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30dBmW

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Abstract: 402.78MHz and sweep ±5MHz, vjn = -30dBmW (50O) to pin 20. Calculate /?= 10/(Vdet + 5 - Vdet_ 5) and , ) Demodulation Output Level : Vout Input pin 20 f = 402.78MHz, fm = 100kHz, Af = 10MHzp.p, vin = -30dBmW (50O , : Vout$s Vout5 Input pin 20 f = 402.78MHz, fm = 100kHz, Ai = 10MHzp.p, vin = -30dBmW (50O) Measure the , 100kHz, 60Hz to 4MHz to 9MHz, ¿f = 5MHzp_p, vin= - 30dBmW (50H) Compare to the value at 100kHz by , pin 20 f = 402.78MHz, fm = 100kHz, Ai = 10MHzp.p, vin = -30dBmW (50O) Input the signal below to pin 1 -
OCR Scan
TA8899AF 100kHz agc 24 pin 000707EBA1 579MH 7272MH SSOP30-P-375-1
Abstract: 402.78MHz and sweep ±5MHz, vjn = -30dBmW (50H) to pin 20. Calculate /?= 10/(Vdet + 5 - Vdet_ 5) and , Output Level : Vout Input pin 20 f = 402.78MHz, fm = 100kHz, Af = 10MHzp.p, vin = -30dBmW (50H) Open pin , Vout5 Input pin 20 f = 402.78MHz, fm = 100kHz, Ai = 10MHzp.p, vin = -30dBmW (50H) Measure the variation , 100kHz, 60Hz to 4MHz to 9MHz, ¿f = 5MHzp_p, vin= - 30dBmW (50H) Compare to the value at 100kHz by , pin 20 f = 402.78MHz, fm = 100kHz, Ai = 10MHzp.p, vin = -30dBmW (50H) Input the signal below to pin 1 -
OCR Scan
980910EBA1 SSOP3Q-P-375-1
Abstract: =402.78MHz and sweep iSMHz, v;n = -30dBmW (50.Q) to pin20. Calculate Ã-T0/(Vdet + 5-Vdet^s) and multiply the , pin 20 f = 402.78MHz, fmsi00kHz, ¿f = 10MHzp_p, vjn - -30dBmW (50H) Open pin 4 and 5 and measure the , 5MH2p.p, Vjn = -30dBmW (50ft) Compare to the value ax 100kHz by opening pin 4 and 5, and measuring the , : fp^D input pin 20 f -402.78MHz ± 5MHz, vin = -30dBmW (5QQ) Measure the input frequency range in , = -30dBmW (50H), 4f = 17MHzp.p, Gray level video signal (APL : 10-90%)'-Pre-emphasis-on (Note 15 -
OCR Scan
TA8804F fm detector coil ISFET ta8804f-10 toshiba satellite TA3S04F TA88Q4F TA8804F- P30-P-375 TA8804F-16
Abstract: Vqq (Amp) = 5.0V VCC (OSC) = 4.35 V fIF = 400MHz Pin = - 30dBmW , Vqq (Amp) = 5.0V VCC (OSC) = 4.35 V fIF = 400MHz Pin = - 30dBmW -
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TA4301F 1SV245 1596G INPUT29 980508EBA1 400MH IF-400MH 404MH 596GH
Abstract: CHARACTERISTICS SYMBOL TEST BAND CIRCUIT VHF-L VHF-H 3 UHF UHF TEST CONDITION (note4), (note5) RF=90MHz -30dBmWin RF=465MHz -30dBmWin RF=471MHz -30dBmWin RF=855MHz -30dBmWin MIN. 19.0 20.5 22.0 21.5 9 9 9 9 86 82 83 , =855MHz RF=90MHz RF=465MHz RF=471MHz RF=855MHz RF=90MHz ­30dBmWin RF=465MHz -30dBmWin RF=471MHz -30dBmWin RF=855MHz -30dBmWin dB IF Output Power Level (see3) Ifp 3 dBmW Conversion Gain Shift (see4) CGs , Gain RF Input level = -30dBmW (untuned) (see2) Noise Figure Noise figure meter used. Direct reading Toshiba
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TA1375FG LQFP48 LQFP48-P-0707-0
Abstract: the reference. (Input level : -30dBmW) 1% Cross Modulation fD = fp fD : Input level = -30dBmW fUD Toshiba
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TA1231F TA1231FN SSOP16-P-225-0 cable tv tuner pin FP 801 Fud 24 cable SSOP16-P-225A SSOP16-P-225B SSOP16-P-225-1
Abstract: with the frequency at 2 seconds after switching on as the reference. (Input level : -30dBmW) Note 4: 1% Cross Modulation · fD = fP fD : input level = -30dBmW · fUD = fD+12 MHz 100 kHz, 30%AM Input Toshiba
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TA1281FN tuner tv uhf vhf vhf uhf tuner fd12 uhf amp circuit diagrams
Abstract: the frequency at 2 seconds after switching on, as the reference. (Input level : -30dBmW) (Note 4) 1% Cross Modulation · fD = fp fD : Input level = -30dBmW 100kHz, 30% AM. · fUD =fD + 12MHz Input the -
OCR Scan
TA1731FN TA-1731 TA1231F/FN TA1731F SSOP16 P-225B 23TYP
Abstract: 0.8 V c c (OSC) = 4.35V 10 fIF = 400MHz fIF = 400MHz Pin = - 30dBmW 1.2 fRF 1.4 1.6 Pin = - 30dBmW 1.8 1.2 (GHz) fRF Pin - Pout Pin 1.4 1.6 (GHz -
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SSOP20-P-225-1
Abstract: Vcc(Amp) = 5.0V VCC (OSC) = 4.3 5V f IF = 400MHz Pin = - 30dBmW , Vcc(Amp) = 5.0V VCC (OSC) = 4.3 5V flF = 400MHz Pin = - 30dBmW 6 -
OCR Scan
961001EBA1
Abstract: ) Down Converter Block VHF-L RF=90MHz -30dBmWin C o n v e r s i o n (see1) G a i n CG 3 VHF-H RF=465MHz -30dBmWin UHF UHF RF=471MHz -30dBmWin RF=855MHz -30dBmWin 19.0 20.5 22.0 21.5 9 9 9 9 21.5 23.0 24.5 , =90MHz ­30dBmWin Conversion (see3) Gain Shift CGs 3 VHF-H RF=465MHz -30dBmWin UHF UHF Gain Control Amplifier Block , =0.53V VGCA=1.7V VGCA=1.12.3V Pin3 (apply voltage=0Vcc6) RF=471MHz -30dBmWin RF=855MHz -30dBmWin 45.0 21.5 , level = -30dBmW (untuned) (see2) IF Output Power Level Measure IF output level when It is maximum level Toshiba
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4445a
Abstract: on as the reference. (Input level : -30dBmW) 1% Cross Modulation · fD=fP fD : input level=-30dBmW Toshiba
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TA1281F TA1281FA UHF mixer design TOSHIBA TV IC regulator 000707EBA2
Abstract: with the frequency at 2 seconds after switching on as the reference. (Input level : -30dBmW) Note 4: 1% Cross Modulation · fD = fP fD : input level = -30dBmW · fUD = fD+12 MHz 100 kHz, 30%AM Input Toshiba
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Abstract: reference. (Input level : â'30dBmW) 1% Cross Modulation l fD = fp fD : Input level = â'30dBmW l fUD = Toshiba
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Abstract: minutes with the frequency at 2 seconds after switching on as the reference. (Input level : -30dBmW) 1% Cross Modulation · fD=fP fD : input level=-30dBmW · fUD=fD+12MHz 100kHz, 30%AM Input the two signals Toshiba
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Abstract: on, as the reference. (Input level : -30dBmW) (Note 4) 1% Cross Modulation â'¢ fD = fp fD : Input level = -30dBmW â'¢ fUD = fD + 12MHz 100kHz, 30% AM. Input the two signals above, and increase the fUD -
OCR Scan
TA1231 FRP tank
Abstract: block (see8) TEST CONDITION (note4), (note5) RF=90MHz -30dBmWin RF=465MHz -30dBmWin RF=471MHz -30dBmWin RF=855MHz -30dBmWin Ifp 3, 4 UHF UHF RF=471MHz RF=855MHz 3 VHF-L VHF-H UHF UHF 3 RF=90MHz ­30dBmWin RF=465MHz -30dBmWin RF=471MHz -30dBmWin RF=855MHz -30dBmWin MAX , RF Input level = -30dBmW (untuned) (see2) Noise Figure Noise figure meter used. Direct reading , = -30dBmW) fud = fp ±12MHz, 100kHz AM30% Input two signals, and Increase the fud Input level Toshiba
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VHF transmitter circuit 10m 616DB-1048 1SV283 AT-51 clap switch lgca
Abstract: on as the reference. (Input level : -30dBmW) 1% Cross Modulation · fD=fP fD : input level=-30dBmW Toshiba
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UHF mixer VHF-UHF Band oscillator
Abstract: intermodulation distortion output intercept point OIP3 (dBmW) 0 5 Pin=-30dBmW Offset=1MHz 2.4GHz , (dBmW) -0.5 â¿Pout (dBmW) Third order intermodulation distortion Pin=-30dBmW Offset Toshiba
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TA4032FT 575GH TA4020FT
Abstract: frequency at 2 seconds after switching on as the reference. (Input level : -30dBmW) (Note 4) 1% Cross Modulation â'¢ fd = fp fp : input level = -30dBmW â'¢ fuD = fD + 12MHz 100kHz, 30%AM Input the two signals -
OCR Scan
toshiba Ta tuner 5002 555TYP
Abstract: Gain RF Input level = -30dBmW (untuned) (see2) Noise Figure Noise figure meter used. Direct reading , -30dBmW) fud = fp ±12MHz, 100kHz AM30% Input two signals, and Increase the fud Input level. Measure the , : (fd Input level = -30dBmW) fud = fp ±1MHz : (fud Input level = -30dBmW) Input two signals, measure the , ; frequency step = 62.5kHz / charge pump current = High mode) RF Input level = -30dBmW (see10) Phase Noise , pump current = High mode) RF Input level = -30dBmW 2004/01/30 17 TA1375FG PLL Block Toshiba
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TA1303AFN SSOP30 working of colpitts oscillator
Abstract: 402.78MHz and sweep ±5MHz, vjn = -30dBmW (50H) to pin 20. Calculate /?= 10/(Vdet + 5 - Vdet_ 5) and , Output Level : Vout Input pin 20 f = 402.78MHz, fm = 100kHz, Af = 10MHzp.p, vin = -30dBmW (50H) Open pin , Vout5 Input pin 20 f = 402.78MHz, fm = 100kHz, Ai = 10MHzp.p, vin = -30dBmW (50H) Measure the variation , 100kHz, 60Hz to 4MHz to 9MHz, ¿f = 5MHzp_p, vin= - 30dBmW (50H) Compare to the value at 100kHz by , pin 20 f = 402.78MHz, fm = 100kHz, Ai = 10MHzp.p, vin = -30dBmW (50H) Input the signal below to pin 1 Toshiba
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vhf uhf converter X-TAL reference
Abstract:   30dBmW (500) Input the signal below to pin 1 and open pin 27 and 28. Signal 3 17/s 1~100ms lit Toshiba
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Abstract: ) â'¢ fud = fp + 1 MHz (fudRp input level = -30dBmW) Input two signals, measure the suppression level. (Note 9) 6-ch Beat â'¢ fp = 83.25 MHz (fpRF input level = -30dBmW) â'¢ fs = 87.75 MHz (fsRF inPut level = -30dBmW) Input two signals, measure the suppression level IF output signal between below -
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2SK3079A
Abstract: (fdRF input level = - 30 dBmW) â'¢ fud = fp + 1 MHz (fudRp input level = -30dBmW) Input two signals, measure the suppression level. (Note 9) 6-ch Beat â'¢ fp = 83.25 MHz (fpRF input level = -30dBmW) â'¢ fs = 87.75 MHz (fsRp input level = -30dBmW) Input two signals, measure the suppression level IF -
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2SK3078A SC-62 20070701-JA
Abstract: level = -30dBmW (untuned) (see2) IF Output Power Level Measure IF output level when It is maximum level , after switching on to 3 minutes. (see7) 1% Cross Modulation z fd = fp : (fd Input level = -30dBmW) z fud , : (fd Input level = -30dBmW) z fud = fp ±1MHz : (fud Input level = -30dBmW) Input two signals, measure , setting; frequency step = 62.5kHz / charge pump current = High mode) RF Input level = -30dBmW (see10 , 62.5kHz / charge pump current = High mode) RF Input level = -30dBmW 2005/05/23 16 TA1375FG Toshiba
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