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Analog Devices LT8210 | Demoboard DC2814A-B
100V VIN and VOUT Synchronous 4-Switch Buck‑Boost DC/DC Controller with PassThrug
Details
| Topologie | Abwärts- und Aufwärtswandler |
| Eingangsspannung | 9-36 V |
| Schaltfrequenz | 80-400 kHz |
| Ausgang 1 | 36 V / 2.5 A |
Beschreibung
The LT8210 is a 4-switch synchronous buck-boost DC/DC controller that can operate in passthru, forced continuous, pulse-skipping and Burst Mode® operation. PassThru is a feature that passes the input directly to the output when the input is within a user programmable window. PassThru mode eliminates switching losses and EMI along with maximizing efficiency. For input voltages above or below the passthru window, the buck or boost regulation loops maintain the output at the set maximum or minimum values, respectively.The GATEVCC driver supply is regulated to 10.6V allowing the use of standard-level MOSFETs and can be powered through the EXTVCC pin for improved efficiency. The GATEVCC regulator is back-drive-protected to ride through input brownouts while maintaining regulation. Optional reverse input protection down to –40V can be implemented with the addition of a single N-channel MOSFET. The LT8210 includes a precision current sense amplifier that can accurately monitor and limit output or input average current.
Eigenschaften
- Pin-Selectable PassThru or Fixed Output CCM, DCM, Burst Mode® Operation
- Programmable Non-Switching PassThru Window
- 18μA PassThru Mode IQ with 99.9% Efficiency
- VIN Range: 2.8V to 100V (4.5V for Start-Up)
- VOUT Range: 1V to 100V
- Reverse Input Protection to –40V
- ±1.25% Output Voltage Accuracy (–40°C to 125°C)
- ±3% Accurate Current Monitoring
- ±5% Accurate Current Regulation
- 10V Quad N-Channel MOSFET Gate Drivers
- EXTVCC LDO Powers Drivers from VOUT/External Rail
- ±20% Cycle-by-Cycle Inductor Current Limit
- No Top MOSFET Refresh Noise in Buck or Boost
- Fixed/Phase-Lockable Frequency: 80kHz to 400kHz
- Spread Spectrum Frequency Modulation for Low EMI
- Power Good Output Voltage/Overcurrent Monitor
- Available in a 38-Lead TSSOP and 40-Lead (6mm x 6mm) QFN Packages
Typische Anwendungen
- ISO 7637, ISO 16750, MIL-1275, DO-160 Applications
- Automotive, Industrial, Telecom, Avionics Systems, Automotive Start-Stop, Emergency Call Applications
Weiterführende Informationen
Artikeldaten
Artikel Nr. | Datenblatt | Simulation | Downloads | Status | Produktserie | L(µH) | IR(A) | ISAT(A) | fres(MHz) | Montageart | IRP,40K(A) | ISAT,10%(A) | ISAT,30%(A) | RDC(mΩ) | Material | VPE | Z @ 100 MHz(Ω) | Zmax(Ω) | Testbedingung Zmax | IR 2(mA) | RDC max.(mΩ) | Typ | MusterVerfügbarkeit & Muster | ||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
 | SPECWE-HCI SMT-Hochstrominduktivität, 1.5 µH, – | Verfügbarkeit – | Status Aktivi| Produktion ist aktiv. Erwartete Lebenszeit: >10 Jahre. | ProduktserieWE-HCI SMT-Hochstrominduktivität | Induktivität1.5 µH | – | – | Eigenresonanzfrequenz110 MHz | MontageartSMT | Performance Nennstrom16.4 A | Sättigungsstrom 14 A | Sättigungsstrom @ 30%11 A | Gleichstromwiderstand4.3 mΩ | MaterialSuperflux | Verpackungseinheit1000 | – | – | – | – | Gleichstromwiderstand4.73 mΩ | – | –Verfügbarkeit prüfen | |||
 | SPECWE-CHSA SMT-Hochstrominduktivität, 12 µH, 7.1 A | Verfügbarkeit – | Status Aktivi| Produktion ist aktiv. Erwartete Lebenszeit: >10 Jahre. | ProduktserieWE-CHSA SMT-Hochstrominduktivität | Induktivität12 µH | Nennstrom7.1 A | Sättigungsstrom10.3 A | Eigenresonanzfrequenz28 MHz | MontageartSMT | – | – | – | – | – | Verpackungseinheit200 | – | – | – | – | Gleichstromwiderstand21.5 mΩ | – | –Verfügbarkeit prüfen | |||
 | SPECWE-CBF SMT-Ferrit, –, 1.5 A | Verfügbarkeit – | Status Aktivi| Produktion ist aktiv. Erwartete Lebenszeit: >10 Jahre. | ProduktserieWE-CBF SMT-Ferrit | – | Nennstrom1.5 A | – | – | MontageartSMT | – | – | – | – | – | Verpackungseinheit3000 | Impedanz @ 100 MHz600 Ω | Maximale Impedanz650 Ω | Maximale Impedanz80 MHz | Nennstrom 22500 mA | Gleichstromwiderstand70 mΩ | TypHochstrom | –Verfügbarkeit prüfen |
Verfügbarkeitsprognose
WE Artikelnummer VerpackungseinheitenWiederbeschaffungszeit
––– Wochen
| Erwartete Verfügbarkeit | Eingehender Bestand | Menge |
|---|---|---|
| Aktuelle Verfügbarkeit | – | – |
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