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Part : FS1500KHP Supplier : Hammond Manufacturing Manufacturer : Allied Electronics & Automation Stock : - Best Price : $184.51 Price Each : $184.51
Part : FS500KHP Supplier : Hammond Manufacturing Manufacturer : Allied Electronics & Automation Stock : - Best Price : $100.79 Price Each : $106.09
Part : FS500KHR Supplier : Hammond Manufacturing Manufacturer : Allied Electronics & Automation Stock : - Best Price : $94.87 Price Each : $94.87
Part : NCDMC150-0500K-H7A1 Supplier : SMC Manufacturer : Allied Electronics & Automation Stock : - Best Price : $187.65 Price Each : $187.65
Part : SP1500KHP Supplier : Hammond Manufacturing Manufacturer : Allied Electronics & Automation Stock : - Best Price : $164.64 Price Each : $164.64
Part : SP500KHP Supplier : Hammond Manufacturing Manufacturer : Allied Electronics & Automation Stock : - Best Price : $77.11 Price Each : $81.17
Part : SP500KHR Supplier : Hammond Manufacturing Manufacturer : Allied Electronics & Automation Stock : - Best Price : $73.50 Price Each : $73.50
Part : LXZT-500KHZ Supplier : Abracon Manufacturer : Future Electronics Stock : - Best Price : $0.18 Price Each : $0.2150
Part : SX-IV-24.500KHZ Supplier : Statek Manufacturer : Bristol Electronics Stock : 10 Best Price : - Price Each : -
Part : HC-49/U-S-15975.00 KHZ Supplier : KSS Manufacturer : New Advantage Stock : 18,000 Best Price : - Price Each : -
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500KH

Catalog Datasheet MFG & Type PDF Document Tags

mn6069

Abstract: th 2047.5 = 3 . 7 V ) 500kH z y l m u ffin ® flO(YL) 4 t>© - 1 5 0 m V p -p , A N 2341 A N , p -p , » © - 1 0 0 m V p -p , 500kH z 500kH z 500kH z A N 2341 tfO(Add) VO(Mat.l) 5 6 , ) © - lO O m V p -p, 500kH z A N 2341 A N 2340 7 - t y H (1) VoioftieD-WHDl 7 P in
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AN2340 AN2341 mn6069 th 2047.5 v718

AN2340

Abstract: V i6 = 3 ,7 V ) 500kH z YL IS^M ÜO(Yl ) 4 ViQ- 150m V p-p, AN 2341 AN 2340 th , 100m V p-p, 500kH z 500kH z 500kH z AN 2341 h u ? x a * J S ii(i) f e U -? h ') 9 X ÎÜ ^JÎStii , , 500kH z AN 2341 A N 2340 Voiofti.D-WHDl 7 P in © W H D + C P 2 ''VU X AN 2341 AN 2340
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N2341 V2-18 V3-18 V4-18 V5-18 V6-18
Abstract: voltage 500kH z 300kH z 100kH z fC ) (v *) [20°C/500kHZ] 105 3.2 4 4 4 5 6.3 6.3 6.3 8 10 10 10 13 16 16 , *0, 120Hz) (at 2CTC after 2 m inutes) (at 20`C , 120Hz) Bias Humidity (at 500kH z) T he , in g s Case Rated Cap ÉSR Max operating Rated ripple (mftrma) Rated Tw#< voltage voltige (m P) 500kH z 300kHz 100kH z code rc> [20r/500kH zl (V«fc) (V.) 105 85 60 45 105 85 60 45 105 85 60 45 105 85 60 , (mArms) t -
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C/500
Abstract: Range (-0 .5 dB) DC to 100kHz 100kHz to 500kH z 500kH z to 1 M Hz Total Harm . D istort. (-0 .5 dB) DC to 100kHz 100kHz to 500kH z 500kH z to 1MHz SNR (w/o distortion, -0 .5 dB) DC to 100kHz 0°C to +70°C -5 5 °C to +125°C 100kHz to 500kH z 0°C to +70°C -5 5 °C to +125°C 500kHz to 1 , -5 5 °C to +125°C 100kHz to 500kH z 0°C to +70°C -5 5 °C to +125°C 500kH z to 1 MHz 20 -
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S-117 HS-24 ADS-117M MIL-STD-883

IC 2576 5.0v

Abstract: ic 3172 Boost external FET external FET C urrent or Voltage C urrent 500kH z * · · soie >500kH z · P-DIP C erD IP 8 .4V to 20V soie * Surface M ount Power Package 4 -2
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IC 2576 5.0v ic 3172 52kH lm4576
Abstract: VODL -1 2 .7 - 1 0 .2 -7 .7 dBV D E V L=±50.0kH z, f= 1 kH z Rch VoDR -1 2 .7 - 1 0 .2 -7 .7 dBV D EVR=±50.0kH z, f= 1 k H z Lch VODL2 VoDL 10.0 VoDL VoDL 7.8 5.6 dBV D E V L=±50.0kH z, f = 10kHz Rch VODR2 dBV VCR {MODEM PB , in = 660mVp-p, 1.30MHz, 1.70MHz MIX IN DEV râ'" ±50.0kH z, f = 10kHz Demodulation output level , % D EVR=±50.0kH z, f=1kH z, * 1 Lch VONDL - - 9 8 .0 - 9 2 .0 dBV -
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BH7802K 59545MH 433619MH 0G2244S 0GE24H7

ECG106

Abstract: 3 .2 V R ,.,= 3 .3 k n , V ._.=3V R-X f=500kH z V ,.,= 1 2 V R4_ ,= 1 0 k n V L .= 6 V , V ,.,= 3 .2 V Rl.,= 1 0 k n , V4.,= 3 V R -X f=500kH z 9 500 340 3 8 .4 80 2 .6 1.04 1.3 54 1.55 420 3 .2 500 3 .4 3 .6 650 G|4-4 Rq ® v ,-. 2 VI0_#= 1 0 -1 1 V, ·u lVp_p * 500kHz n V V # V
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ECG106 T-77-07-05 ECG1066

ECG123A

Abstract: ECG106 V19= 10~11V , VlO-f- 1VD _D R- 3C " " f=500kH z 2.4 430 3 540 0.48 | 3.6 650 | * a V V I l R ,.,= 3 .3 k n , V , .,= 9 V R .,= 3 .3 k n , V ,.,= 3 V R- X f=500kH z V ,.,= 1 2 V R(. ,= 1 0 k n , V ,.,= 3 .2 V V .:= 6 V R ,.,= 1 0 k n , V ,_,=3V R- X ( = 500kHz R ,.,= 3 .3 k
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ECG123A ECG123 ECG1065 ECQ10 ECQ1065 ECG106S

PC1905

Abstract: ¿¿PCI 905 x-r I- (P W M ) lO ^ - i , f / 7 - U=P.1 U - -?#JiBlHliS-C-, 500kH zT?/N ''7 - M O S FETfrSKgbTZC ¿ i ' f i i . UltlSIt h - =Tj U ;n a is -c , tti* ® i* ® S I ± * * i.2 A ( f - i ') t-& * . O 500kH z M O S F E T S 5 t)E (i± )t)« ® 1 .2 A p EAK) o o -v ^ IS IK rtM i j i - h - n v M=>- O /T.y'r-V' 1 6 KTV · y 5 ^ ^ - / y D I L / ^ . - / ^ r - y ( iiPC 1905C X ) 16KTV ^ 7 X f , V (i
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PC1905 1905G

IS0124U

Abstract: IS0124P (500kHz). The information provided herein is believed to be reliable; however, BURR-BROWN assumes no , am plifier as possible. T he internal frequency o f the m odulator/dem odulator is set at 500kH z by , 500kH z ripple o f 20m V , w hich can be rem oved w ith a sim ple two pole low -pass filter w ith a , oscillator forces the current source to sw itch at 500kH z. T he resultant capacitor drive is a com plem , transm its the signal across the isola tion b arrier by a 500kH z duty cycle m odulation technique. For
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IS0124U IS0124P is0124 LB 124 d IS012 IS0124 1500V 16-PIN 28-LEAD
Abstract: DYNAMIC CHARACTERISTICS Differential Linearity Error f = 500kH z +25°C Full Integral Linearity Error at f = 500kH z Spurious-Free Dynamic R ange (SFDR) f = 500kH z (-1 dBFS input) ±1.0 LSB , -6 2 dBc 64 dB 63 62 dB dB dB Signal-to-Noise Ratio (SN R) f = 500kH z (-1 dBFS , 500kH z (-1 d B F S Input) +25°C 59 54 63 64 f = 12M H z (-1 d B F S Input) Full , of 4Vp-p. (3) Refer to Timing Diagram footnotes for the fIN = 500kH z differential linearity -
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ADS800 ZZ217

JEC 600 watts amplifier schematic diagram

Abstract: '" Bits D Y N A M IC P E R F O R M A N C E P e ak H a rm o n ics (â'" 0.5dB) dc to 500kH z â'" -8 0 -7 5 â'" -8 0 -7 5 â'" -7 9 -7 4 dB 500kH z to 1 M Hz â'" -8 0 , dB 75 77 74 76 T o tal H a rm o n ic D isto rtio n (-0 .5 d B ) dc to 500 kH z 500kH , distortion, -0 .5 d B ) dc to 500 kH z 76 78 500kH z to 1 M Hz 75 77 â'" dB â'" dB S lg n a l-to -N o ls e R a tio © (& distortion, -0 .5 d B ) dc to 500 kH z 72 75 500kH
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JEC 600 watts amplifier schematic diagram ADS-929 ADS-B919/929 ADS-919/929 ADS-919 DS-0287B
Abstract: Input Bandwidth: 70dB SNR at 500kHz Input Frequency Flexible P ow er/T h ro u g h p u t Rate M an ag , ts VIN =500kH z Sine Wave, fs = VIN =500kH z Sine Wave, fs = VIN=500kH z Sine Wave, fs = VIN =500kH z Sine Wave, fs = D Y N A M IC PER FO R M A N C E Signal to N oise + D istortion (SIN A D )2 , eter A V ersion1 U nits T est C ond itions/C om m en ts V jn =500kH z Sine Wave, fs = V jn =500kH z Sine Wave, fs = VIN=500kH z Sine Wave, fs = V jn =500kH z Sine Wave, fs = D Y N A M IC PER -
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AD7470/AD7472 D7470 AD7472 AD7470 7470/A

Burr Brown part marking

Abstract: conversion rate would require 160 clock periods per conversion instead of the 16 clock periods used at 500kHz. , ADS7834 12-Bit High Speed Low Power Sampling ANALOG-TO-DIGITAL CONVERTER FEATURES · 500kHz , 1lmW at a 500kHz through put rate. The device can be placed into a power-down mode which reduces , a = - 40°C to +85°C , + V CC = +5V, Î sample = 500kH z, fCLK = 16 · Î sample- internal reference , Specified Perform ance f SAMPLE = 500kH z Power-Down f SAMPLE = 500kH z Power-D ow n 4.75 2.2 0.5 11 2.5 20
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Burr Brown part marking
Abstract: ode Error) f = 500kH z f = 9M H z Full Full Full Full No M issing Codes Integral Nonlinearity Error, f = 500kH z S purious Free D ynam ic Range*2) f = 500kH z (-1dBFS input) f = 9M H z , ) (SINAD) f = 500kH z (-1 d B F S input) f = 9M H z (-1 d B F S input) Effective N um ber of Bits*4) Guaranteed ±3.5 ±1.0 Full Full f = 500kH z (-1 d B F S input) f = 9M H z (-1 d B F S input) M , 500kH z C D w C D w 'n r t r f f l L U L U _l _l O Q -1 -2 256 512 -
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ADS901 350MH S-1340C

M 5218A

Abstract: m50194ap ode 2 0 .5 -1 6 3 .8 Reverbe m ode fs=500kHz fs=250kHz 8 1 .9 4 9 .2 61 4 6 9 .6 4 1 .0 163.8 9 8 .3 1 , z 2 2 * * 1 4 4 4 4 4 Echo Reverbe Reverbe 2 5 0 kH z 500kH z 2 5 0 kH z G ve2 G vr 1 G v r2 Tdsa , 1 1 1 4 500kH z 250kH z 500kH z 250kH z 1M Hz 500kH z 250kH z 500kH z 250kH z 1MHz 500kH z 2 5 0 kH z 500kH z 250kH z Rem ark 3 0 k H z L.P.F THD = 10% In th e re v e rb e mode, measurement is made
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M 5218A m50194ap 5218A 5218AP m50194 5218a 90 h M65841SP M50194AP 40P4B
Abstract: ) 2 0 H z to 3 1.25kH z 31.25kH z to 500kH z 1k H z to 31.25kHz, f o u T B W < 31.25kHz -45 -40 -45 dB dB dB SN D Signal to N oise + Distortion 31.35kH z to 500kHz, f o u T B W < 500kH , frequency range of DC to 500kHz, No external components are required to generate a wide range of low , oscillator DC to 500kHz - external clock Low gain error and total harmonic distortion 3-wire SPI compatible , 2 .6 2 .1 2 dB dB MV,-TM dB V Vp-p 125kHz < f0 uT < 500kH z, V c c = 5 V Idle Noise PSR R Po w -
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ML2039
Abstract: 500KH 1.O m e g a Green Yellow Red Blue W h ite B lack O range G ray V iolet B row n Light -
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X262R U262R501B U262R102B U262R252B U262R502B U262R103B
Abstract: _ ML2038 500kHz, Parallel Input, Programmable Sine Wave Generator with Digital Gain Control , range of DC to 500kH z. No external components are required to generate a wide range of low distortion , z - internal crystal oscillator DC to 500kH z - external clock â  Low gain error and total , to 31.25kHz -45 dB (2nd and 3rd Harmonic) 31.25kHz to 500kHz -40 dB Signal to Noise + Distortion 1kHz to 31.25kHz, fo u ïB W < 31.25 kHz -45 dB 31,35kHz to 500kHz -
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L2038 L2038CP L2038CS ML2038IP ML2038IS
Abstract: -7 .1 dBV DEVR =±50.0kH z, f=1kHz VODL VoD l VODL dBV DEVL=±50.0kH z, f=10kHz dBV DEVR =±50.0kH z, f=10kHz Lch Rch V0DL2 VODR2 Lch Demodulated distortion VCR , 10.0 THDdl Rch 10.0 VoDR 0.12 - 0.35 % DEVL=±50.0kH z, f= 1kH z,*â'˜ 0.13 0.35 % DEVR =±50.0kH z, f= 1kH z,*1 Demodulated SW noise level Lch V odsw i - - -
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7775K BH7775K DQ523

L4890

Abstract: L4824 Range (-0 .5 dB) DC to 100kHz 100kHz to 500kH z 500kH z to 1 M Hz Total Harm . D istort. (-0 .5 dB) DC to 100kHz 100kHz to 500kH z 500kH z to 1MHz SNR (w/o distortion, -0 .5 dB) DC to 100kHz 0°C to +70°C -5 5 °C to +125°C 100kHz to 500kH z 0°C to +70°C -5 5 °C to +125°C 500kHz to 1 , -5 5 °C to +125°C 100kHz to 500kH z 0°C to +70°C -5 5 °C to +125°C 500kH z to 1 MHz 20
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L4825 L4890 L4824 full ic 16 pin PWM IC 8 PIN L4872 ML4811 L4817 L4823 L4812 L4813

precision Sine 1khz Wave Generator

Abstract: IC sine wave generator ts VIN =500kH z Sine Wave, fs = VIN =500kH z Sine Wave, fs = VIN=500kH z Sine Wave, fs = VIN =500kH z Sine Wave, fs = D Y N A M IC PER FO R M A N C E Signal to N oise + D istortion (SIN A D )2 , eter A V ersion1 U nits T est C ond itions/C om m en ts V jn =500kH z Sine Wave, fs = V jn =500kH z Sine Wave, fs = VIN=500kH z Sine Wave, fs = V jn =500kH z Sine Wave, fs = D Y N A M IC PER
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precision Sine 1khz Wave Generator IC sine wave generator L-2038 HIIL1

SQR101

Abstract: 20 Units dB dB dB dB m in m in m ax m ax Test Conditions/Comments fm fm fm fm =500kH =500kH =500kH =500kH z S ine W ave, z S in e W ave, z S ine W ave, z S in e W ave, 5 = fg = fg = fg = 1 .75M 1 , fm =500kH =500kH =500kH =500kH z S in e W ave, z S in e W ave, z S ine W ave, z S in e W ave
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SQR101 R101/401

ic 7472 pin diagram

Abstract: ls 7472 . T y p i cal p o w er dissipation is l lm W at a 500kH z through put rate. T he device can be p laced , (500kH z throughput). T he duty cycle o f the clock is unim p o rtan t as long as the m in im u m H IG H , , an SM H z input c lock and the tim ing show n in F igure 3 results in a 500kH z conversion rate. L , ould require 160 clock p eriods p e r conversion instead o f th e 16 clock periods used at 500kH z. T , (approaching 500kH z), then there is very little p o w e r th a t can be saved by using the pow er-dow n m ode
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ic 7472 pin diagram ls 7472 MH 7472 RTA dbx 75MSPS D7470/72 7470/AD AD7470/72 24-LEA

IC LM 7818

Abstract: -45 dB (2nd and 3rd Harmonic) SND Harmonic Distortion 31 .25k H z to 500kH z -40 dB , dB ±0 .5 dB Sgnal to Noise + Distortion fouT BW < 31 .25k H z 3 1 .3 5 k H z to 500kH z, fouT BW < 500kH z Gain Error fOUT< 125 kH z, AVCC= 5V, G 1=1, G0=1 fOUT
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IC LM 7818 ADS7818 S7818
Abstract: Boost external FET external FET C urrent or Voltage C urrent 500kH z * · · soie >500kH z · P-DIP C erD IP 8 .4V to 20V soie * Surface M ount Power Package 4 -2 -
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AD1385KD ADI385TD
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