MP7200 Synchronous Buck-Boost LED Drivers

Monolithic Power Systems (MPS) MP7200 Synchronous Buck-Boost LED Drivers are high-frequency and constant-current drivers with integrated power MOSFETs. These drivers offer a compact solution of 1.2A of continuous output current (IOUT) across a wide input voltage (VIN) range, with excellent load and line regulation. The MP7200 drivers feature constant-frequency hysteretic control that provides a fast transient response without loop compensation. In addition, these drivers feature Over-Current Protection (OCP), output Over-Voltage Protection (OVP), Under-Voltage Protection (UVP), thermal derating, and thermal shutdown. The MP7200 drivers require a minimal number of readily available, standard external components and are available in a space-saving QFN-19 (3mm x 4mm) package.

Ergebnisse: 2
Auswählen Bild Teile-Nr. Herst. Beschreibung Datenblatt Verfügbarkeit Preis (CHF) Ergebnisse in der Tabelle nach dem Einheitspreis bei Ihrer Menge filtern. Menge RoHS ECAD Model Anzahl der Ausgänge Struktur Ausgangsstrom Verpackung/Gehäuse Versorgungsspannung - Max. Versorgungsspannung - Min. Betriebsfrequenz Ausgangsspannung Serie Minimale Betriebstemperatur Maximale Betriebstemperatur Kenndaten und Eigenschaften Verpackung
Monolithic Power Systems (MPS) Driver ICs LED-Beleuchtungstreiber 42V, 1.2A Buck-Boost or 3A Buck Synchronous LED Driver 777Auf Lager
Min.: 1
Mult.: 1
Rolle: 500

1 Output Buck-Boost 3 A QFN-19 42 V 6 V 2.3 MHz Adjustable MP7200 - 40 C + 125 C Overcurrent Protection (OCP) with Latch Off Mode, Configurable Thermal Derating via NTC Remote Temperature Sense, EMI Reduction Technique Reel, Cut Tape
Monolithic Power Systems (MPS) Driver ICs LED-Beleuchtungstreiber 42V, 1.2A Buck-Boost or 3A Buck Synchronous LED Driver Nicht-auf-Lager-Vorlaufzeit 18 Wochen
Min.: 5'000
Mult.: 5'000
Rolle: 5'000

1 Output Buck-Boost QFN-19 42 V 6 V 2.3 MHz MP7200 - 40 C + 125 C Overcurrent Protection (OCP) with Latch Off Mode, Configurable Thermal Derating via NTC Remote Temperature Sense, EMI Reduction Technique Reel