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2003 - K3566

Abstract: 2sk3566 434MH equivalent k3566 k356
Text: = 90 V, L = 43.4mH 5 AS = 1 B VDSS L I2 B 2 VDSS - VDD


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PDF 2SK3566 SC-67 2-10U1B K3566 2sk3566 434MH equivalent k3566 k356
2006 - K3566 transistor

Abstract: K3566 2SK3566 transistor k3566 K3566 data k356
Text: 90 V, L = 43.4mH VDS 15 V -15 V WAVE FORM AS = 1 B VDSS L I2 B 2 - V DD VDSS 5


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PDF 2SK3566 K3566 transistor K3566 2SK3566 transistor k3566 K3566 data k356
2005 - k3566

Abstract: K3566 transistor K3566 data sheet 2SK3566 2SK3566 equivalent equivalent k3566 transistor k3566 K3566 equivalent k356 MARKING toshiba 133
Text: ) 10000 (V) 15 V BVDSS IAR -15 V VDD TEST CIRCUIT RG = 25 VDD = 90 V, L = 43.4mH 5


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PDF 2SK3566 k3566 K3566 transistor K3566 data sheet 2SK3566 2SK3566 equivalent equivalent k3566 transistor k3566 K3566 equivalent k356 MARKING toshiba 133
2004 - K3566 transistor

Abstract: k3566
Text: = 90 V, L = 43.4mH 5 VDS WAVE FORM Ε AS = ⎛ ⎞ 1 B VDSS ⎟ ⋅ L ⋅ I2 â


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PDF 2SK3566 K3566 transistor k3566
K3566 transistor

Abstract: K3566 transistor k3566 K3566 data transistor 2sk3566 2SK3566
Text: VDD TEST CIRCUIT RG = 25 VDD = 90 V, L = 43.4mH 5 VDS WAVE FORM AS = 1 B VDSS


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PDF 2SK3566 K3566 transistor K3566 transistor k3566 K3566 data transistor 2sk3566 2SK3566
K3566

Abstract: K3566 transistor K3566 data sheet 2sk3566 transistor k3566 K3566 data equivalent k3566 K3566 equivalent
Text: ) 15 V BVDSS IAR -15 V VDD TEST CIRCUIT RG = 25 VDD = 90 V, L = 43.4mH 5 VDS WAVE


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PDF 2SK3566 K3566 K3566 transistor K3566 data sheet 2sk3566 transistor k3566 K3566 data equivalent k3566 K3566 equivalent
Not Available

Abstract: No abstract text available
Text: ;Ta=25°C AA o O ro 4 mA L „ d =0 M-A; V cc =V txen 3.5V V D T =LOW; 434MHz AA 6.4 8.5 10.1 mA I md =150 H A ;V cc = V txen =3.5V o V data=HIGH; 434MH z 'c c , txen=6.5V od c V data=HIGH; 434MHz TXEN - transmit enable Ven 3.5 VC + °-2 c V , o = 434MHz od mA fundamental, VC =3.5V C Output current at Fundamental, Vcc = 3.5V , mA -3 2 dBc Output level at 2 x fundamental see note 1 I mod=150nA, Fo= 434MHz l mod


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PDF KESTX01 400MHz 460MHz DS4548 DS3969 KESTX01
2012 - 434MH

Abstract: LOG RX1 crystal 433.92Mhz
Text: 2) Supply Current IDD TA < +85°C, typ at +25°C (Note 4) fRF = 315MHz fRF = 434MHz fRF = 315MHz fRF = 434MHz fRF = 315MHz fRF = 434MHz Receiver 315MHz Receiver 434MHz Deep-sleep (3V mode) Deep-sleep (5V mode) Receiver 315MHz TA < +125°C, typ at +125°C (Note 2) Receiver 434MHz Deep-sleep (3V mode) Deep-sleep (5V , PRFIN fRF = 315MHz (Note 6) fRF = 434MHz (Note 6) fRF = 315MHz (Note 6) fRF = 434MHz (Note 6) ENABLE or , , 280kHz IF BW, average RF power 315MH z 434MH z -114 dBm -113 46 dB 315/433.92 0 32 30 24 22 200 MHz dBm %


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PDF 315MHz 92MHz MAX7030 33kbps 66kbps 10dBm -114dBm. 434MH LOG RX1 crystal 433.92Mhz
repeater high sensitivity

Abstract: RFB915 RF MODULE 434Mhz, fsk RFB915B RFB868B RFB433B MICRF620 MICRF610 MICRF600 rX-433
Text: 434MHz. The front end has a gain of about 33dB to 35dB. The gain varies by 1-1.5dB over a 2.0V to 2.5V , have a gain of about 10dB at 434MHz. ScCLK: Switched capacitor filter clock, bits ScClk5-0 st 1 , MICRF620 434MHz ISM Band Transceiver Module General Description The MICRF620 is a , Temperature (TA) .­20°C to +75°C Electrical Characteristics fRF = 434MHz , Data rate , Crystal Initial Tolerance +10 ppm +10 ppm -10 Rx 433.4MHz ­ Rx 434MHz µs Rx ­ Tx


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PDF MICRF620 434MHz MICRF620 EN300 M9999-120205 repeater high sensitivity RFB915 RF MODULE 434Mhz, fsk RFB915B RFB868B RFB433B MICRF610 MICRF600 rX-433
2000 - proximity detector sensor

Abstract: 6.7 mhz oscillator TDA5100 ALPs modulator alps encoder pd toko rcl 6.78MHZ 13.56Mhz class e power amplifier 6.78MHZ crystal oscillator tda ic for AM receiver
Text: application board results in a typical lossless QU =150 = / 9.5 m = 15400 at 434Mhz. Adding the losses of , assigned frequency bands for Short Range Devices (SRD) at either 434MHz or 869MHz using amplitude , operation at 869MHz. Operation at 434MHz is achieved by first dividing the VCO frequency by two. The power , synthesizer High efficiency power amplifier Output power +4dBm ( 434MHz ), +1dBm (869MHz) Supply voltage , frequency. + 1 .2 V FSEL < 0.5V will give access to the 434MHz frequency range. 30k 15 9 0k


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PDF LL2012-J LL1608-J TDA5100 HCS360 HU2031-1, 75kHz proximity detector sensor 6.7 mhz oscillator TDA5100 ALPs modulator alps encoder pd toko rcl 6.78MHZ 13.56Mhz class e power amplifier 6.78MHZ crystal oscillator tda ic for AM receiver
2003 - rfb433b

Abstract: bcc418 tx 434 rf module RFB868B 3.0 N1 PIC16LF73 RX 434 RF MODULE 434Mhz tx 434 rf module pin 6 tx rx module 434 4 channel 433mhz rx tx module
Text: section fOUT= 434MHz Output power RLOAD=50, Vdd=3.0V Transmit data rate Freq. Deviation Current consumption transmit mode 10 dBm, RLOAD=50 Receive section fIN= 434MHz Receiver sensitivity BER


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PDF RFB433B, 433MHz RFB433B 433MHz RFB868B RFB915B bcc418 tx 434 rf module 3.0 N1 PIC16LF73 RX 434 RF MODULE 434Mhz tx 434 rf module pin 6 tx rx module 434 4 channel 433mhz rx tx module
2002 - Nokia 3310

Abstract: circuit diagram of nokia cellphone Nokia c5 dongle diagram flow design nokia charger diagram nokia ac adapter nokia charger design nokia c1 circuit diagram nokia charger circuit diagram schematic diagram of Nokia phone charger
Text: will have a low value to oscillate at 434MHz and the global quality factor of the tank will be high


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PDF XE1201A/XE3005 XE1201A/XE3005-WHK2 XE1201A WHK02 U0212-174 Nokia 3310 circuit diagram of nokia cellphone Nokia c5 dongle diagram flow design nokia charger diagram nokia ac adapter nokia charger design nokia c1 circuit diagram nokia charger circuit diagram schematic diagram of Nokia phone charger
2001 - 6.78MHZ crystal oscillator

Abstract: 433mhz ask remote control 434MHZ transmitter 02VO 433.92mhz rf receiver MP14 KESTX01 differential loop antenna ASK transmitter 433mhz antenna 433MHZ PCB
Text: mod =0 µA; VCC =V TXEN 3.5V V DATA =LOW; 434MHz 6.4 8.5 10.1 mA I mod =150 µA; VCC =V TXEN =3.5V V DATA =HIGH; 434MHz I CC 4 1.6 3.17 5.0 mA I mod =0 µA; VCC =V TXEN =6.5V V DATA =LOW; 434MHz Supply current PLL enable/transmit mark see note 1 I CC 5 6.4 9.8 12.5 mA I mod =150µA; VCC =V TXEN =6.5V V DATA =HIGH; 434MHz TXEN ­ transmit enable , =75µA, F o = 434MHz Output current at Fundamental, VCC = 3.5V IF150 2.4 3.8 4.9 pk-pk


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PDF KESTX01 400MHz 460MHz DS4548 DS3969 KESTX01 6.78MHZ crystal oscillator 433mhz ask remote control 434MHZ transmitter 02VO 433.92mhz rf receiver MP14 differential loop antenna ASK transmitter 433mhz antenna 433MHZ PCB
2003 - df2 diode

Abstract: AN207 KESRX01
Text: , 434MHz , 2KB/s dBm -23.5 dBm RS = 50, 434MHz , 2KB/s LNA input impedance VCC = 5V; 25°C ambient; 434MHz Parallel combination R11/C11 2.65//2.2 3.61//2.2 K//pF Mixer input impedance Also see note 5 VCC = 5V; 25°C ambient; 434MHz Parallel combination R11/C11 1.15//1.1 , (BER) at the output. The sensitivity of the KESRX01 receiver, when used in the 434MHz application , KESRX01 Test circuit at 434MHz (peak detector slice mode) Component Function Value Units C1


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PDF KESRX01 460MHz DS3968 March1998 105dBm 315MHz) QPA24 KESRX01/IG/QP1T KESRX01/IG/QP1S df2 diode AN207 KESRX01
433 mhz rf power amplifier module efficiency

Abstract: 433 MHZ 8 channel RF transmitter and Receiver circuit 3 stage fm transmitter Crystal Oscillator VCXO 21.4MHz 10-kbps 433 mhz rf module NRT2 NTR2-434 NTR2
Text: whip. This consists simply of a piece of wire or rod connected to the module at one end. At 434MHz the , . The size shown is about the maximum commonly used at 434MHz and appropriate scaling of length


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PDF NTR2-434 075MHz, 650MHz 700MHz 433MHz 458MHz 433 mhz rf power amplifier module efficiency 433 MHZ 8 channel RF transmitter and Receiver circuit 3 stage fm transmitter Crystal Oscillator VCXO 21.4MHz 10-kbps 433 mhz rf module NRT2 NTR2
2010 - infineon TPMS sp37

Abstract: ISO106 smd diode A82 PG-DSOSP-14
Text: and Acceleration Sensor, embedded 8051 Microcontroller, LF 125kHz ASK Receiver and FSK/ASK 315/ 434MHz , minimize battery consumption „„ RF transmitter for 315 and 434MHz „„ Selectable output power 5 or , capability Payload extraction „„ ASK sensitivity < -108dBm @ 434MHz „„ Message content screening , data rate communication in the 868MHz, 315MHz, 434MHz and 915MHz bands. The IC offers a very high , , 434MHz , 915MHz „„ Low supply current „„ Supply voltage range 2.1 . 5.5V „„ Power down mode


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2009 - ASK RECIEVER 433mhz

Abstract: garage door 300mhz transmitter circuits diagram 8 channel rf remote control Design a log periodic Antenna 88-108mhz range WIRELESS DATA TELEMETRY SYSTEM RC CAR MICRF219 ETSI-EN-300-220 micrf211 saw RF fsk Reciever 433.92 MICRF213
Text: No file text available


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PDF 300MHz 145QS ASK RECIEVER 433mhz garage door 300mhz transmitter circuits diagram 8 channel rf remote control Design a log periodic Antenna 88-108mhz range WIRELESS DATA TELEMETRY SYSTEM RC CAR MICRF219 ETSI-EN-300-220 micrf211 saw RF fsk Reciever 433.92 MICRF213
2010 - schematic diagram atx Power supply 500w

Abstract: pioneer PAL 012A 1000w inverter PURE SINE WAVE schematic diagram 600va numeric ups circuit diagrams winbond bios 25064 TLE 9180 infineon smsc MEC 1300 nu TBE schematic diagram inverter 2000w DK55 circuit diagram of luminous 600va UPS
Text: No file text available


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PDF P462-ND P463-ND LNG295LFCP2U LNG395MFTP5U US2011) schematic diagram atx Power supply 500w pioneer PAL 012A 1000w inverter PURE SINE WAVE schematic diagram 600va numeric ups circuit diagrams winbond bios 25064 TLE 9180 infineon smsc MEC 1300 nu TBE schematic diagram inverter 2000w DK55 circuit diagram of luminous 600va UPS
2001 - 13.56Mhz AMPLIFIER

Abstract: pcb antenna 13.56Mhz 13.56Mhz rf amplifier NX8045GA TSSOP14 NX1255GA MC68HC908RK2 AEC-Q100-002 ndk 50MHz MC33493
Text: . 12 - 21 k RF Parameters Rext value 2.2 315 & 434MHz bands, with 50 matching , 2.4 315 & 434MHz bands, -40°CTA125°C -3 0 3 dBm 2.8 868MHz band, -40°CTA125°C -7 -3 0 dBm 315 & 434MHz bands, with 50 matching network - -0.35 -0.25 - dB/k mA/k 315 & 434MHz bands, with 50 matching network - -34 - dBc 868MHz band, with 50 matching network - -49 - dBc 2.15 315 & 434MHz bands - -23 -17


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PDF MC33493/D MC33493 315-434MHz 868MHz 13.56Mhz AMPLIFIER pcb antenna 13.56Mhz 13.56Mhz rf amplifier NX8045GA TSSOP14 NX1255GA MC68HC908RK2 AEC-Q100-002 ndk 50MHz MC33493
434mhz rf transmitter and receiver module

Abstract: fm transmitter 300m range X band transmitter switch 02N microprocessor in radio transmitters pll FM module 4 channel RF transmitter and Receiver circuit EN300-220 CDP-TX-02N CDP-RX-02N
Text: UHF Narrow Band Multi Channel Transmitter/Receiver CDP-TX-02N/ CDP-RX-02N The unique and compact CDP-02N is a frequency selectable radio data module for 434MHz UHF band. Both CDP-TX-02N (transmitter) and CDP-RX-02N (receiver) are equipped by frequency synthesizer system with microprocessor. Frequency range of CDP-02N is from 433.875MHz to 434.650MHz in 32 channels which are selectable by the use of an onboard 4 bits switch. Small size, low voltage operation and frequency selectability of CDP


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PDF CDP-TX-02N/ CDP-RX-02N CDP-02N 434MHz CDP-TX-02N 875MHz 650MHz 434mhz rf transmitter and receiver module fm transmitter 300m range X band transmitter switch 02N microprocessor in radio transmitters pll FM module 4 channel RF transmitter and Receiver circuit EN300-220 CDP-TX-02N CDP-RX-02N
2004 - TK14800

Abstract: rf 315mhz TK14800V
Text: 13 1 12 0.9 ±0.2 1.2 max 2band for RKE: 315/ 434MHz Both ASK and FSK are available , oscillator input 40 35 30 RF=100MHz RF=315MHz RF= 434MHz Conversion Gain [dB] Output Level [dBm] 0


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PDF TK14800V GC3-K011A TK14800V TK14800 rf 315mhz
1998 - transistor substitution chart

Abstract: S M R2632 saw resonator r2632 95hs01 saw Colpitts circuit design I-ETS-300-220 siemens R2632 R2632 433.92 Mhz two-port saw resonator RP1303
Text: = L Q Q e = = (7) 64nH · 2 · 434MHz 200 175 = 875m 200 XL (13) = 7.2 Q If


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PDF AN-1021 C56858 transistor substitution chart S M R2632 saw resonator r2632 95hs01 saw Colpitts circuit design I-ETS-300-220 siemens R2632 R2632 433.92 Mhz two-port saw resonator RP1303
TX433

Abstract: RX433 RF MODULE 434Mhz ASK RF MODULE 434Mhz RF ask module 315 433 mhz ask rf module TX433 MODULE TX-433 rf module 434 RF MODULE
Text: RX433 The RF module's frequency is from UHF ASK 300MHz to 434MHz High sensitivity passive design 4800 B/S baseboard data rate simple to apply with low external parts count Low supply voltage Vcc = 5VDC ASK Data Shaping Comparator Included DC Characteristics Parameter Conditions Min Typ Max Unit Vcc Operating Supply Voltage 4,9 5 5,1 V 1 tot Operating Supply , RF module's frequency is from UHF ASK 300MHz to 434MHz The RF module's frequency depends on


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PDF RX433 300MHz 434MHz 92MHz 500ohm 50ohm TX433 RX433 RF MODULE 434Mhz ASK RF MODULE 434Mhz RF ask module 315 433 mhz ask rf module TX433 MODULE TX-433 rf module 434 RF MODULE
KESRX01

Abstract: 434M diode ring mixer phase detector
Text: ACR Rs = 50£2, 434MHz , 2KB/S Rs = 50£2, 434MHz , 2KB/s Vcc = 5V; 25°C ambient; 434MHz Also see note 5 Vcc = 5V; 25°C ambient; 434MHz Also see note 5 C5 = C4 = 18pF All Rs = 500£2 10MHz offset from , Bit Error Ratio (BER) a tth e output. The sensitivity of the KESRX01 receiver, when used in the 434MHz


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PDF KESRX01 460MHz DS3968 October1998 KESRX01 50Kbits/sec 434M diode ring mixer phase detector
LFK30-04

Abstract: LFK30-05E-0950L020 LFM35
Text: -45.4MHz Taping: 500 pcs./reel LFM35-11C0422B001 422.2 fo±0.5 5.0 max. 2.2 max. 30 min. at fo- 43.4MHz ·


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PDF LFB30 200MHz--600MHz LFB30N12B0240B001 LFB30N11B0422B001 fo--43 LFA30 600MHz--1 LFE35-05E0888L033 LFK30-05 LFK30-05E0950L020 LFK30-04 LFK30-05E-0950L020 LFM35
Supplyframe Tracking Pixel