At 315MHz, this 3.0 × 3.0 × 1.15mm resonator , conventional level of ±170ppm. This SAW resonator series (See Fig. 2) exhibits sta32 AEI September 2008 , ) · Low resonance resistance. 1.5dB max. equal to 20 or less (1.0dB typ.: 315MHz) · Small size. 3.0 , quartz crystal substrate for narrow-band filters because this substrate has low temperature Dempa Publications
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TS16949 Car remote keyless entry block diagram circuit diagram of car lock system Car security system block diagram safdc murata SAW filters remote control car circuit diagram
Abstract: 14 RSSI 13 12 11 10 9 DO C4 0.1uF 16V C5 4.7uF 6.3V IF_BW CONTROL 315MHz , GNDRF 3 ANT 4 GNDRF 5 VDD Pin Function Reference resonator input connection to , resonator connection. 7pF in parallel with low resistance MOS switch to GND during normal operation. Driven , MHz September 2007 0.2 V(REFOSC) = 0V k 1.5 Vp-p 3.5 fREFOSC = 9.8131MHz, 315MHz , CAGC) and the reference frequency device, usually a quartz crystal. Additional five components may be Micrel Semiconductor
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MICRF218 QR218HE1 ook deMODULATOR TSDF1220W ZCB-0603 81313 helical antenna 433.92 M9999-090607 QSOP16 AQS16
Abstract: current at 315MHz and 5.5mA of supply current at 433.92MHz. The device also features a low-power , 315MHz o 5.5mA at 433.92MHz o 1ÂuA low-power shutdown mode ï'· Data Rates to 10 kbps (Manchester , 2011 M9999-111111 (408) 944-0800 Micrel MICRF218 315MHz/315.802, 900Hz Baud Rate Example , Reference resonator input connection to Colpitts oscillator stage. May also be driven by external reference , tied to VDD or VSS. Demodulated data output. Not Connected Reference resonator connection. 7pF Micrel Semiconductor
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315/433MH MICRF219A/MICRF220
Abstract: 315MHz and 5.5mA of supply current at 433.92MHz. The device also features a low-power shutdown mode where , 1500kHz IF Bandwidth Low-Supply Current o 4.0mA at 315MHz o 5.5mA at 433.92MHz o 1uA low-power shutdown , MICRF218 315MHz/315.802, 900Hz Baud Rate Example Pin Configuration RO1 GNDRF ANT GNDRF Vdd IF_BW , IF_BW SEL0 SHDN GND Pin Name DO SEL1 Pin Function Reference resonator input connection to Colpitts , . Output is from a buffer with 200 ohms typical output impedance. Not Connected Reference resonator Micrel Semiconductor
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MICRF220 MICRF220 Evaluation Board RF transmitter 433.92 3 pin 5v SA12-11
Abstract: Transceiver circuit XTAL Quartz SAW resonator Decoupling capacitor VDD chemical Decoupling capacitor , . 2 I ­ EXTERNAL COMPONENTS . 3 SAW Resonator , DSSOLFDWLRQ QRWH -2- $SSOLFDWLRQ 1RWH $1 , ² ([WHUQDO &RPSRQHQWV FIGURE 2: SAW RESONATOR , $: 5HVRQDWRU )LJXUH FIGURE 1: SAW RESONATOR CIRCUIT &S 6:% 6:$ ;( / /1$ WDQN FLUFXLW &V , GCO - JUN 99 BOM - XEMICS Evaluation kit XE1201 : 315MHz band Components RF board U1 Q1 SAW1 Xemics
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SMA-50-3 0805-NPO A5 SMD SMA-50-3-15 Transistors Diodes smd e2 smd capacitor philips 0805 A010-042
Abstract: 14 RSSI 13 12 11 10 9 DO C4 0.1uF 16V C5 4.7uF 6.3V IF_BW CONTROL 315MHz , GNDRF 3 ANT 4 GNDRF 5 VDD Pin Function Reference resonator input connection to , resonator connection. 7pF in parallel with low resistance MOS switch to GND during normal operation. Driven , MHz September 2007 0.2 V(REFOSC) = 0V k 1.5 Vp-p 3.5 fREFOSC = 9.8131MHz, 315MHz , CAGC) and the reference frequency device, usually a quartz crystal. Additional five components may be Micrel Semiconductor
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transmitter 433.92 MHz 5v ask MICRF218AYQS micrel impedance matching 113 12 Mhz in crystal oscillator
Abstract: 60dB Analog RSSI Output 3.0V to 3.6V Supply Voltage Range 4.0mA supply current at 315MHz (continuous , consumes 4.0mA of supply current at 315MHz and 6.0mA at 433.92MHz. A shutdown mode reduces supply current , interface input clock. CMOS Schmitt input. A 25k shutdown mode. 16 RO2 Reference resonator , Reference Oscillator Input: Reference resonator input connection to pierce oscillator stage. May also be , Condition Min. Typ. Continuous Operation, fRX = 315MHz 4.0 Continuous Operation, fRX = Micrel Semiconductor
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micrf219 software example MICRF219 MICRF219A QR219BPF M9999-060811
Abstract: Filter Required 60dB Analog RSSI Output 3.0V to 3.6V Supply Voltage Range 4.0mA supply current at 315MHz , consumes 4.0mA of supply current at 315MHz and 6.0mA at 433.92MHz. A shutdown mode reduces supply current , Reference Oscillator Input: Reference resonator input connection to pierce oscillator stage. May also be , input. A 25k pull-down is present when device is in shutdown mode. Reference resonator connection , 1.6 1.15 MHz k V fRX = 315MHz fRX = 433.92MHz fRX = 315 MHz, 50 BER=10-2 fRX = 433.92MHz, 50 BER Micrel Semiconductor
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pierce crystal oscillator CA 3130 SCHEMATIC DIAGRAM comparator detector RF transmitter and receiver 433.9 1625H
Abstract: actuation applications. · 4.0mA supply current at 315MHz (continuous receive) The MICRF219 achieves , 6dB to 42dB Desense of supply current at 315MHz and 6.0mA at 433.92MHz. · Optional Data Output , resonator connection. Internal capacitance of 7pF to GND during normal operation. January 2009 Pin Function Reference Oscillator Input: Reference resonator input connection to pierce oscillator stage. May , = 315MHz 4.0 Continuous Operation, fRX = 433.92MHz 6.0 Min Shutdown Current Typ Micrel Semiconductor
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433.92 transmitter, pcb layout micRF219ayqs ABLS-13 rx 434 ask RACON osc 13 mhz rx 433 .92MHz M9999-011509
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