Www. irf. com 3 Fig 4. Normalized OnResistance Vs. Temperature Fig 1. Typical Output Characteristics Fig 2. Typical Output Characteristics Fig 3. Download Skin Winamp Devil May Cry 4 Trailer. Typical Transfer. The ADM3053 is an isolated controller area network CAN physical layer transceiver with an integrated isolated dctodc converter. The ADM3053 complies with the ISO. L8331 1 8331 For more information www. LT8331 TYPICAL APPLICATION FEATURES DESCRIPTION Low IQ BoostSEPIC FlybackInverting Converter with 0. A, 140V Switch. Documentation Index. Design Tools, IP and Design Examples. Texas Instruments 1 AAJ 3Q 2016 Analog Applications Journal Automotive Reduce buckconverter EMI and voltage stress by minimizing inductive parasitics. System Design Journal. Help and solutions for tomorrows design. Ron Wilson, EditorinChief. DSP or Controller Application Layer DataLink Layer Logic Link Control MediumAccess Control Physical Layer Physical Signaling Physical Medium Attachment. Digital Storage Oscilloscope Tektronix. Characteristics. Vertical System. Characteristic. TDS6. BTDS6. 80. 4BTDS6. CTDS6. 15. 4CInput Channels. Bandwidth, Rise Time DSPNA8 GHz. GHz. 35 ps 1. 0 9. GHz. 28 ps 1. 0 9. True Analog Bandwidth 3 d. B, typical Rise Time. GHz. 70 ps 1. 0 9. GHz. 62 ps 1. 0 9. GHz. 35 ps 1. 0 9. GHz. 35 ps 1. 0 9. Hardware Bandwidth LimitsRequires TCA 1. MEG AdapterFull, 2. MHz, or 2. 0 MHz. Input Coupling. DC, GNDInput Impedance. Input Sensitivity, 5. Full scale 5. 0 m. V to 1. 0 V 5 m. Vdiv2 to 1 Vdiv. Full scale is the peak peak digitizer range at a given sensitivity. Vdiv Full scale1. Vertical Resolution. Max Input Voltage, 5. Also determined by Tek. Connect accessorylt 1 VRMS for lt 1. Vdiv,lt 7 VRMS for 1. Vdiv settings. lt 1 VRMS for lt 1 V full scale,lt 5. V for 1 V full scale. DC Gain Accuracy2. Position Range5 divisions. Offset Range. Full scale settings 1. V to 5. 00 m. V 0. V5. 05 m. V to 9. V 0. 2. 5 V1 V to 5 V 5 V5. V to 1. 0 V 2. 5 VFull scale settings 1. V 0. 4. 5 V2. 00 m. V 0. 4 V5. 00 m. V 0. V1 V 4. V2 V 4. 0 V5 V 2. V1. 0 V 0. General formula for offset range 1. V to 9. 95 m. V 0. V Full scale21 V to 1. V 5 V Full scale2Offset Accuracy0. V 0. 1 Vdiv settingfor ranges lt 1. Vdiv0. 8 offset 1. J River Media Center 14 Serial Keygen Torrent. V 0. 1 Vdiv settingfor ranges 1. Vdiv0. 3. 5 offset 1. V 0. 1 Vdiv settingfor ranges lt 1. Vdiv0. 3. 5 offset 1. V 0. 1 Vdiv settingfor ranges 1. Vdiv. Channel to Channel Isolation for Any Two Channels at Equal Vertical Scale8. GHz1. 5 1 at rated bandwidth1. GHz 8. 0 1 at 1. GHz to 1. GHz5. GHz to 1. 5 GHz 5 m. Vdiv is a software zoom with 7 bits digitizer resolution at 5. V full scale. Offset range in addition to 5 division position range. Vertical System Cont. Characteristic. Full scale Gain Setting. TDS6. 00. 0BDSP OFFTDS6. CDSP ONTDS6. 12. 4CDSP ONBOTHDSP OFFNoise, typical. V9. 50 V6. 90 V5. V6. 70 V1. 60 m. V9. V8. 40 V9. V2. 00 m. V1. 6 m. V1. 1 m. V9. 40 V1. V3. 00 m. V1. 6 m. V1. 4. 5 m. V1. 6 m. V4. 00 m. V2. 1 m. V1. 8. 5 m. V2. 1 m. V5. 00 m. V3. 5. 5 m. V2. 5 m. V2. 3 m. V2. 4 m. V8. 00 m. V4. 4 m. V3. 8 m. V4. 1 m. V9. 00 m. V4. 8 m. V4. 3 m. V4. 6 m. V1 V9. 5 m. V6. 9 m. V5. 7 m. V6. 8 m. V2 V1. 6 m. V1. 0. V9. 5 m. V1. 0. 0 m. V5 V3. V2. 5 m. V2. V2. 4 m. V1. 0 V6. V5. 6 m. V4. 6 m. V5. 0 m. VTimebase System. Characteristic. TDS6. B Models. TDS6. 00. C Models. Timebase Range. Interpolation down to 5. Timebase Delay Time Range. Channel to Channel Deskew Range7. Trigger Jitter RMSlt 1. RMS typicallt 1 ps. RMS typicalLong term Sample Rate and Delay Time Accuracylt 2 ppm over any 1. Clock Stabilitylt 1 ppm typicallt 2. Jitter Noise Floor. RMS typical over 1. Delta Time Accuracy0. ReadingRMS, typical. RMS over lt 1. 00 ns duration, typical4 Test conditions Sample mode, at 2. GSs. Test conditions Sample mode, 5. V full scale 5. Vdiv setting, input signal 3. V with rise time 1. Acquisition System. Characteristic. TDS6. B Models. TDS6. 00. C Models. Max Sample Rate. GSs on 4 channels. GSs on 2 channels,2. GSs on 4 channels. Equivalent Time Sample Rate max2 TSs. Maximum Record Length per Channel. M requires Opt. 4. M6. 4 M on two channels 3. M on all 4 channels requires Opt. M   Standard. 2 M on all 4 channels. M on two channels 2 M on all 4 channels   with Memory Opt. M8 M on all 4 channels. M on two channels 8 M on all 4 channels   with Memory Opt. M1. 6 M on all 4 channels. M on two channels 1. M on all 4 channels   with Memory Opt. M3. 2 M on all 4 channels. M on two channels 3. M on all 4 channels. Maximum Time Duration Captured at Highest Real time Resolution All ChannelsCharacteristic. TDS6. 00. 0B ModelsAll ChannelsTDS6. C ModelsTwo ChannelsMax Duration with Standard Memory. Max Duration with Opt. M4. 00 s. 40. 0 s. Max Duration with Opt. M8. 00 s. 80. 0 s. Max Duration with Opt. M1. 6 ms. 1. 6 ms. Acquisition Modes. Mode. All Models. Waveform Database. Accumulate Waveform Database providing three dimensional array of amplitude, time, and counts. Sample. Acquire sampled values. Peak Detect. Captures narrow glitches at all real time sampling rates. Minimum Peak Detect Pulse Width. Averaging. From 2 to 1. Envelope. From 2 to 21. Hi Res. Real time boxcar averaging reduces random noise and increases resolution. Fast. Frame Acquisition. Acquisition memory divided into segments maximum trigger rate 3. Time of arrival recorded with each event. Roll Mode. 20. 0 k. Ss at 8 M record length and 5. Ss at 4 M record Length on all channels. Pinpoint Trigger System. Characteristic. All Models. Sensitivity. Internal DC Coupled. DC to 5. 0 MHz increasing to 2. GHz TDS6. 00. 0B models, typical. DC to 5. 0 MHz, increasing to 1 div at 3 GHz, increasing to 3 div at 9 GHz TDS6. C models, typical. External auxiliary input2. VDC to 5. 0 MHz, increasing to 3. V at 1 GHz, increasing to 5. V at 2 GHz typical. Trigger Characteristics. Main Trigger Modes. Auto, Normal, and Single. A Event and Delayed B Event Trigger Types. Edge, Glitch, Runt, Width, Transition Time, Timeout, Pattern, State, SetupHold, Window all except Edge, Pattern, and State can be Logic State qualified by up to two channels. Trigger Sequences. Main, Delayed by Time, Delayed by Events, Reset by Time, Reset by State, Reset by Transition. All sequences can include separate horizontal delay after the trigger event to position the acquisition window in time. Communications related Triggersrequires Opt. SMSupport for AMI, HDB3, Bn. ZS, CMI, MLT3, and NRZ encoded communications signals up to 3. Gbs. Select among isolated positive or negative one, zero pulse form, or eye patterns as applicable to standard. Serial Pattern Triggerrequires Opt. ST6. 4 bit serial word recognizer, bits specified in binary high, low, dont care or hex format. Trigger on NRZ encoded data up to 1. Gbaud. TDS6. 00. 0C models only trigger on 8b1. Gbaud 4. 0 bits. Trigger Level Range. Internal1. 2 divisions from center of screen. External auxiliary in5 V. Line. Fixed at 0 V. Trigger Coupling. DC, AC attenuate lt 6. Hz. HF reject attenuate 3. Hz. LF reject attenuates lt 8. Hz. Noise reject reduce sensitivity. Trigger Holdoff Range. Trigger Types. Edge Positive andor negative slope on any channel or front panel auxiliary input. Coupling includes DC, AC, noise reject, HF reject, and LF reject. Glitch Trigger on or reject glitches of positive, negative, or either polarity. Minimum glitch width is down to 1. Width Trigger on width of positive or negative pulse down to 1. Runt Trigger on a pulse that crosses one threshold but fails to cross a second threshold before crossing the first again. Optional time qualification. Timeout Trigger on an event which remains high, low, or either, for a specified time period, selectable from 3. Transition Trigger on pulse edge rates that are faster or slower than specified. Slope may be positive, negative, or either. SetupHold Trigger on violations of both setup time and hold time between clock and data present on any two input channels. Pattern Trigger when pattern goes false or stays true for specified period of time. Pattern AND, OR, NAND, NOR specified for four input channels defined as HIGH, LOW, or Dont Care. State Any logical pattern of channels 1, 2, 3 clocked by edge on channel 4. Trigger on rising or falling clock edge.