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ATCA-02-900M-V Abracon Corporation General Purpose Inductor,
ATCA-05-900M-V Abracon Corporation General Purpose Inductor,

900mv Datasheets Context Search

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2000 - NTE2054

Abstract:
Text: ­V10 = 0V, Read Decoded Output ­12 ­ +12 mV Unadjusted Gain V11 ­V10 = 900mV , Read , Coefficient VI = 900mV , Gain Pot = 2.4k ­ 0.005 ­ %/°C Fast Mode Conversion Control Voltage , V10. Adjust zero potentiometer to give 000mV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. Note 2. Linearity is measured as a difference from a straight line drawn


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PDF NTE2054 NTE2054 NTE2032 NTE2032 application note 16 INPUT TO BCD OUTPUT bcd display NTE203
2008 - NTE2054

Abstract:
Text: 0V, Read Decoded Output -12 - +12 mV Unadjusted Gain V11 -V10 = 900mV , Read , Coefficient VI = 900mV , Gain Pot = 2.4k - 0.005 - %/°C Fast Mode Conversion Control Voltage , V10. Adjust zero potentiometer to give 000mV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. Note 2. Linearity is measured as a difference from a straight line drawn


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PDF NTE2054 NTE2054 16-Lead NTE2032 -99mV 3-DIGIT DISPLAY NTE2032 application note
2009 - g5933

Abstract:
Text: 10mA output current with a voltage drop of 900mV at 24V supply. Input Range: 8V to 24V Output , Supply Voltage ±3% Regulated Output 10mA Output Current with a Voltage Drop of 900mV Power Good


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PDF G5933 G5933 900mV G5933P81U
M51503L

Abstract:
Text: 52 60 dB Vcc = 2 V 60 Gre IW = 900mV ,m, R///Í, = 330 Q /75.Q 43 46 49 dB PltUTt ma*) THD=10%, Rj/R,- 330SÍ/75Q 175 220 mW THD lW = 900mV ,„„ = 330 Q/75 SJ 1.5 3.0 % N OUT flí/fi,-330D


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PDF M51503L 400mA 500mVrms 900mV 900mV, -330D/75Q M51503L 330D
CA3162 pin diagram

Abstract:
Text: OV, Read Decoded Output V ,-V 10 = 900mV , Read Decoded Output Notes 1 and 2 -12 646 -1 mV mV , Logic Zero State Vdigit Select = 4V at Logic Zero State V, = 0V, Zero Pot Centered V, = 900mV , Gain Pot , volts across V , to V10. Adjust zero potentiometer to give OOOmV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is measured as a difference from a straight


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PDF CA3162 CA3162E CA3162AE CA3161E CD4511B CA3161E, 999mV CA3162 pin diagram CA3162 ca3161e harris 741 astable multivibrator A3162 CA3162E HARRIS
Not Available

Abstract:
Text: Decoded Output -12 - +12 mV Unadjusted Gain V, t-V, = 900mV , Read Decoded Output , V| = OV, Zero Pot Centered - 10 - nw°v Gain Temperature Coefficient V| = 900mV , zero potentiometer to give OOOmV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is measured as a difference from a straight line drawn through zero and


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PDF CA3162 CA3162E CA3162AE CA3161E CA3162E CD4050B) CA3162,
2002 - Not Available

Abstract:
Text: output pulse meets the T3 pulse template. In E3 mode, the pulse amplitude varies from 900mV to 950mV. At 900mV the pulse is marginal to the E3 pulse template. Work Around: None 6. RECEIVER START UP PROBLEM


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PDF DS3150 DS3150
1999 - HP5082-7433

Abstract:
Text: Unadjusted Gain V11-V10 = 900mV , Read Decoded Output 846 - 954 mV Linearity Notes 1 and , Gain Temperature Coefficient VI = 900mV , Gain Pot = 2.4k - 0.005 - %/oC NOTES: 1. Apply 0V across V11 to V10 . Adjust zero potentiometer to give 000mV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is measured as a difference from a


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PDF CA3162, CA3162A CA3162E CA3162AE CA3161E HP5082-7433 CA3162 ca3162e equivalent ca3162 IC data sheet IC 7433 CA3162A HP5082 7433 ca3161e IC
1999 - ca3162e equivalent

Abstract:
Text: Unadjusted Gain V11-V10 = 900mV , Read Decoded Output 846 - 954 mV Linearity Notes 1 and , Gain Temperature Coefficient VI = 900mV , Gain Pot = 2.4k - 0.005 - %/oC NOTES: 1. Apply 0V across V11 to V10 . Adjust zero potentiometer to give 000mV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is measured as a difference from a


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PDF CA3162, CA3162A CA3162E CA3162AE CA3161E ca3162e equivalent CA3162 ca3161e equivalent power one inverters block diagram HP5082-7433 HP5082 7433 CA3162 equivalent IC
KA samsung

Abstract:
Text: Balance CB Vo = 0dBm -1.0 0 1.0 dB Open Loop Gain Gvo V, = 900mVrms -2.6 -0.6 1.0 dB Gain Adjusting Range Gvr V, = 900mV , S1, S2; ON 4.5 6 dB Mute Attenuation Ratio ATTmute V, = 900mV , Mute SW; ON


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PDF KA9270 KA9270 KA9270D 0012U 0012U KA samsung samsung filter
pin diagram IC CD4511

Abstract:
Text: Unadjusted Gain Vi 1 -Vio = 900mV , Read Decoded Output 846 - 954 mV Linearity Notes 1 and 2 -1 - +1 Count , Coefficient V| = 0V, Zero Pot Centered - 10 - nv/°v Gain Temperature Coefficient V| = 900mV , Gain Pot = , OOOmV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity


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PDF CA3162, CA3162A 999mV, -99mV CA3161E CA3162E CA3162AE CD4049B CD4050B) pin diagram IC CD4511 HP5082-7433 CA3162 DESCRIPTION ON IC CD4511 CD4511 CA3161 HP5082-7433 ca3161 999mV 3 digit common-cathode
1999 - HP5082-7433

Abstract:
Text: Unadjusted Gain V11-V10 = 900mV , Read Decoded Output 846 - 954 mV Linearity Notes 1 and , Gain Temperature Coefficient VI = 900mV , Gain Pot = 2.4k - 0.005 - %/oC NOTES: 1. Apply 0V across V11 to V10 . Adjust zero potentiometer to give 000mV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is measured as a difference from a


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PDF CA3162, CA3162A 999mV, -99mV CA3161E HP5082-7433 CA3162 CA3162 equivalent IC CA3162E HP5082 7433 ca3161e equivalent CA3161E data sheet IC 7433 COUNTER LED bcd CA3162 functional diagram
2002 - CA3162 equivalent IC

Abstract:
Text: -12 - +12 mV Unadjusted Gain V11-V10 = 900mV , Read Decoded Output 846 - 954 , Centered - 10 - µV/oV Gain Temperature Coefficient VI = 900mV , Gain Pot = 2.4k - , reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is


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PDF CA3162 CA3162E CA3162AE CA3161E CA3162 equivalent IC ca3162e equivalent HP5082-7433 ca3161e equivalent CA3162 HP5082 7433 CD4511B equivalent 5V 4 digit display led driver 12 pin
1997 - HP5082-7433

Abstract:
Text: Unadjusted Gain V11-V10 = 900mV , Read Decoded Output 846 - 954 mV Linearity Notes 1 and , Gain Temperature Coefficient VI = 900mV , Gain Pot = 2.4k - 0.005 - %/oC NOTES: 1. Apply 0V across V11 to V10 . Adjust zero potentiometer to give 000mV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is measured as a difference from a


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PDF CA3162, CA3162A CA3162E CA3162AE CA3161E CD4050B) HP5082-7433 CA3162 equivalent IC ca3161e equivalent CA3162 EINT12 ca3161e IC CA3161E HARRIS ca3162e equivalent
2011 - H957

Abstract:
Text: 900mV. Limits apply to each channel individually. Output Pulse (PWM Dimming) FS 90% tPW 90% DDIM = , , 10% - 90% ISW = 1.0A, 90% - 10% -RISET = 20.0k, VCH = 900mV RISET = 20.0k, VCH = 0 - 900mV RSET = 13.3k, VCH = 900mV EN = 0 IOUT = 20mA, DDIM = 100% VCH = 0.7 - 2.0V VCH = 2.0 - 10V IOUT = 30mA , 900mV across the linear current regulators (CH1 - 6). Therefore, the boost converters' output voltage (VBST) will be 900mV (VDO) Supertex inc. 1235 Bordeaux Drive, Sunnyvale, CA 94089 Tel


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PDF 24-Lead HV9957 DSFP-HV9957 A062811 H957 825 384 6 TACT2
2011 - H957

Abstract:
Text: 900mV. Limits apply to each channel individually. Output Pulse (PWM Dimming) FS 90% tPW 90% DDIM = , , 10% - 90% ISW = 1.0A, 90% - 10% -RISET = 20.0k, VCH = 900mV RISET = 20.0k, VCH = 0 - 900mV RSET = 13.3k, VCH = 900mV EN = 0 IOUT = 20mA, DDIM = 100% VCH = 0.7 - 2.0V VCH = 2.0 - 10V IOUT = 30mA , 900mV across the linear current regulators (CH1 - 6). Therefore, the boost converters' output voltage (VBST) will be 900mV (VDO) Supertex inc. 1235 Bordeaux Drive, Sunnyvale, CA 94089 Tel


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PDF 24-Lead HV9957 DSFP-HV9957 A083111 H957 smps control ic with 8 pin SO RX160
Not Available

Abstract:
Text: Distortion Unit 60 65 73 80 V0 = OdBm Vt = 900mVrms -1.0 -2.6 0 -0.6 V, - 900mV , S1, S2; ON V, ■900mV , Mute SW; ON 4.5 40 6 50 dB V0 = OdBm V0 3 OdBm, Rq = 6000


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PDF KA9270 KA9270 20-DIP-300A KA9270D 20-SOP- INP67 003blflb 20-SOP-300
Not Available

Abstract:
Text: mV Unadjusted Gain V*| 1 -V 1o = 900mV , Read Decoded Output 846 - 954 mV , 10 - n v/°v Gain Temperature Coefficient V| = 900mV , Gain Pot = 2 .4 k il - 0.005 , reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is


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PDF CA3162, CA3162A CA3162E CA3162AE CA3161E CD4049B
2012 - bcom first year

Abstract:
Text: reference is the average current of all 6 channels at 900mV. Limits apply to each channel individually , , VCH = 900mV RISET = 20.0k, VCH = 0 - 900mV RSET = 13.3k, VCH = 900mV IOUT = 20mA, DDIM = 100% VCH = , gets its feedback from the active output channels, maintaining a minimum voltage of 900mV across the linear current regulators (CH1 - 6). Therefore, the boost converters' output voltage (VBST) will be 900mV , achieve 900mV at the channel with the open string. Eventually OVP or SLP activates, at which time those


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PDF 24-Lead HV9957 bcom first year
1993 - CA3162 equivalent IC

Abstract:
Text: V11-V10 = 0V, Read Decoded Output -12 - +12 mV Unadjusted Gain V11-V10 = 900mV , Read , 900mV , Gain Pot = 2.4k - 0.005 - %/oC NOTES: 1. Apply zero volts across V11 to V10. Adjust zero potentiometer to give 000mV reading. Apply 900mV to input and adjust gain potentiometer to give 900mV reading. 2. Linearity is measured as a difference from a straight line drawn through zero


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PDF CA3162 CA3162E CA3162AE CA3161E CA3162E CD4050B) CA3162, CA3162 equivalent IC HP5082-7433 HP5082 7433 CA3162 ca3162e equivalent CA3162A CA3161E HARRIS ca3162 IC
2009 - DC674A

Abstract:
Text: the single cell voltage is between 350mV and 900mV , the READY LED and the CHRG LED come on and the , 1/12 of the total time. If the cell voltage does not exceed 900mV after this time period, the , power source and the charger. Once the single cell voltage exceeds 900mV , the charger begins


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PDF DC674A LTC4011 DC674A 10 ohm 20W resistor 20W resistor pwm charge nimh NTC 203 thermistor 10k ohm NTC 10 thermistor CHARGER Ni-Mh 10 cells PWM for battery charger with constant current
1998 - "Audio Filter"

Abstract:
Text: = 0dBm -1.0 0 1.0 dB Open Loop Gain GVO V I = 900mVrms -2.6 -0.6 1.0 dB Gain Adjusting Range GVR V I = 900mV , S1, S2; ON 4.5 6 - dB Mute Attenuation Ratio ATTMUTE V I = 900mV , Mute SW; ON 40 50 - dB De-emphasis DEEMPH


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PDF KA9270 20-DIP-300A KA9270 20-DlP-300A KA9270D 20-SOP- 1500p 1200p "Audio Filter" KA9270D
"Audio Filter"

Abstract:
Text: VI = 900mVrms -2.6 -0.6 1.0 dB Gain Adjusting Range GVR VI = 900mV , S1, S2; ON 4.5 6 Mute Attenuation Ratio ATTMUTE VI = 900mV , Mute SW; ON 40 50 -0.87 -0.37


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PDF KA9270 20-DIP-300A KA9270 20-SOP-375 20-DlP-300A KA9270D 20-SOP- 1500p "Audio Filter" 20SOP 900mVrms Frequency Generator 1KHZ KA9270D
2012 - Not Available

Abstract:
Text: Bauelemente ELECTRICAL CHARACTERISTICS (TA=25°C unless otherwise specified, VF= 900mV Maximum@ IF , CHARACTERISTICS (TA=25°C unless otherwise specified, VF= 900mV Maximum@ IF=10mA) Maximum Zener Impedance


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PDF MTSZ52xxBWS 200mW OD-323L OD-323L 60-cycle 6-Jan-2012
ccd sony super HAD

Abstract:
Text: /055AK (1/3-inch products) Sensitivity (F5.6) 900mV /880mV 550mV/450mV 700mV/630mV Saturation signal level 900mV /810mV 700mV/630mV 700mV/630mV Horizontal drive voltage (min


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PDF ICX206AK ICX207AK ICX208AK ICX209AK ICX206AK, ICX207AK, ICX208AK, ICX209AK miniaturi0mV/630mV 000-Pixel ccd sony super HAD ccd sony super HAD 2 SONY CCD sony ccd driver sony CCD sensor super had ccd ICX069AK EndoScope CXD1267AN ccds
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