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    120khz Datasheets

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    UCC28500DWTR Texas Instruments 1.2A POWER FACTOR CONTROLLER WITH POST REGULATOR, 120kHz SWITCHING FREQ-MAX, PDSO20, GREEN, PLASTIC, SOIC-20 Visit Texas Instruments Buy
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    Saronix XO58605120KHZ

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    Beijing Ultrasonic TRANSDUCER 120KHZ, 60W, 38SMPZT4

    Ultrasonic cleaning transducer; frequency: 120kHz; power: 60W; piezoelectric material: PZT4
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    Maritex TRANSDUCER 120KHZ, 60W, 38SMPZT4 1
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    120khz Datasheets Context Search

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    120KHZ

    Abstract: No abstract text available
    Text: 833 ±0.5% ±1% 15 ±2% 666 ±0.5% ±1% 24 ±2% 416 ±0.5% ±1% 77% 120KHz 82% 120KHz 83% 120KHz 83% 120KHz 83% 120KHz type 3.3 5 12 15 24 ±2% ±2% ±2% ±2% ±2% 1500 , (Vp-p) <0.5% Vout +50mV max (Vp-p) 76% 82% 83% 83% 83% 120KHz 120KHz 120KHz 120KHz 120KHz


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    PDF 8-36V) 24-5S 24-12S 24-15S 24-24S 1500mA 120KHZ

    2002 - XC6351A

    Abstract: XC6351A120MR
    Text: NHighly Efficient GCellular and portable phones : 90% NLow Power Consumption : 310µA ( 120kHz , Frequency : 120kHz : 35kHz ( custom ) Low Supply Current : 310 µA ( TYP ) : 100 µA ( TYP ; 35kHz , / C- VOUT GND XC6351A120MR ( 120kHz ) RL VIN=3.0V,C1=C2=1.0 µF(ceramic) CIN=1.0 µF(ceramic , SYMBOL qwe r t 120 035 M R L Oscillation frequency 120kHz Oscillation frequency 35kHz , frequency PRODUCT NAME 3 35kHz XC6351A035M 2 120kHz XC6351A120M 0 1 r


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    PDF 120kHz NSOT-26 XC6351A OT-26 XC6351A120MR 120kHz) XC6351A120MR

    12V DC to 24V dC converter circuit diagram

    Abstract: diagram Converter 24v to 12v 48V DC to 12v dc converter circuit diagram 12V DC to 48v dc converter circuit diagram 24v to 12v converter CIRCUIT DIAGRAM 12V DC to 24V dual dC converter circuit diagram 24V DC to 12V dC converter circuit diagram 36V DC to 12V dC converter circuit diagram
    Text: 78% 120KHz 79% 120KHz 80% 120KHz type 5 12 15 24 ±2% ±2% ±2% ±2% 2000 833 666 , (Vp-p) 78% 79% 80% 80% 120KHz 120KHz 120KHz 120KHz Works over 120% of rating and recovers


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    PDF 12-5S 12-12S 12-15S 12-24S 12-5D 12-12D 12-15D 2000mA 833mA 666mA 12V DC to 24V dC converter circuit diagram diagram Converter 24v to 12v 48V DC to 12v dc converter circuit diagram 12V DC to 48v dc converter circuit diagram 24v to 12v converter CIRCUIT DIAGRAM 12V DC to 24V dual dC converter circuit diagram 24V DC to 12V dC converter circuit diagram 36V DC to 12V dC converter circuit diagram

    XC6351A

    Abstract: XC6351A120MR
    Text: Range 1.2V to 5.0V Highly Efficient 90% Low Power Consumption 310µA ( 120kHz ) CE ( Chip Enable , : Oscillator Frequency : 1.2V to 5.0V 120kHz 35kHz ( custom ) 310 µA ( typ ) 100 µA ( typ ; 35kHz ) 90 , . 286 Electrical Characteristics FOSC = 120kHz Ta = 25 C O CONDITIONS SYMBOL I DD , XC6351A 1 2 3 4 5 SYMBOL 123 DESCRIPTION 120 Oscillation frequency 120kHz 035 Oscillation , (1) Output Voltage vs. Output Current XC6351A120MR ( 120kHz ) XC6351A120MR ( 120kHz ) VIN


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    PDF XC6351A 120kHz OT-26 XC6351A120MR 120kHz) XC6351A120MR

    2003 - ir 9922

    Abstract: No abstract text available
    Text: Specification: Pass Band Frequency 200Hz~ 120KHz @100mA DC Attenuation 55dB Min @800KHz ~ 8MHz Insertion Loss 0.8dB Max. @200Hz~ 120KHz Return Loss 16dBMin. @200Hz~ 120KHz D.C Resistance , ) R.L(dB) DCR IR 200HZ 120KHZ 800KHZ 8MHZ 200HZ 80KHZ 120KHZ 6ohms Max


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    PDF CO150C384AA CO150C384AA-R1 200Hz 120KHz 100mA 800KHz 16dBMin. ir 9922

    2001 - ATFN6025A

    Abstract: No abstract text available
    Text: Khz) Equalized atten. (A1=1.0, A2=0.5) (A1*Fo-60Khz+A2*Fo- 120Khz ) (A1*Fo- 120Khz +A2*Fo-330Khz) (A1*Fo+60Khz+A2*Fo+ 120Khz ) (A1*Fo+ 120Khz +A2*Fo+330Khz) 3 dB min 22 dB min Flyback (± 25MHz , 60Khz & ± 120Khz ) (± 330Khz & ± 660Khz) 70dB min 70dB min Terminating Impedance 2000// -0.6pF


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    PDF ATFN6025A 32Mhz Fo-60Khz Fo-120Khz) Fo-120Khz Fo-330Khz) 60Khz 120Kut 60Khz ATFN6025A

    2001 - flyback 60108

    Abstract: ATFN6024A
    Text: Khz) Equalized atten. (A1=1.0, A2=0.5) (A1*Fo-60Khz+A2*Fo- 120Khz ) (A1*Fo- 120Khz +A2*Fo-330Khz) (A1*Fo+60Khz+A2*Fo+ 120Khz ) (A1*Fo+ 120Khz +A2*Fo+330Khz) 3 dB min 22 dB min Flyback (± 25MHz , 60Khz & ± 120Khz ) (± 330Khz & ± 660Khz) 70dB min 70dB min Terminating Impedance 2000// -0.6pF


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    PDF ATFN6024A Fo-60Khz Fo-120Khz) Fo-120Khz Fo-330Khz) 60Khz Fo-25 flyback 60108 ATFN6024A

    Not Available

    Abstract: No abstract text available
    Text: 20V, IO =200mA VI = 8V to 20V, IO =200mA VI = 8V to 18V, f = 120KHz IO = 5mA to 500mA IO = 5mA to , package) VI = 8V to 25V, IO =200mA VI = 9V to 25V, IO =200mA VI = 9V to 19V, f = 120KHz IO = 5mA to 500mA , package) VI = 10.5V to 25V, IO =200mA VI = 11V to 25V, IO =200mA VI = 11.5V to 21.5V, f = 120KHz IO = 5mA , (TO220 package) VI = 11V to 27V, IO =200mA VI = 13V to 27V, IO =200mA VI = 12V to 22V, f = 120KHz IO = , 23V, f = 120KHz IO = 5mA to 500mA IO = 5mA to 200mA IO = 5mA f = 10Hz to 100KHz 0°C to 125°C Min


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    PDF GM78M00 500mA GMM78MXX J-STD-020. 900ppm 1500ppm GM78M00V2

    2001 - 83.16

    Abstract: MSFB12-85-02640 MSFB12-85-026K0 MSFC12-83-026K0 MSFC12-85-026K1
    Text: 5.0 MAX. Fo­ 120kHz 50 MIN. Fo­ 120kHz 40 MIN. dB Fo±60kHz 25 MIN. Fo±60kHz 25 MIN. Fo+ 120kHz 50 MIN. Fo+ 120kHz 40 MIN. Fo±10kHz 12 MAX. MSFC12 980//­1.2


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    PDF MSFC12-83-026K0 MSFC12-85-026K1 MSFB12-85-026K0 16MHz. 38MHz. MSFB12-85-02640 13kHz 120kHz 83.16 MSFB12-85-02640 MSFB12-85-026K0 MSFC12-83-026K0 MSFC12-85-026K1

    SAFC130

    Abstract: 925-kHz SAFC83 SAFC83.160MC40X SAFC130.000MC
    Text: Frequency Characteristics SAFC83.160MC40X v ) fo-400kHz to fo- 120kHz vi) fo- 120kHz to fo- 60kHz vii) fo± 47kHz viii) fo+ 60kHz to fo+ 120kHz ix ) fo + 120kHz to fo + 150kHz x ) fo+ 15 0kH z to fo , odulation (dBm) Intermodulation in the composite signal of fo±60kHz and fo± 120kHz by addition of -20dBm


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    PDF SC511 SAFC83 160MC40X 160MHz) 1000kHz fo--925kHz fo--885kHz fo--700kHz fo--400kHz SAFC130 925-kHz SAFC83.160MC40X SAFC130.000MC

    2003 - MSFC12-83-026K0

    Abstract: MSFC12-85-026K1
    Text: MIN. Fo- 120kHz 35 25 MIN. Fo±60kHz Fo+ 120kHz 60 50 MIN. Fo+ 120kHz 65 40 MIN. Fo±13kHz 6 10 MAX. Fo±10kHz 5 12 MAX. Fo- 120kHz dB Guaranteed


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    PDF MSFC12-83-026K0 MSFC12-85-026K1 16MHz. 38MHz. 13kHz 10kHz Fo-120kHz 60kHz MSFC12-83-026K0 MSFC12-85-026K1

    2004 - MSFC12-83-026K0

    Abstract: MSFC12-85-026K1
    Text: . #3 #1 Minimum Loss 3.5 * 5.0 MAX. Minimum Loss 3.5 * 5.0 MAX. #2 2.54 7.6 Fo- 120kHz 64 * 50 MIN. Fo- 120kHz 59 * 40 MIN. dB Guaranteed Attenuation Fo±60kHz 35 * 25 MIN. Fo , Conditions Specifications 2.54 Item (Unit : mm) 1.4 Specifications 33 * 25 MIN. Fo+ 120kHz 60 * 50 MIN. Fo+ 120kHz 65 * 40 MIN. Group Delay Deviation µS Fo±13kHz Terminating Impedance


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    PDF MSFC12-83-026K0/MSFC12-85-026K1 t026K· 26kHz 16MHz. 38MHz. MSFC12-83-026K0 MSFC12-85-026K1 120kHz 13kHz MSFC12-83-026K0 MSFC12-85-026K1

    Not Available

    Abstract: No abstract text available
    Text: A f l A Insertion Loss dB Minimum Loss 5.0 MAX. Minimum Loss 5.0 MAX. Fo- 120kHz 50 MIN. Fo- 120kHz 40 MIN. Fo±60kHz 25 MIN. Fo±60kHz 25 MIN. Fo+ 120kHz 50 MIN. Fo+ 120kHz 40 MIN. Fo+13kHz 10 MAX. Fo±10kHz 12 MAX. Pass Bandwidth dB


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    PDF MSFC12-83-026K0 MSFC12-85-026K1 MSFB12-85-026K0 16MHz. 38MHz. MSFB12-85-02840 Fo-120kHz

    1994 - Not Available

    Abstract: No abstract text available
    Text: 9µA at 120kHz. When CS = VCC, the logic is gated off and no supply current is drawn regardless of , windows of 12.5µs (“+” input) which occur at the maximum clock rate of 120kHz. Source Resistance , 4 5 CS/SHDN GND TA = 25°C VCC = 2.7V VREF = 2.5V fCLK = 120kHz 3V P1.3 SERIAL DATA , 2.7V (Note 4) 120 tCYC Total Cycle Time LTC1285, fCLK = 120kHz LTC1288, fCLK = 120kHz , CS Low Time During Data Transfer LTC1285, fCLK = 120kHz LTC1288, fCLK = 120kHz 2 2 µs


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    PDF LTC1285/LTC1288 12-Bit 1285/LTC1288 12-bit, LTC1285 LTC1288 LTC1096/LTC1098 LTC1196/LTC1198

    2009 - Not Available

    Abstract: No abstract text available
    Text: Ž‡ ●小型 LCD パネル : 1.2V ~ 5.0V : 120kHz : 35kHz (カスタム品) 低消費電流 : 310Î , シンボル 詳細内容 120 120kHz 035 35kHz (カスタム品) MR ④⑤-â , €‚ 3/9 XC6351A シリーズ ■電気的特性 FOSC= 120kHz é … 目 消費電流 è , 120kHz XC6351A120M* ② 1 2 0 1 3 SOT-26 (TOP VIEW) ③ â , €‚ シンボル 発振周波数 品名表記例 3 35kHz XC6351A035D* 2 120kHz


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    PDF XC6351A JTR0801-003 XC6351Aã OT-26

    1994 - interfacing ADC with 8051 and 8255

    Abstract: intel 8051 Family with internal ADC MC6805S2 8255 interface with 8051 tc-038 HD637 HD64180 HPC16000 LTC1285 LTC1285CS8
    Text: at 120kHz. When CS = VCC, the logic is gated off and no supply current is drawn regardless of the , of 12.5µs ("+" input) which occur at the maximum clock rate of 120kHz. Source Resistance The , 2.5V fCLK = 120kHz 3V P1.3 SUPPLY CURRENT (µA) 1µF Supply Current vs Sample Rate 1000 , Clock Frequency VCC = 2.7V (Note 4) 120 tCYC Total Cycle Time LTC1285, fCLK = 120kHz LTC1288, fCLK = 120kHz thDI Hold Time, DIN After CLK VCC = 2.7V tsuCS Setup Time CS Before


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    PDF LTC1285/LTC1288 12-Bit 1285/LTC1288 12-bit, LTC1285 LTC1288 LTC1096/LTC1098 LTC1196/LTC1198 interfacing ADC with 8051 and 8255 intel 8051 Family with internal ADC MC6805S2 8255 interface with 8051 tc-038 HD637 HD64180 HPC16000 LTC1285CS8

    out put 10v regulator

    Abstract: No abstract text available
    Text: VI = 8V to 20V, IO =200mA VI = 8V to 18V, f = 120KHz IO = 5mA to 500mA IO = 5mA to 200mA , , f = 120KHz IO = 5mA to 500mA IO = 5mA to 200mA Temperature Coefficient of Out put Voltage , =200mA VI = 11V to 25V, IO =200mA VI = 11.5V to 21.5V, f = 120KHz IO = 5mA to 500mA IO = 5mA to , = 12V to 22V, f = 120KHz IO = 5mA to 500mA IO = 5mA to 200mA Temperature Coefficient of Out , (TO220 package) VI = 12.5V to 28V, IO =200mA VI = 14V to 27V, IO =200mA VI = 13V to 23V, f = 120KHz


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    PDF GM78M00 500mA GMM78MXX 500mA J-STD-020. 900ppm 1500ppm GM78M00V2 out put 10v regulator

    2003 - Not Available

    Abstract: No abstract text available
    Text: Loss Fo- 120kHz Fo±60kHz Fo+ 120kHz Fo±13kHz - Specifications 83.16 - - , ~+85 -3dB Fo­10kHz Minimum Loss Fo- 120kHz Fo±60kHz Fo+ 120kHz Fo±10kHz MSFC12 0 3.5 59 33


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    PDF MSFC12-83-026K0 MSFC12-85-026K1 16MHz. 38MHz. 13kHz Fo-120kHz 60kHz 120kHz

    2004 - XC6351A120M

    Abstract: 1F sot26
    Text: : 310A( 120kHz ) CE(Chip Enable) Function SOT-26 and USP-6B Packages APPLICATIONS Cellular and portable , Voltage Range : 1.2V ~ 5.0V Oscillation Frequency : 120kHz : 35kHz ( custom ) Low Supply Current : 310A , DESCRIPTION Oscillation Frequency Package Device Orientation SYMBOL 120 035 M D R L : 120kHz : 35kHz (custom , , Represents oscillation frequency MARK 3 2 0 1 OSCILLATION FREQUENCY 35kHz 120kHz PRODUCT SERIES , 120kHz PRODUCT SERIES XC6351A035D* XC6351A120D* Represents production lot number 0 to 9,A to Z


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    PDF 120kHz) OT-26 XC6351A 35kHz XC6351A XC6351A120M 1F sot26

    2005 - XC6351A

    Abstract: USP-6B MARKING SO SOT26 Vin 1.2v charge pump sot SOT-26
    Text: Operating Voltage Range : 1.2V ~ 5.0V : 90% Highly Efficient Low Power Consumption : 310A( 120kHz , : 120kHz : 35kHz ( custom ) voltages can be generated with only 2 external capacitors connected, GaAs , DESCRIPTION 120 : 120kHz 035 : 35kHz (custom) M : SOT-26 D : USP-6B R : Embossed , 35kHz 120kHz XC6351A035Mx XC6351A120Mx 3 2 Represents production lot number 0 to 9, A , 35kHz 120kHz USP-6B XC6351A035Dx XC6351A120Dx Represents production lot number 0 to 9,A


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    PDF 120kHz) OT-26 XC6351A 120kHz 35kHz 35kHz XC6351A USP-6B MARKING SO SOT26 Vin 1.2v charge pump sot SOT-26

    Not Available

    Abstract: No abstract text available
    Text: -700kHz 40 min. iv) fo-700kHz to fo-400kHz 30 min. v) fo-400kHz to fo- 120kHz 40 min. vi) fo- 120kHz to fo- 60kHz 20 min. 20 min. vii) fo+60kHz to fo+ 120kHz 40 min. viii) fo+ 120KHz to fo+150kHz ix) fo+150kHz to , . signal of fo±60kHz and fo± 120kHz by addition of ~20dBm each. (O p eratin g T e m p e ra tu re R ange: -


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    PDF 800MHz SAFC820T877 5MJ80T -830MHz 875--895MHz 925--940MHz 960MHz i090MHz 1300--2000MHz 828MHz)

    Not Available

    Abstract: No abstract text available
    Text: °C to 125°C Typ 4.75 25°C Min 100 Output Regulation VI = 8V to 18V, f = 120KHz , °C Typ 5.70 25°C Min 125 25°C Output Regulation VI = 9V to 18V, f = 120KHz IO = , Regulation VI = 13V to 23V, f = 120KHz IO = 1mA to 100mA mV 25°C 37 F = 10Hz to 100KHz 46 , 25°C Output Regulation VI = 15V to 25V, f = 120KHz IO = 1mA to 100mA 25°C F = 10Hz to , VI = 13V to 25V 10 125 Output Regulation mV VI = 15V to 25V, f = 120KHz IO = 1mA to


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    PDF 100mA GM78L00 100mA OT-89 J-STD-020. GM78L00V1 900ppm 1500ppm

    GM78L00

    Abstract: GM78L05 1.2v to 24v
    Text: 5.0 5.25 32 150 26 100 Output Regulation VI = 8V to 18V, f = 120KHz IO = 1mA to , Regulation VI = 9V to 18V, f = 120KHz IO = 1mA to 100mA 25 18 GM78L00V1.02 dB 16 80 , Output Regulation VI = 13V to 23V, f = 120KHz IO = 1mA to 100mA mV 25 37 F = 10Hz to , 15V to 25V, f = 120KHz IO = 1mA to 100mA 25 F = 10Hz to 100KHz 38 44 dB 19 90 , mV VI = 15V to 25V, f = 120KHz IO = 1mA to 100mA 25 38 F = 10Hz to 100KHz 44 dB


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    PDF GM78L00 100mA 100mA GM78L00V1 OT-89 GM78L05 1.2v to 24v

    GM78L06 AYWW

    Abstract: No abstract text available
    Text: Current VI = 8V to 20V IO = 1mA to 40mA VI = 7V to 20V VI = 8V to 20V VI = 8V to 18V, f = 120KHz IO = 1mA , = 9V to 18V, f = 120KHz IO = 1mA to 100mA IO = 1mA to 40mA F = 10Hz to 100KHz 25°C 25°C 25°C 25°C 25 , 10.5V to 23V VI = 11V to 23V VI = 13V to 23V, f = 120KHz IO = 1mA to 100mA IO = 1mA to 40mA F = 10Hz to , 25V, f = 120KHz IO = 1mA to 100mA IO = 1mA to 40mA F = 10Hz to 100KHz 25°C 25°C 25°C 25°C 25°C 25 , 40mA VI = 13V to 25V VI = 14V to 24V VI = 15V to 25V, f = 120KHz IO = 1mA to 100mA IO = 1mA to 40mA F =


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    PDF GM78L00 100mA voltageL00V1 OT-89 J-STD-020. GM78L06 AYWW

    Not Available

    Abstract: No abstract text available
    Text: NOMINAL CASE SIZE Dx L Max. ESR @ + 25°C (mQ) 120kHz 10kHz-40kHz Max. RIPPLE @ + 85°C (A) 120kHz 10kHz-40kHz 16 WVDC @ + 85°C, SURGE = 20 V 3900.0* 80D392P016HA2D .866 x .984 [22.0 x , SIZE Dx L Max. ESR @ + 25°C (mQ) 120kHz 10kHz-40kHz Max. RIPPLE @ + 85°C (A) 120kHz , CAPACITANCE PART NUMBER (pF) Max. ESR @ + 25°C (m £2) 120kHz 10kHz-40kHz Max. RIPPLE @ + 85°C (A) 120kHz 10kHz-40kHz 250 WVDC @ + 85°C, SURGE = 300 V 100.0* 80D101P250JA2D .984 x


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    PDF 80D102P100JD2D 80D222P050KA2D 80D391P200MB2D 80D682P050MD2D 80D102P200MD2D 80D222P063JD2D 80D392P050JE2D 80D820P250HA2D 80D103P035KE2D 80D222P080JE2D
    ...
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